mhurhangee/patent-ind-claim-en huggingface dataset:
Inductive position sensor for capturing at least one rotation property of an element rotating about at least one axis of rotation , comprising: - at least one circuit carrier ; - at least one coil arrangement which is arranged on the circuit carrier , wherein the coil arrangement comprises at least one excitation coil and at least two receiver coils ; - at least one application-specific integrated circuit (ASIC) which is arranged on the circuit carrier , wherein the application-specific integrated circuit is configured to process signals generated by the receiver coils and to provide them as output signals ; wherein the application-specific integrated circuit (ASIC) is configured to provide an excitation signal for the excitation coil , and the inductive position sensor has at least one microbolometer element which is configured to the determine the temperature of the rotating element and is arranged on the circuit carrier , wherein the microbolometer element is configured to generate at least one temperature-dependent electrical output signal and to transmit the temperature-dependent electrical output signal to the application-specific integrated circuit via at least one electrical supply line, wherein the application-specific integrated circuit is configured to code at least one item of temperature information in the signals from the receiver coils , wherein the application-specific integrated circuit has at least one amplifier , wherein the amplifier is configured to amplify the signals from the receiver coils , wherein the amplifier is configured to amplify amplitudes of the signals from the receiver coils with a gain factor, wherein the application-specific integrated circuit is configured to determine the gain factor from the temperature-dependent electrical output signal , wherein the gain factor is proportional to the temperature determined using the microbolometer element . - at least one circuit carrier ; - at least one coil arrangement which is arranged on the circuit carrier , wherein the coil arrangement comprises at least one excitation coil and at least two receiver coils ; - at least one application-specific integrated circuit (ASIC) which is arranged on the circuit carrier , wherein the application-specific integrated circuit is configured to process signals generated by the receiver coils and to provide them as output signals ;
A rotor for use in a centrifuge , comprising: a rotor body including an axis of rotation; and a plurality of balancing apertures arranged circumferentially around the axis of rotation, each of the balancing apertures being configured to selectively receive a weight , characterized in that , the rotor body further includes a plurality circumferentially spaced tubular cavities , each tubular cavity having an open end configured to receive a sample container; and a lid supported by the rotor body and configured to overlie the open ends of the tubular cavities when the lid is positioned on the rotor body, wherein the balancing apertures are formed in the lid. a rotor body including an axis of rotation; and a plurality of balancing apertures arranged circumferentially around the axis of rotation, each of the balancing apertures being configured to selectively receive a weight , characterized in that , the rotor body further includes a plurality circumferentially spaced tubular cavities , each tubular cavity having an open end configured to receive a sample container; and a lid supported by the rotor body and configured to overlie the open ends of the tubular cavities when the lid is positioned on the rotor body, wherein the balancing apertures are formed in the lid.
A compound having a structure wherein R 1 , independently, is OC 1-3 alkyl substituted with one to five fluoro atoms; NR 2 R 2' is selected from the group consisting of 1-pyrrolidinyl, 3-fluoro-1-pyrrolidinyl, 1-morpholinyl, 1-azetidinyl, and 1-pyrrolidinyl-3-one; R 3 is H, F, or Cl; G is (CH 2 ) n ; m is 1 or 2; and n is 1 or 2, or a pharmaceutically acceptable salt thereof. wherein R 1 , independently, is OC 1-3 alkyl substituted with one to five fluoro atoms; NR 2 R 2' is selected from the group consisting of 1-pyrrolidinyl, 3-fluoro-1-pyrrolidinyl, 1-morpholinyl, 1-azetidinyl, and 1-pyrrolidinyl-3-one; R 3 is H, F, or Cl; G is (CH 2 ) n ; m is 1 or 2; and n is 1 or 2,
Plastic extraction device for extracting a pressurized liquid from a container having a cap, characterized in that it comprises: a dispenser ; a base configured to fit into the cap and couple to the dispenser ; wherein the dispenser comprises: a tap ; a gas inlet valve , an inner chamber configured to inject an extraction gas into the container having a cap, an inner channel configured to direct the extracted pressurized liquid to a horizontal outlet connected to the tap , wherein the tap is controlled by a lever through a plunger configured to regulate the extraction of the pressurized liquid, a handle comprising two arms , for coupling the plastic device to the cap, the handle being connected to the base by means of the two arms , and to the dispenser by means of a sliding connection, wherein the two arms are configured to pivot around the base , wherein the sliding connection is configured to move vertically in the base so as to promote the coupling of the dispenser into the container. a dispenser ; a base configured to fit into the cap and couple to the dispenser ; wherein the dispenser comprises: a tap ; a gas inlet valve , an inner chamber configured to inject an extraction gas into the container having a cap, an inner channel configured to direct the extracted pressurized liquid to a horizontal outlet connected to the tap , wherein the tap is controlled by a lever through a plunger configured to regulate the extraction of the pressurized liquid, a tap ; a gas inlet valve , an inner chamber configured to inject an extraction gas into the container having a cap, an inner channel configured to direct the extracted pressurized liquid to a horizontal outlet connected to the tap , wherein the tap is controlled by a lever through a plunger configured to regulate the extraction of the pressurized liquid, a handle comprising two arms , for coupling the plastic device to the cap, the handle being connected to the base by means of the two arms , and to the dispenser by means of a sliding connection, wherein the two arms are configured to pivot around the base ,
A barcode scanner comprising: a photo detector ; a variable focus element situated such that light incident on the photo detector passes through the variable focus element; a processor coupled to the photo detector to process an image of a barcode captured by the photo detector to at least partially deblur the image, characterized in that the processor is adapted to: control a focal point of the variable focus element, sweep the focal point of the variable focus element from a first focal point to a second focal point while continuously exposing the photo detector to the light incident thereon, and capture a single image with the photo detector while the photo detector is exposed during the sweep. a photo detector ; a variable focus element situated such that light incident on the photo detector passes through the variable focus element; a processor coupled to the photo detector to process an image of a barcode captured by the photo detector to at least partially deblur the image, characterized in that the processor is adapted to: control a focal point of the variable focus element, sweep the focal point of the variable focus element from a first focal point to a second focal point while continuously exposing the photo detector to the light incident thereon, and capture a single image with the photo detector while the photo detector is exposed during the sweep. control a focal point of the variable focus element, sweep the focal point of the variable focus element from a first focal point to a second focal point while continuously exposing the photo detector to the light incident thereon, and capture a single image with the photo detector while the photo detector is exposed during the sweep.
Irradiation tunnel for containers , comprising: a transport means for the containers ; lamps arranged along the transport means for UV irradiation of the containers ; and a cooling device for cooling the interior of the irradiation tunnel , the cooling device comprising liquid-cooled heat sinks which extend into the irradiation regions of the lamps , characterised in that the liquid-cooled heat sinks are coated and/or anodised so as to absorb UV light with an average absorptivity α of at least 0.5 in a spectral range of 200 to 450 nm.
An image forming apparatus capable of, upon satisfaction of a predetermined condition, waking up from a power saving state requiring less power, the image forming apparatus comprising: an image forming section that forms an image on a recording paper sheet; a first detecting section that detects a person present within a predetermined range from the image forming apparatus ; a second detecting section that detects an eye gaze of the person detected by the first detecting section ; a display section ; and a control unit that includes a processor and, upon execution of a control program by the processor, functions as a control section , the image forming apparatus further comprises a sheet output section to which a recording paper sheet having an image formed thereon is to be discharged, characterized in that when, during the power saving state of the image forming apparatus , the first detecting section detects a person and the second detecting section detects an eye gaze of the person directed in a predetermined direction, the control section wakes up the image forming apparatus from the power saving state and control the display section to display a predetermined screen according to the direction of the person's eye gaze detected by the second detecting section , when, during the power saving state of the image forming apparatus , the first detecting section detects a person and the second detecting section detects an eye gaze of the person directed toward the sheet output section , the control section keeps a state of the image forming apparatus in the power saving state. an image forming section that forms an image on a recording paper sheet; a first detecting section that detects a person present within a predetermined range from the image forming apparatus ; a second detecting section that detects an eye gaze of the person detected by the first detecting section ; a display section ; and a control unit that includes a processor and, upon execution of a control program by the processor, functions as a control section , the image forming apparatus further comprises a sheet output section to which a recording paper sheet having an image formed thereon is to be discharged, characterized in that when, during the power saving state of the image forming apparatus , the first detecting section detects a person and the second detecting section detects an eye gaze of the person directed in a predetermined direction, the control section wakes up the image forming apparatus from the power saving state and control the display section to display a predetermined screen according to the direction of the person's eye gaze detected by the second detecting section , when, during the power saving state of the image forming apparatus , the first detecting section detects a person and the second detecting section detects an eye gaze of the person directed toward the sheet output section , the control section keeps a state of the image forming apparatus in the power saving state.
An electro-acoustic transducer adapted to be in contact with a fluid under pressure comprising: - a tubular body that extends in length along a longitudinal direction X, said tubular body comprising a first end portion and a second end portion , opposite to each other longitudinally, said tubular body internally having a first chamber , which ends with the first end portion and a second chamber , on one side adjacent to and in fluidic communication with said first chamber and on the other side ending with said second end portion , said first end portion being closed towards the outside by means of a membrane applied to said tubular body , said second end portion having one or more openings that put it in fluidic communication to the outside of said tubular body , said first chamber containing in its walls a plurality of electrical windings arranged in succession to each other in the longitudinal direction X; - a movable element housed in said first chamber , said movable element comprising a plurality of permanent magnets packaged and arranged in succession to each other in the longitudinal direction X, with the magnetisation alternating in the longitudinal direction X and separated from one another by discs of ferromagnetic material, said movable element being connected to said membrane ; characterised by : said second chamber being filled with a liquid; said movable element being supported at the longitudinal ends by springs ; and - a movable piston positioned and slidable in the second end portion . - a tubular body that extends in length along a longitudinal direction X, said tubular body comprising a first end portion and a second end portion , opposite to each other longitudinally, said tubular body internally having a first chamber , which ends with the first end portion and a second chamber , on one side adjacent to and in fluidic communication with said first chamber and on the other side ending with said second end portion , said first end portion being closed towards the outside by means of a membrane applied to said tubular body , said second end portion having one or more openings that put it in fluidic communication to the outside of said tubular body , said first chamber containing in its walls a plurality of electrical windings arranged in succession to each other in the longitudinal direction X; - a movable element housed in said first chamber , said movable element comprising a plurality of permanent magnets packaged and arranged in succession to each other in the longitudinal direction X, with the magnetisation alternating in the longitudinal direction X and separated from one another by discs of ferromagnetic material, said movable element being connected to said membrane ; characterised by : said second chamber being filled with a liquid; said movable element being supported at the longitudinal ends by springs ; and said second chamber being filled with a liquid; said movable element being supported at the longitudinal ends by springs ; and - a movable piston positioned and slidable in the second end portion .
A method of controlling a heater of a non-nicotine e-vaping device , the non-nicotine e-vaping device including a removable container that stores a non-nicotine pre-vapor formulation, the method comprising: detecting, from the removable container , power information indicating a first operating point and a second operating point, the power information including a plurality of operating points that correspond, respectively, to a plurality of coarse preference levels, the plurality of operating points including the first operating point and the second operating point; receiving, via one or more touch sensors located on the non-nicotine e-vaping device , a selection of a coarse preference level from among the plurality of coarse preference levels; selecting an operating point from among the plurality of operating points that corresponds to the selected coarse preference level as the second operating point; and supplying power to the heater based on the detected power information by, determining a first amount of power based on the first operating point, supplying the first amount of power to the heater during a first operation mode of the heater , determining a second amount of power based on the second operating point, and supplying the second amount of power to the heater during a second operation mode of the heater , the second amount of power being higher than the first amount of power. detecting, from the removable container , power information indicating a first operating point and a second operating point, the power information including a plurality of operating points that correspond, respectively, to a plurality of coarse preference levels, the plurality of operating points including the first operating point and the second operating point; receiving, via one or more touch sensors located on the non-nicotine e-vaping device , a selection of a coarse preference level from among the plurality of coarse preference levels; selecting an operating point from among the plurality of operating points that corresponds to the selected coarse preference level as the second operating point; and supplying power to the heater based on the detected power information by, determining a first amount of power based on the first operating point, supplying the first amount of power to the heater during a first operation mode of the heater , determining a second amount of power based on the second operating point, and supplying the second amount of power to the heater during a second operation mode of the heater , the second amount of power being higher than the first amount of power. determining a first amount of power based on the first operating point, supplying the first amount of power to the heater during a first operation mode of the heater , determining a second amount of power based on the second operating point, and supplying the second amount of power to the heater during a second operation mode of the heater , the second amount of power being higher than the first amount of power.
A memory controller comprising: a controller having an input for receiving a power state change request signal and an output for providing memory commands; and a memory operation array comprising a plurality of entries, each of said entries comprising a plurality of encoded fields, wherein said memory operation array is programmable to store different sequences of commands for particular types of memory of a plurality of types of memory in said plurality of entries that initiate entry into and exit from supported low power modes for the particular types of memory, said plurality of entries further comprising at least one null entry, wherein said controller is responsive to an activation of said power state change request signal to access said memory operation array to fetch at least one entry, to decode the at least one entry, and to issue at least one memory command indicated by said at least one entry, the controller being further configured to decode and output each of the plurality of entries linearly with no branching until the first null entry is read from the array. a controller having an input for receiving a power state change request signal and an output for providing memory commands; and a memory operation array comprising a plurality of entries, each of said entries comprising a plurality of encoded fields, wherein said memory operation array is programmable to store different sequences of commands for particular types of memory of a plurality of types of memory in said plurality of entries that initiate entry into and exit from supported low power modes for the particular types of memory, said plurality of entries further comprising at least one null entry, wherein said controller is responsive to an activation of said power state change request signal to access said memory operation array to fetch at least one entry, to decode the at least one entry, and to issue at least one memory command indicated by said at least one entry, the controller being further configured to decode and output each of the plurality of entries linearly with no branching until the first null entry is read from the array.
Method of operating an ejector refrigeration circuit with at least two controllable ejectors connected in parallel and respectively comprising a controllable motive nozzle , a primary high pressure input port forming an inlet to the controllable motive nozzle , a secondary low pressure input port and an output port , wherein the method is characterised by comprising the steps of: a) operating a first ejector of the at least two controllable ejectors by controlling the opening degree of its primary high pressure input port until the maximum efficiency of said first ejector has been reached or the actual refrigeration demands are met; b) operating at least one additional ejector of the at least two controllable ejectors by gradually opening its primary high pressure input port for increasing the refrigeration capacity of the ejector refrigeration circuit in case the actual refrigeration demands are not met by operating the first ejector alone. a) operating a first ejector of the at least two controllable ejectors by controlling the opening degree of its primary high pressure input port until the maximum efficiency of said first ejector has been reached or the actual refrigeration demands are met; b) operating at least one additional ejector of the at least two controllable ejectors by gradually opening its primary high pressure input port for increasing the refrigeration capacity of the ejector refrigeration circuit in case the actual refrigeration demands are not met by operating the first ejector alone.
A cooling garment for cooling a torso of a wearer, comprising a front and a rear panel with a neck opening therebetween, wherein - the front panel and the rear panel comprise one single cooling section that forms at least a portion of the front panel and at least a portion of the rear panel , the cooling section comprising ∘ a neck opening that coincides with the neck opening of the cooling garment, the neck opening defining a neck opening surface area (SA neck opening ); ∘ a cooling surface area (SA cooling ); ∘ a circumferential edge and a neck edge ; - the cooling section is made of a cooling material comprising o two outer layers that are impermeable to liquid water, at least one of the outer layers being permeable to water vapor; ∘ a water absorbent layer that is enclosed between both outer layers; - the two outer layers are sealed together along the circumferential edge and the neck edge to form a single compartment for the storage of water, the compartment having a first portion at the front panel and a second portion at the rear panel , both portions being in fluid communication with one another; - the compartment comprises an inlet for water. - the front panel and the rear panel comprise one single cooling section that forms at least a portion of the front panel and at least a portion of the rear panel , the cooling section comprising ∘ a neck opening that coincides with the neck opening of the cooling garment, the neck opening defining a neck opening surface area (SA neck opening ); ∘ a cooling surface area (SA cooling ); ∘ a circumferential edge and a neck edge ; ∘ a neck opening that coincides with the neck opening of the cooling garment, the neck opening defining a neck opening surface area (SA neck opening ); ∘ a cooling surface area (SA cooling ); ∘ a circumferential edge and a neck edge ; - the cooling section is made of a cooling material comprising o two outer layers that are impermeable to liquid water, at least one of the outer layers being permeable to water vapor; ∘ a water absorbent layer that is enclosed between both outer layers; o two outer layers that are impermeable to liquid water, at least one of the outer layers being permeable to water vapor; ∘ a water absorbent layer that is enclosed between both outer layers; - the two outer layers are sealed together along the circumferential edge and the neck edge to form a single compartment for the storage of water, the compartment having a first portion at the front panel and a second portion at the rear panel , both portions being in fluid communication with one another; - the compartment comprises an inlet for water.