mhurhangee/patent-ind-claim-en huggingface dataset:
A protective circuit in a process control device configured to protect a component of the process control device, the protective circuit comprising: a current loop input operable to receive a current proportional to an indicated value and provide the process control device with a secondary voltage signal derived from the current using a plurality of protective circuit components, wherein the current loop input receives a 4-20mA current loop signal and is configured to provide the process control device with current values proportional to the indicated value; an operating voltage input , separate from the current loop input , configured to couple to a voltage source and to receive from the voltage source a primary voltage signal, the operating voltage input further operable to power the component such that the process control device operates to control a process according to the indicated value, characterized in that the plurality of protective circuit components are configured to: provide the secondary voltage signal to the component from the current loop input when the primary voltage signal is below a first threshold, and provide the primary voltage signal to the component from the operating voltage input when the primary voltage signal is above the first threshold. a current loop input operable to receive a current proportional to an indicated value and provide the process control device with a secondary voltage signal derived from the current using a plurality of protective circuit components, wherein the current loop input receives a 4-20mA current loop signal and is configured to provide the process control device with current values proportional to the indicated value; an operating voltage input , separate from the current loop input , configured to couple to a voltage source and to receive from the voltage source a primary voltage signal, the operating voltage input further operable to power the component such that the process control device operates to control a process according to the indicated value, characterized in that the plurality of protective circuit components are configured to: provide the secondary voltage signal to the component from the current loop input when the primary voltage signal is below a first threshold, and provide the primary voltage signal to the component from the operating voltage input when the primary voltage signal is above the first threshold. provide the secondary voltage signal to the component from the current loop input when the primary voltage signal is below a first threshold, and provide the primary voltage signal to the component from the operating voltage input when the primary voltage signal is above the first threshold.
A method of performing an eye examination test for examining eyes of a user, said method using a computing device as well as a input tool, such as a mobile User Equipment, UE, wherein said computing device comprises a screen and comprises a camera unit arranged for capturing images, said method comprising the steps of: - capturing, by said camera unit of said computing device, at least one image of a human face of said user facing said screen; - detecting, by said computing device, in said at least one captured image, both pupils of said human face; - determining, by said computing device, a distance of said user to said screen based on: - a predetermined distance between pupils of a user; - a distance between said detected pupils in said at least one captured image, and - a focal length (f) of said camera unit corresponding to said at least one captured image, wherein said focal length of said camera unit is determined by the computing device by calculating said focal length based on said predetermined distance (OO) between pupils of a user, a predetermined initial distance (o) of a user facing said screen and said distance (II) between said detected pupils in said at least one captured image - performing, by said computing device in combination with said input tool, said eye examination test using said determined distance. - capturing, by said camera unit of said computing device, at least one image of a human face of said user facing said screen; - detecting, by said computing device, in said at least one captured image, both pupils of said human face; - determining, by said computing device, a distance of said user to said screen based on: - a predetermined distance between pupils of a user; - a distance between said detected pupils in said at least one captured image, and - a focal length (f) of said camera unit corresponding to said at least one captured image, wherein said focal length of said camera unit is determined by the computing device by calculating said focal length based on said predetermined distance (OO) between pupils of a user, a predetermined initial distance (o) of a user facing said screen and said distance (II) between said detected pupils in said at least one captured image - performing, by said computing device in combination with said input tool, said eye examination test using said determined distance. - a predetermined distance between pupils of a user; - a distance between said detected pupils in said at least one captured image, and - a focal length (f) of said camera unit corresponding to said at least one captured image, wherein said focal length of said camera unit is determined by the computing device by calculating said focal length based on said predetermined distance (OO) between pupils of a user, a predetermined initial distance (o) of a user facing said screen and said distance (II) between said detected pupils in said at least one captured image - performing, by said computing device in combination with said input tool, said eye examination test using said determined distance.
Method for traffic avoidance comprising: receiving information describing an event that is to occur at a venue , the information comprising an attendance estimate for the event; identifying one or more road segments where a degree of traffic congestion above a specified threshold is forecasted due to the event based on the information describing the event; and characterized by generating an avoidance zone spatially proximate and including the venue based upon at least some of the one or more identified road segments, the avoidance zone being centered at the venue and extending in a circular fashion to a diameter that causes the avoidance zone to include the road segment furthest away from the venue where the degree of traffic congestion is expected to be above the specified threshold due to the event. receiving information describing an event that is to occur at a venue , the information comprising an attendance estimate for the event; identifying one or more road segments where a degree of traffic congestion above a specified threshold is forecasted due to the event based on the information describing the event; and characterized by generating an avoidance zone spatially proximate and including the venue based upon at least some of the one or more identified road segments, the avoidance zone being centered at the venue and extending in a circular fashion to a diameter that causes the avoidance zone to include the road segment furthest away from the venue where the degree of traffic congestion is expected to be above the specified threshold due to the event.
A system for removing nitrogen and for producing a high pressure methane product stream from a first feed stream comprising nitrogen, methane, and other components, wherein the methane product stream comprises a first bottoms stream and second bottoms stream, the system comprising: a first splitter wherein the first feed stream is divided into a second feed stream and a third feed stream ; a first fractionating column wherein the second feed stream and the third feed stream are separated into a first overhead stream and the first bottoms stream ; a second fractionating column comprising a condenser and a reboiler, wherein first overhead stream is separated into a second overhead stream and the second bottoms stream , wherein the system is configured to provide a nitrogen vent stream from the second overhead stream or a portion thereof; and wherein a duty for the condenser and a duty for the reboiler for the second fractionating column are independent of each other; the system further comprising: a first heat exchanger for cooling the first feed stream upstream of the first splitter and for cooling the second feed stream upstream of the first fractionating column through heat exchange with the first bottoms stream and the first overhead stream ; and an external reboiler for cooling the third feed stream upstream of the first fractionating column through heat exchange with the first bottoms stream . a first splitter wherein the first feed stream is divided into a second feed stream and a third feed stream ; a first fractionating column wherein the second feed stream and the third feed stream are separated into a first overhead stream and the first bottoms stream ; a second fractionating column comprising a condenser and a reboiler, wherein first overhead stream is separated into a second overhead stream and the second bottoms stream , wherein the system is configured to provide a nitrogen vent stream from the second overhead stream or a portion thereof; and wherein a duty for the condenser and a duty for the reboiler for the second fractionating column are independent of each other; the system further comprising: a first heat exchanger for cooling the first feed stream upstream of the first splitter and for cooling the second feed stream upstream of the first fractionating column through heat exchange with the first bottoms stream and the first overhead stream ; and an external reboiler for cooling the third feed stream upstream of the first fractionating column through heat exchange with the first bottoms stream . a first heat exchanger for cooling the first feed stream upstream of the first splitter and for cooling the second feed stream upstream of the first fractionating column through heat exchange with the first bottoms stream and the first overhead stream ; and an external reboiler for cooling the third feed stream upstream of the first fractionating column through heat exchange with the first bottoms stream .
A kit, comprising: a tack anchor comprising a body and a securing element , wherein the body includes one or more compressible flanges , an opening and a cavity , wherein the cavity includes a cavity opening near or proximate the flanges, and is configured to receive a suture , wherein a distal end of the body is configured to be removably coupled to a proximal end of the body, and the suture is configured to be secured by the securing element ; at least one tack anchor tool comprising: a hollow first elongated member comprising a stop , wherein the stop is coupled to an outer surface of the first elongated member , and wherein the tack anchor is configured to couple to the distal end of the first elongated member; a hollow second elongated member , wherein the second elongated member is configured to be inserted into the first elongated member; a handle coupled to the second elongated member, wherein the handle and second elongated member are configured to receive the suture; and wherein the second elongated member is configured to displace the tack anchor from the distal end of the first elongated member so that at least one of the flanges of the tack anchor opens outward. a tack anchor comprising a body and a securing element , wherein the body includes one or more compressible flanges , an opening and a cavity , wherein the cavity includes a cavity opening near or proximate the flanges, and is configured to receive a suture , wherein a distal end of the body is configured to be removably coupled to a proximal end of the body, and the suture is configured to be secured by the securing element ; at least one tack anchor tool comprising: a hollow first elongated member comprising a stop , wherein the stop is coupled to an outer surface of the first elongated member , and wherein the tack anchor is configured to couple to the distal end of the first elongated member; a hollow second elongated member , wherein the second elongated member is configured to be inserted into the first elongated member; a handle coupled to the second elongated member, wherein the handle and second elongated member are configured to receive the suture; and wherein the second elongated member is configured to displace the tack anchor from the distal end of the first elongated member so that at least one of the flanges of the tack anchor opens outward. a hollow first elongated member comprising a stop , wherein the stop is coupled to an outer surface of the first elongated member , and wherein the tack anchor is configured to couple to the distal end of the first elongated member; a hollow second elongated member , wherein the second elongated member is configured to be inserted into the first elongated member; a handle coupled to the second elongated member, wherein the handle and second elongated member are configured to receive the suture; and wherein the second elongated member is configured to displace the tack anchor from the distal end of the first elongated member so that at least one of the flanges of the tack anchor opens outward.
Phase shifting device for a charged particle beam imaging system, characterized in that it comprises a single vertical wire to pass an electric current in a direction that has a nonzero component parallel to at least one section of the imaging beam.
A power conversion device that is configured to perform power conversion between a DC circuit and an AC circuit , the power conversion device comprising: a power conversion circuit unit including a plurality of leg circuits corresponding to a plurality of phases of the AC circuit, each of the leg circuits including a plurality of converter cells each having a capacitor and connected in series to each other, each of the plurality of converter cells being a first converter cell including at least two switching elements or a second converter cell including at least four switching elements; and a control device configured to control operations of the plurality of converter cells, characterized in that the control device is configured to operate a plurality of the first converter cells that are controlled not based on a circulating current circulating between the plurality of leg circuits as a voltage source that outputs a circulating voltage according to a circulating voltage instruction value in a circulating circuit indicating a closed circuit not including the DC circuit and the AC circuit, and is configured to operate a plurality of the second converter cells to control the circulating current in the circulating circuit to balance the voltage of the capacitors of the first and second converter cells. a power conversion circuit unit including a plurality of leg circuits corresponding to a plurality of phases of the AC circuit, each of the leg circuits including a plurality of converter cells each having a capacitor and connected in series to each other, each of the plurality of converter cells being a first converter cell including at least two switching elements or a second converter cell including at least four switching elements; and a control device configured to control operations of the plurality of converter cells, characterized in that the control device is configured to operate a plurality of the first converter cells that are controlled not based on a circulating current circulating between the plurality of leg circuits as a voltage source that outputs a circulating voltage according to a circulating voltage instruction value in a circulating circuit indicating a closed circuit not including the DC circuit and the AC circuit, and is configured to operate a plurality of the second converter cells to control the circulating current in the circulating circuit to balance the voltage of the capacitors of the first and second converter cells.
An information providing device which provides display data including an advertisement display area, to a terminal device through a network, the information providing device comprising: a user information memory means that associates and stores coordinate information of a partial area included in the advertisement display area, and user specifying information for specifying a user, per partial area; a transmitting means that transmits display data including the advertisement display area, to the terminal device; a position information acquiring means that acquires a coordinate on a web page specified in the advertisement display area, from the terminal device; a partial area specifying means that by comparing coordinate information of each partial area with the acquired coordinate, specifies the partial area including the coordinate; and a reward information memory means that specifies the user based on the partial area specified by the partial area specifying means and the user specifying information in the user information memory means, and associates and stores information of a reward paid for the specified user. a user information memory means that associates and stores coordinate information of a partial area included in the advertisement display area, and user specifying information for specifying a user, per partial area; a transmitting means that transmits display data including the advertisement display area, to the terminal device; a position information acquiring means that acquires a coordinate on a web page specified in the advertisement display area, from the terminal device; a partial area specifying means that by comparing coordinate information of each partial area with the acquired coordinate, specifies the partial area including the coordinate; and a reward information memory means that specifies the user based on the partial area specified by the partial area specifying means and the user specifying information in the user information memory means, and associates and stores information of a reward paid for the specified user.
Medical device, comprising at least one rod shaped body, comprising - more than one non-metallic filament and - a non-ferromagnetic matrix material, wherein the matrix material agglutinates the filaments, and marker particles for generating a signal in X-ray or magnetic resonance imaging process, wherein the rod shaped body is produced by a micro-pultrusion process and an envelope polymer in which the rod shaped body is embedded, wherein a cord is embedded either in the matrix material or in the envelope polymer, wherein the cord is more flexible than the non-metallic filaments and the cord is a high tenacity fiber (ht-fiber). - more than one non-metallic filament and - a non-ferromagnetic matrix material, wherein the matrix material agglutinates the filaments, and marker particles for generating a signal in X-ray or magnetic resonance imaging process, wherein the rod shaped body is produced by a micro-pultrusion process and
A microchip adapted to be mounted in a mount part of an analyzing apparatus having a light source and a detection unit , the microchip including: a translucent member ; a flow channel adapted for receiving a sample, the flow channel formed by a groove in a top face of the translucent member where light flux from the light source enters, and wherein the flow channel is arranged to receive light flux from the light source ; and an aperture formed at a side of the translucent member where the light flux goes out of the translucent member , in a position corresponding to the flow channel such that most of the light flux which passes through the flow channel enters into the aperture , wherein: the aperture has a light go-through surface configured to allow some of the light flux coming from the flow channel and passing through the translucent member to go out of the translucent member and reach the detection unit , and a light reflective surface configured to reflect the rest of the light flux coming from the flow channel and passing through the translucent member toward a side face of the translucent member , and a width size of the light go-through surface is smaller than a width size of the flow channel in a cross-section perpendicular to a lengthwise direction of the flow channel . a translucent member ; a flow channel adapted for receiving a sample, the flow channel formed by a groove in a top face of the translucent member where light flux from the light source enters, and wherein the flow channel is arranged to receive light flux from the light source ; and an aperture formed at a side of the translucent member where the light flux goes out of the translucent member , in a position corresponding to the flow channel such that most of the light flux which passes through the flow channel enters into the aperture , wherein: the aperture has a light go-through surface configured to allow some of the light flux coming from the flow channel and passing through the translucent member to go out of the translucent member and reach the detection unit , and a light reflective surface configured to reflect the rest of the light flux coming from the flow channel and passing through the translucent member toward a side face of the translucent member , and a width size of the light go-through surface is smaller than a width size of the flow channel in a cross-section perpendicular to a lengthwise direction of the flow channel . the aperture has a light go-through surface configured to allow some of the light flux coming from the flow channel and passing through the translucent member to go out of the translucent member and reach the detection unit , and a light reflective surface configured to reflect the rest of the light flux coming from the flow channel and passing through the translucent member toward a side face of the translucent member , and a width size of the light go-through surface is smaller than a width size of the flow channel in a cross-section perpendicular to a lengthwise direction of the flow channel .
Heating device (H) with preforms and with a heating section for the thermal conditioning of these preforms made of thermoplastic material with an upper orifice section with one opening, a collar-like support ring arranged below the orifice section and a base section closed at the lower end at a temperature profile suitable for blow moulding, wherein the heating device (H) comprises means of transport for transporting the preforms along a transport path of the heating device (H), and wherein the means of transport each bear at least one handling means for holding and handling the preforms , wherein the handling means are designed as transport mandrels, wherein, in an intermediate space between two handling means , each intended for handling a preform , a radiation shield following the transport path of the preforms in a forcibly guided manner is arranged, which comprises a recess at least on one front side for partially engaging around a preform held in the handling means adjacent to the recess , characterized in that the radiation shield is arranged in such a way that a surface area of the radiation shield overlaps with a surface area of the support ring at least temporarily during the transport of the preforms viewed in the longitudinal direction of the preform on its side facing away from the orifice section .