mhurhangee/patent-ind-claim-en huggingface dataset:
A display system comprising: a display arranged to emit or transmit light rays collectively forming a first image; and an optical subsystem optically coupled to the display and arranged to configure the light rays from the display into a single contiguous light field that forms a virtual image in a contiguous spatial region based on the first image and that simultaneously encompasses both eyes of a human viewer when the human viewer is viewing the virtual image, such that each eye of the human viewer can detect monocular depth of the display anywhere within the contiguous spatial region, wherein the optical subsystem includes a conjugate mirror disposed proximate to the display and partially forming an ellipse that has two focal points , the conjugate mirror being positioned within the display system such that when the human viewer is viewing the virtual image, the head of the human viewer is located at or near the focal point of the ellipse that is closest to the conjugate mirror between the two focal points of the ellipse ; and a beamsplitter positioned in the field-of-view and oriented at an acute angle relative to an output surface of the display , the beamsplitter arranged to reflect the light rays from the display toward the conjugate mirror, such that the conjugate mirror reflects the light rays back toward the beamsplitter; wherein the display is positioned outside a field of view of the display system. a display arranged to emit or transmit light rays collectively forming a first image; and an optical subsystem optically coupled to the display and arranged to configure the light rays from the display into a single contiguous light field that forms a virtual image in a contiguous spatial region based on the first image and that simultaneously encompasses both eyes of a human viewer when the human viewer is viewing the virtual image, such that each eye of the human viewer can detect monocular depth of the display anywhere within the contiguous spatial region, wherein the optical subsystem includes a conjugate mirror disposed proximate to the display and partially forming an ellipse that has two focal points , the conjugate mirror being positioned within the display system such that when the human viewer is viewing the virtual image, the head of the human viewer is located at or near the focal point of the ellipse that is closest to the conjugate mirror between the two focal points of the ellipse ; and a beamsplitter positioned in the field-of-view and oriented at an acute angle relative to an output surface of the display , the beamsplitter arranged to reflect the light rays from the display toward the conjugate mirror, such that the conjugate mirror reflects the light rays back toward the beamsplitter; wherein the display is positioned outside a field of view of the display system.
Device for generating percussive pulses or vibrations for a construction machine, with - a housing , - a piston which is reversibly reciprocable in a working space in the housing between a first reversal point and a second reversal point, - a pressure fluid supply (P), through which pressure fluid can in each case be led into and out of the working space in the region of the first reversal point and the second reversal point, wherein the piston can be set into the reversible movement in order to generate the percussive pulses or vibrations, - at least one controllable valve , through which the pressure fluid can be led into and/or out of the working space, and - a control unit (PLC) which is connected to the at least one controllable valve , wherein by the control unit (PLC) the movement of the piston in the working space can be controlled and changed, characterized in that - the control unit (PLC) is designed to move the piston at a frequency that corresponds to a resonance frequency of an overall arrangement comprising the piston and the pressure fluid, wherein a variable control of the device is given, which allows a dynamic adjustment of resonance parameters during operation. - a housing , - a piston which is reversibly reciprocable in a working space in the housing between a first reversal point and a second reversal point, - a pressure fluid supply (P), through which pressure fluid can in each case be led into and out of the working space in the region of the first reversal point and the second reversal point, wherein the piston can be set into the reversible movement in order to generate the percussive pulses or vibrations, - at least one controllable valve , through which the pressure fluid can be led into and/or out of the working space, and - a control unit (PLC) which is connected to the at least one controllable valve , wherein by the control unit (PLC) the movement of the piston in the working space can be controlled and changed, - the control unit (PLC) is designed to move the piston at a frequency that corresponds to a resonance frequency of an overall arrangement comprising the piston and the pressure fluid, wherein a variable control of the device is given, which allows a dynamic adjustment of resonance parameters during operation.
A bottom-forming device for producing pieces of tubing provided with at least one bottom, comprising an aligning device for carrying out alignments of the piece of tubing - transverse to the transport direction (T) - in the transport direction and/or - about an axis of rotation (H), which is perpendicular to the tubing plane, wherein the aligning device • comprises a transport device , with which the piece of tubing can be transported in a transport direction at a transport speed, • comprises conveying elements , with which the piece of tubing can be acted upon such that the piece of tubing can be moved relative to the transport direction, wherein the conveying elements can be operated with a differential speed to the transport speed, wherein the differential speed and/or the relative position of the conveying elements to the transport device can be changed, in particular can be controlled, characterized in that a computing and control device is provided, to which information regarding the actual position of the piece of tubing relative to the transport device can be made available and to which the desired positions of the piece of tubing relative to the transport device are known, wherein in the event of deviations of the actual position from the desired position of the piece of tubing, control commands for changing the differential speed and/or the relative position of the conveying elements can be generated with the computing and control device. - transverse to the transport direction (T) - in the transport direction and/or - about an axis of rotation (H), which is perpendicular to the tubing plane, • comprises a transport device , with which the piece of tubing can be transported in a transport direction at a transport speed, • comprises conveying elements , with which the piece of tubing can be acted upon such that the piece of tubing can be moved relative to the transport direction, wherein the conveying elements can be operated with a differential speed to the transport speed, wherein the differential speed and/or the relative position of the conveying elements to the transport device can be changed, in particular can be controlled,
A computerized method , implemented by a processing unit, for automated extended turndown of a combustor of a gas turbine engine (GT engine), the method comprising: receiving an input to perform automated extended turndown on the GT engine; monitoring one or more turndown criteria of the GT engine to determine if all of the one or more turndown criteria are met; upon determining that all of the one or more turndown criteria are met, temporarily reducing a transfer-out turbine reference temperature (TTRF) if a difference between a current turbine reference temperature (TTRF) and the transfer-out turbine reference temperature (TTRF) of the gas turbine engine (GT engine) is less than a configured amount; wherein the transfer-out turbine reference temperature (TTRF) is calculated by adding a first selected temperature margin to a minimum load turndown turbine reference temperature (TTRF); wherein the first selected temperature margin is selected based on a safety margin; sending a signal to reduce a load on the gas turbine engine (GT engine) by a specified amount; during and after the load has been reduced, monitoring the one or more turndown criteria to determine if any of the one or more turndown criteria are not met; upon determining that at least one of the one or more turndown criteria is not met after the load has been reduced, adjusting the load a selected number of times until the at least one turndown criteria is not met the selected number of times; and upon the at least one turndown criteria not being met the selected number of times, storing a minimum load turndown turbine reference temperature (TTRF) where all turndown criteria have been met for a selected compressor inlet temperature (CTIM); wherein upon determining if any of the one or more turndown criteria are met, again reducing the load by the specified amount or a modified specified amount.
A semiconductor device , comprising: a substrate; a die on the substrate; and an inductor on the die , wherein the inductor comprises a wire with multiple non-planar loops above the die , characterized in that the semiconductor device further comprises a plurality of posts on the die , and wherein the inductor is looped around the plurality of posts . a substrate; a die on the substrate; and an inductor on the die , wherein the inductor comprises a wire with multiple non-planar loops above the die , characterized in that the semiconductor device further comprises a plurality of posts on the die , and wherein the inductor is looped around the plurality of posts .
A Fourier transform spectrophotometer comprising: a movable portion comprising grooves to which a movable mirror is attached; a holding portion comprising grooves configured to slidably hold the movable portion ; a plurality of rolling elements provided between the movable portion and the holding portion in a region between a groove of the movable portion and a groove of the holding portion so as to have a play space (A1) between the movable portion , the holding portion , and each of the rolling elements while no external force is applied, with each rolling element being in contact with the movable portion at one point and with the holding portion at one point and each rolling element being a sphere and being configured to roll when the movable portion slides with respect to the holding portion ; and a spring configured to prevent the rolling elements from moving between the movable portion and the holding portion by applying an external rotational force to at least one of the movable portion and the holding portion in a circumferential direction intersecting with and about a sliding direction of the movable portion , whereby when the movable portion slides with respect to the holding portion , each rolling element is in contact with the movable portion at a respective one point and is in contact with the holding portion at a respective two points in a state such that a fine gap (A2) is formed between the movable portion and the rolling elements : in place of the play space (A1). a movable portion comprising grooves to which a movable mirror is attached; a holding portion comprising grooves configured to slidably hold the movable portion ; a plurality of rolling elements provided between the movable portion and the holding portion in a region between a groove of the movable portion and a groove of the holding portion so as to have a play space (A1) between the movable portion , the holding portion , and each of the rolling elements while no external force is applied, with each rolling element being in contact with the movable portion at one point and with the holding portion at one point and each rolling element being a sphere and being configured to roll when the movable portion slides with respect to the holding portion ; and a spring configured to prevent the rolling elements from moving between the movable portion and the holding portion by applying an external rotational force to at least one of the movable portion and the holding portion in a circumferential direction intersecting with and about a sliding direction of the movable portion , whereby when the movable portion slides with respect to the holding portion , each rolling element is in contact with the movable portion at a respective one point and is in contact with the holding portion at a respective two points in a state such that a fine gap (A2) is formed between the movable portion and the rolling elements : in place of the play space (A1).
A surface cleaning device for cleaning a wet surface , comprising: a housing defining a receiving space ; a fabric roller rotatably mounted in said receiving space , and having a rolling surface which is exposed from said receiving space and which is configured to be in rollable contact with the wet surface for absorbing fluid on the wet surface ; a fluid collecting container mounted in said receiving space and defining therein a fluid collecting space and an opening which is in communication with said fluid collecting space and disposed to open to said rolling surface of said fabric roller for receiving the fluid from said fabric roller during rotation of said fabric roller ; an electric motor mounted in said receiving space and operable to drive the rotation of said fabric roller ; and a guide plate which is mounted in said receiving space and between said fabric roller and said fluid collecting container to deflect the dripped fluid toward said opening and into said fluid collecting space , said surface cleaning device being characterized in that : said electric motor is shiftable between a first state, where said fabric roller is rotated at a first rotational speed, and said rolling surface contacts the wet surface for absorbing the fluid, and a second state, where said fabric roller is rotated at a second rotational speed that is higher than the first rotational speed to centrifugally drip the fluid from said rolling surface. a housing defining a receiving space ; a fabric roller rotatably mounted in said receiving space , and having a rolling surface which is exposed from said receiving space and which is configured to be in rollable contact with the wet surface for absorbing fluid on the wet surface ; a fluid collecting container mounted in said receiving space and defining therein a fluid collecting space and an opening which is in communication with said fluid collecting space and disposed to open to said rolling surface of said fabric roller for receiving the fluid from said fabric roller during rotation of said fabric roller ; an electric motor mounted in said receiving space and operable to drive the rotation of said fabric roller ; and a guide plate which is mounted in said receiving space and between said fabric roller and said fluid collecting container to deflect the dripped fluid toward said opening and into said fluid collecting space , said surface cleaning device being characterized in that : said electric motor is shiftable between a first state, where said fabric roller is rotated at a first rotational speed, and said rolling surface contacts the wet surface for absorbing the fluid, and a second state, where said fabric roller is rotated at a second rotational speed that is higher than the first rotational speed to centrifugally drip the fluid from said rolling surface.
A method of using a plurality of nodes (305-350, 605, 630, 670) to provide network security functionality to a plurality of clients, each node storing a set of operational data required to accomplish said network security functionality, the method comprising: for each node of the plurality of nodes, allocating the node to at least two different replication groups of a plurality of replication groups (360-370, 520, 530) of nodes, the number of nodes in each replication group of the plurality of replication groups being equal to or below a predetermined limit, each replication group of the plurality of replication groups having allocated at least two nodes of the plurality of nodes; and for each node of the plurality of nodes, synchronizing the set of operational data stored in the node within its allocated replication groups only, wherein said operational data include one or more of: client identification data uniquely identifying one or more clients of said plurality of clients; client address data indicating current or past addresses of one or more clients of said plurality of clients; whitelist data including whitelisted network addresses; and event data describing security-related events that occurred in the past. for each node of the plurality of nodes, allocating the node to at least two different replication groups of a plurality of replication groups (360-370, 520, 530) of nodes, the number of nodes in each replication group of the plurality of replication groups being equal to or below a predetermined limit, each replication group of the plurality of replication groups having allocated at least two nodes of the plurality of nodes; and for each node of the plurality of nodes, synchronizing the set of operational data stored in the node within its allocated replication groups only, wherein said operational data include one or more of: client identification data uniquely identifying one or more clients of said plurality of clients; client address data indicating current or past addresses of one or more clients of said plurality of clients; whitelist data including whitelisted network addresses; and event data describing security-related events that occurred in the past. client identification data uniquely identifying one or more clients of said plurality of clients; client address data indicating current or past addresses of one or more clients of said plurality of clients; whitelist data including whitelisted network addresses; and event data describing security-related events that occurred in the past.
A continuous belt for use in a belt separator system for separating components of a difficult-to-fluidize material, the belt comprising: longitudinal edge strands having edges ; longitudinal strands and cross direction strands forming apertures interior to the longitudinal edge strands of the continuous belt that are configured to be permeable to the components of the difficult-to-fluidize material, the apertures further being configured for conveying components of the difficult-to-fluidize material along the longitudinal direction of the continuous belt ; wherein the longitudinal edge strands are impermeable to the difficult-to-fluidize material; characterized in that periodic notches are formed in the longitudinal edge strands of the continuous belt at periodic locations in the edges of the continuous belt , the periodic notches being configured for conveying the components of the difficult-to-fluidize material in a direction along the longitudinal direction of the continuous belt so that the components are moved away from edges of the belt separation system when the continuous belt is used in the belt separating system. longitudinal edge strands having edges ; longitudinal strands and cross direction strands forming apertures interior to the longitudinal edge strands of the continuous belt that are configured to be permeable to the components of the difficult-to-fluidize material, the apertures further being configured for conveying components of the difficult-to-fluidize material along the longitudinal direction of the continuous belt ; wherein the longitudinal edge strands are impermeable to the difficult-to-fluidize material; characterized in that periodic notches are formed in the longitudinal edge strands of the continuous belt at periodic locations in the edges of the continuous belt , the periodic notches being configured for conveying the components of the difficult-to-fluidize material in a direction along the longitudinal direction of the continuous belt so that the components are moved away from edges of the belt separation system when the continuous belt is used in the belt separating system.
Method for controlling an emergency operation of a vehicle washing installation (WA) in the case of a fault, comprising the method steps of: - detecting (S11) an error message of a machine component for ascertaining (S12) a fault state of the vehicle washing installation (WA); - in response to the detected fault state: specifying (S14) function blocks, which can be activated in a fault-free manner, on the basis of a read-in (S13) equipment data set which represents the current equipping of the vehicle washing installation with machine components for computing (S15) emergency operation programs; - controlling a vehicle washing installation for carrying out the emergency operation (S16) on the basis of the computed emergency operation programs. - detecting (S11) an error message of a machine component for ascertaining (S12) a fault state of the vehicle washing installation (WA); - in response to the detected fault state: specifying (S14) function blocks, which can be activated in a fault-free manner, on the basis of a read-in (S13) equipment data set which represents the current equipping of the vehicle washing installation with machine components for computing (S15) emergency operation programs; - controlling a vehicle washing installation for carrying out the emergency operation (S16) on the basis of the computed emergency operation programs.
Collapsible light modifier comprising: - a plurality of rods , which can be mutually interconnected one after the other between a first terminal portion and an opposite second terminal portion to form a frame of said light modifier and which can be mutually disconnected to disassemble said frame , and - a fabric connected to the frame , wherein each rod of said plurality of rods is bound to at least one adjacent rod by a binding element provided between each pair of adjacent rods so as to keep said plurality of rods bound to each other when the frame is assembled and when the frame is disassembled, wherein each of said first terminal portion and said second terminal portion comprises a first end , which is connected to a respective rod, and an opposite second end , which is separate and unbound to any rod or any other terminal portion, and wherein, when said plurality of rods is mutually interconnected, said respective second ends of said first terminal portion and said second terminal portion can be connected to each other in order to form a closed frame . - a plurality of rods , which can be mutually interconnected one after the other between a first terminal portion and an opposite second terminal portion to form a frame of said light modifier and which can be mutually disconnected to disassemble said frame , and - a fabric connected to the frame , wherein each rod of said plurality of rods is bound to at least one adjacent rod by a binding element provided between each pair of adjacent rods so as to keep said plurality of rods bound to each other when the frame is assembled and when the frame is disassembled, wherein each of said first terminal portion and said second terminal portion comprises a first end , which is connected to a respective rod, and an opposite second end , which is separate and unbound to any rod or any other terminal portion, and wherein, when said plurality of rods is mutually interconnected, said respective second ends of said first terminal portion and said second terminal portion can be connected to each other in order to form a closed frame .