mhurhangee/patent-ind-claim-en huggingface dataset:
A solid-state imaging device comprising: a plurality of pixels that each outputs a luminance change of incident light; and a detection circuit that outputs an event signal based on the luminance change output from each of the pixels , wherein each of the pixels includes: a photoelectric conversion element that generates a charge according to an incident light amount; a logarithmic conversion circuit that is connected to the photoelectric conversion element and converts a photocurrent flowing out of the photoelectric conversion element into a voltage signal corresponding to a logarithmic value of the photocurrent; and a first transistor having a drain connected to a sense node (SN) of the logarithmic conversion circuit; characterised in that : the first transistor has a source connected to a first potential (VX) that is equal to or higher than a reference potential and lower than a power supply voltage (VDD). a plurality of pixels that each outputs a luminance change of incident light; and a detection circuit that outputs an event signal based on the luminance change output from each of the pixels , wherein each of the pixels includes: a photoelectric conversion element that generates a charge according to an incident light amount; a logarithmic conversion circuit that is connected to the photoelectric conversion element and converts a photocurrent flowing out of the photoelectric conversion element into a voltage signal corresponding to a logarithmic value of the photocurrent; and a first transistor having a drain connected to a sense node (SN) of the logarithmic conversion circuit; characterised in that : the first transistor has a source connected to a first potential (VX) that is equal to or higher than a reference potential and lower than a power supply voltage (VDD). a photoelectric conversion element that generates a charge according to an incident light amount; a logarithmic conversion circuit that is connected to the photoelectric conversion element and converts a photocurrent flowing out of the photoelectric conversion element into a voltage signal corresponding to a logarithmic value of the photocurrent; and a first transistor having a drain connected to a sense node (SN) of the logarithmic conversion circuit; characterised in that : the first transistor has a source connected to a first potential (VX) that is equal to or higher than a reference potential and lower than a power supply voltage (VDD).
A wind turbine rotor blade , comprising: an elongate body having a root end and a tip end, the root end of the rotor blade configured to be coupled to a rotor hub of a wind turbine and including a root end face and a side wall extending away from the end face ; and a connection joint at the root end of the rotor blade for connecting the rotor blade to the rotor hub, the connection joint comprising a plurality of connecting elements integrated into the root end of the rotor blade , each connecting element including an eye that defines a radial bore through the side wall of the root end of the rotor blade and which is spaced from the end face , characterised in that each of the plurality of connecting elements includes a folded roving of fibers, wherein the eye of the plurality of connecting elements is defined at least in part by the fold in the fiber rovings. an elongate body having a root end and a tip end, the root end of the rotor blade configured to be coupled to a rotor hub of a wind turbine and including a root end face and a side wall extending away from the end face ; and a connection joint at the root end of the rotor blade for connecting the rotor blade to the rotor hub, the connection joint comprising a plurality of connecting elements integrated into the root end of the rotor blade , each connecting element including an eye that defines a radial bore through the side wall of the root end of the rotor blade and which is spaced from the end face , characterised in that each of the plurality of connecting elements includes a folded roving of fibers, wherein the eye of the plurality of connecting elements is defined at least in part by the fold in the fiber rovings.
Device for bending dough pieces , in particular croissants, comprising: - A first conveyor , for transporting dough pieces in a direction of conveyance ; - At least a first gate , defining a passage with a first width , smaller than the width of the conveyor , for the dough pieces ; wherein the gate is the point where the bending takes place; - at least two engaging means , for engaging a dough piece entering the passage and exerting a force on the dough piece with a directional component toward the first conveyor , wherein both engaging means are spaced apart from each other, dimensioned such that it engages the dough piece at the two locations, but not in between them, thus leaving a gap in between them, characterised in that - the front of the gate comprises at least one pillar , rotatable about its length axis, extending with a directional component perpendicular to the first conveyor . - A first conveyor , for transporting dough pieces in a direction of conveyance ; - At least a first gate , defining a passage with a first width , smaller than the width of the conveyor , for the dough pieces ; wherein the gate is the point where the bending takes place; - at least two engaging means , for engaging a dough piece entering the passage and exerting a force on the dough piece with a directional component toward the first conveyor , wherein both engaging means are spaced apart from each other, dimensioned such that it engages the dough piece at the two locations, but not in between them, thus leaving a gap in between them, - the front of the gate comprises at least one pillar , rotatable about its length axis, extending with a directional component perpendicular to the first conveyor .
A pixel clock generating device comprising: a pixel clock generating unit configured to generate a pixel clock train in which a correction clock having a time length different from that of a basic clock is intermittently inserted in a basic clock train corresponding to one line in a main scanning direction, wherein each pixel clock train is generated based on a plurality of blocks including a plurality of basic clocks and a plurality of correction clocks, wherein the number of clocks in each block is the same, and wherein the pixel clock train includes a plurality of blocks that are different in a correction pattern as a pattern in which the correction clock is inserted, characterized by each odd-numbered block in the main scanning direction having a first correction pattern that is different from a second correction pattern of each even-numbered block in the main scanning direction. a pixel clock generating unit configured to generate a pixel clock train in which a correction clock having a time length different from that of a basic clock is intermittently inserted in a basic clock train corresponding to one line in a main scanning direction, wherein each pixel clock train is generated based on a plurality of blocks including a plurality of basic clocks and a plurality of correction clocks, wherein the number of clocks in each block is the same, and wherein the pixel clock train includes a plurality of blocks that are different in a correction pattern as a pattern in which the correction clock is inserted, characterized by each odd-numbered block in the main scanning direction having a first correction pattern that is different from a second correction pattern of each even-numbered block in the main scanning direction.
A computer-implemented method for accessing a protected resource (R-1, R-2, R-3, R-4; R-5) of a first network , the method comprising: transmitting to an authentication server , over a second network , a request (310; 810) identifying the protected resource; receiving in response to the request, from the authentication server, a resource record (410; 820) identifying a bastion host (170, 180, 190; 880), a port, and a connection method; transmitting a request to the port based on the connection method; establishing, by a processor, a tunnel connection (510; 840) with the bastion host; and accessing the protected resource via the tunnel connection and the bastion host. transmitting to an authentication server , over a second network , a request (310; 810) identifying the protected resource; receiving in response to the request, from the authentication server, a resource record (410; 820) identifying a bastion host (170, 180, 190; 880), a port, and a connection method; transmitting a request to the port based on the connection method; establishing, by a processor, a tunnel connection (510; 840) with the bastion host; and accessing the protected resource via the tunnel connection and the bastion host.
A method comprising: displaying first visual display elements on a touch screen of an electronic device, wherein one of the first visual display elements is a folder icon displayed in a first size, a size of the folder icon is changeable, and the folder icon contains second visual display elements that are displayed in the folder icon after the folder icon being enlarged based on a touch and drag input, above a threshold, to a second size, wherein the second visual display elements are icons representing files included in a folder corresponding to the folder icon ; as the size of the folder icon is changed from the first size to the second size, displaying the second visual display elements in a third size in the enlarged region of the folder icon ; and as the second visual display elements are enlarged based on another touch and drag input on the second visual display elements , displaying an execution result of a file represented by the second visual display elements on the enlarged region of the second visual display elements . displaying first visual display elements on a touch screen of an electronic device, wherein one of the first visual display elements is a folder icon displayed in a first size, a size of the folder icon is changeable, and the folder icon contains second visual display elements that are displayed in the folder icon after the folder icon being enlarged based on a touch and drag input, above a threshold, to a second size, wherein the second visual display elements are icons representing files included in a folder corresponding to the folder icon ; as the size of the folder icon is changed from the first size to the second size, displaying the second visual display elements in a third size in the enlarged region of the folder icon ; and as the second visual display elements are enlarged based on another touch and drag input on the second visual display elements , displaying an execution result of a file represented by the second visual display elements on the enlarged region of the second visual display elements .
A front-end system for a radio device comprising: a charge generator circuit arranged for receiving a digital baseband signal (BB) and comprising: a first converter circuit arranged for calculating at least one digital charge value (q) based on said digital baseband signal (BB) and a second converter circuit arranged for converting said at least one digital charge value (q) into at least one electrical charge (Q); a modulator circuit arranged for generating a radio frequency signal (RF) by transferring said at least one electrical charge (Q) to an output load (ZRF) in accordance with at least one local oscillator signal (LO); and a control unit connected to the input of the modulator circuit and arranged to control the first converter circuit by taking into account the electrical charge (Q) available at the input of the modulator circuit such that said at least one digital charge value (q) corresponds to the electrical charge (Q) to be transferred to said output load (ZRF) and a voltage at the output load (ZRF) represents a radio frequency signal (RF). a charge generator circuit arranged for receiving a digital baseband signal (BB) and comprising: a first converter circuit arranged for calculating at least one digital charge value (q) based on said digital baseband signal (BB) and a second converter circuit arranged for converting said at least one digital charge value (q) into at least one electrical charge (Q); a modulator circuit arranged for generating a radio frequency signal (RF) by transferring said at least one electrical charge (Q) to an output load (ZRF) in accordance with at least one local oscillator signal (LO); and a control unit connected to the input of the modulator circuit and arranged to control the first converter circuit by taking into account the electrical charge (Q) available at the input of the modulator circuit such that said at least one digital charge value (q) corresponds to the electrical charge (Q) to be transferred to said output load (ZRF) and a voltage at the output load (ZRF) represents a radio frequency signal (RF).
A component of an article of footwear or sporting equipment , the component comprising: a first surface of the component configured to be externally-facing on an exterior surface when the component is present in a finished article; and a second surface of the component opposing the first surface; wherein the component comprises a material defining at least a portion of the first surface, and the material is a hydrogel, and the material is present in the form of a filament used to form at least a portion of a non-woven textile; or in the form of a yarn used to form at least a portion of a woven textile, a knit textile, or a braided textile; or in the form of a film. a first surface of the component configured to be externally-facing on an exterior surface when the component is present in a finished article; and a second surface of the component opposing the first surface;
A method for replacing a software component (30a - 30e) among a plurality of software components (30a - 30e) of a runtime system of an industrial control environment , the method comprising: determining a first software component to be replaced among the plurality of software components (30a - 30e); determining a second software component for replacing the first software component in the runtime system ; routing a plurality of calls directed to the first software component centrally through a first plurality of function pointers (pf) implemented in a wrapper component ; and wherein a replacement process is started by initializing the second software component in the runtime system , comprising loading the second software component into the runtime system , and by setting a second plurality of function pointers (pf) to the second software component in the wrapper component ; continuing to route the plurality of calls via the first plurality of function pointers (pf) until switching the calls directed to the first software component to the second software component ; and when the initializing the second software component in the runtime system is complete, switching the calls directed to the first software component to the second software component by means of the wrapper component ; wherein switching the calls comprises switching the first plurality of function pointers (pf) to the first software component to the second plurality of function pointers (pf) to the second software component , in the wrapper component , without interrupting an operation of the runtime system of the industrial control environment . determining a first software component to be replaced among the plurality of software components (30a - 30e); determining a second software component for replacing the first software component in the runtime system ; routing a plurality of calls directed to the first software component centrally through a first plurality of function pointers (pf) implemented in a wrapper component ; and wherein a replacement process is started by initializing the second software component in the runtime system , comprising loading the second software component into the runtime system , and by setting a second plurality of function pointers (pf) to the second software component in the wrapper component ; continuing to route the plurality of calls via the first plurality of function pointers (pf) until switching the calls directed to the first software component to the second software component ; and when the initializing the second software component in the runtime system is complete, switching the calls directed to the first software component to the second software component by means of the wrapper component ; wherein switching the calls comprises switching the first plurality of function pointers (pf) to the first software component to the second plurality of function pointers (pf) to the second software component , in the wrapper component , without interrupting an operation of the runtime system of the industrial control environment .
Plug connector assembly having: a plug connector , a mating plug connector , and a lever unit which is disposed on the plug connector and has a locking element and a securing element , wherein the plug connector and the mating plug connector are movable to a connecting position in which the plug connector and the mating plug connector are conductively connected, the plug connector and the mating plug connector each have a contact carrier (7.1; 7.2) having in each case one receptacle opening (8.1; 8.2), the lever unit in the connecting position is movable between a locking position and an unlocking position, the locking element in the locking position is disposed in the receptacle openings (8.1; 8.2) of both contact carriers (7.1; 7.2), and in the unlocking position is disposed outside the receptacle opening (8.1; 8.2) of at least one contact carrier (7.1; 7.2), and the locking element in the connecting position is movable to a blocking position in which the securing element fixes the lever unit in the locking position, characterized in that the locking element at least in the locking position is displaceable parallel to a plug-in axis (x) between the blocking position and a releasing position. a plug connector , a mating plug connector , and a lever unit which is disposed on the plug connector and has a locking element and a securing element , wherein the plug connector and the mating plug connector are movable to a connecting position in which the plug connector and the mating plug connector are conductively connected, the plug connector and the mating plug connector each have a contact carrier (7.1; 7.2) having in each case one receptacle opening (8.1; 8.2), the lever unit in the connecting position is movable between a locking position and an unlocking position, the locking element in the locking position is disposed in the receptacle openings (8.1; 8.2) of both contact carriers (7.1; 7.2), and in the unlocking position is disposed outside the receptacle opening (8.1; 8.2) of at least one contact carrier (7.1; 7.2), and the locking element in the connecting position is movable to a blocking position in which the securing element fixes the lever unit in the locking position, characterized in that the locking element at least in the locking position is displaceable parallel to a plug-in axis (x) between the blocking position and a releasing position.
A fuel system comprising: an ice separator vessel configured to separate ice particles from a first supply of fuel comprising a non-homogeneous fuel/ice mixture, the first supply of fuel being supplied to the ice separator vessel by a fuel supply line at a first ice separator vessel input , and to receive heat from a source of heat; wherein the heat melts at least a portion of the ice particles in the ice separator vessel ; characterised in that the system further comprises: a first stage pump coupled to an output of the ice separator vessel ; a heat exchanger coupled to an output of the first stage pump ; a second stage pump coupled to a fuel output of the heat exchanger ; a pump relief check valve coupled to an output of the second stage pump , wherein the pump relief check valve provides to the first input or to a second input of the ice separator vessel a second supply of fuel which has passed through the heat exchanger and is therefore at a higher temperature than the first supply of fuel to the first input , said source of heat comprising said second supply of fuel. an ice separator vessel configured to separate ice particles from a first supply of fuel comprising a non-homogeneous fuel/ice mixture, the first supply of fuel being supplied to the ice separator vessel by a fuel supply line at a first ice separator vessel input , and to receive heat from a source of heat; wherein the heat melts at least a portion of the ice particles in the ice separator vessel ; characterised in that the system further comprises: a first stage pump coupled to an output of the ice separator vessel ; a heat exchanger coupled to an output of the first stage pump ; a second stage pump coupled to a fuel output of the heat exchanger ; a pump relief check valve coupled to an output of the second stage pump , wherein the pump relief check valve provides to the first input or to a second input of the ice separator vessel a second supply of fuel which has passed through the heat exchanger and is therefore at a higher temperature than the first supply of fuel to the first input , said source of heat comprising said second supply of fuel. a first stage pump coupled to an output of the ice separator vessel ; a heat exchanger coupled to an output of the first stage pump ; a second stage pump coupled to a fuel output of the heat exchanger ; a pump relief check valve coupled to an output of the second stage pump , wherein the pump relief check valve provides to the first input or to a second input of the ice separator vessel a second supply of fuel which has passed through the heat exchanger and is therefore at a higher temperature than the first supply of fuel to the first input , said source of heat comprising said second supply of fuel.
An optional device for an electrical machine having an exhaust port , the optional device being mountable to the electrical machine without electrical connection to the electrical machine, characterized by : a duct for covering the exhaust port so as to collect exhaust gases from the exhaust port and through which an air flow comprising an exhaust gas from the exhaust port of the electrical machine is guided when the optional device is mounted to the electrical machine; an air flow sensor configured to detect presence or absence of the exhaust gas entering into the duct from the exhaust port of the electrical machine; an air purifier disposed in the duct downstream side with respect to the sensor in a direction of the air flow and configured to purify the exhaust gas and discharge the purified exhaust gas into an atmosphere, the air purifier comprising a filter configured to collect an ultrafine particle in the exhaust gas and an electric fan configured to cause the exhaust gas to pass through the filter; and a controller configured to control an operation of the electric fan of the air purifier based on an output from the air flow sensor . a duct for covering the exhaust port so as to collect exhaust gases from the exhaust port and through which an air flow comprising an exhaust gas from the exhaust port of the electrical machine is guided when the optional device is mounted to the electrical machine; an air flow sensor configured to detect presence or absence of the exhaust gas entering into the duct from the exhaust port of the electrical machine; an air purifier disposed in the duct downstream side with respect to the sensor in a direction of the air flow and configured to purify the exhaust gas and discharge the purified exhaust gas into an atmosphere, the air purifier comprising a filter configured to collect an ultrafine particle in the exhaust gas and an electric fan configured to cause the exhaust gas to pass through the filter; and a controller configured to control an operation of the electric fan of the air purifier based on an output from the air flow sensor .