mhurhangee/ep-ind-claims huggingface dataset:
An in vitro system for evaluating the efficacy of a deodorant product comprising: - at least one fluidic device comprising at least one main channel having an inlet at one end and capable of circulating natural or artificial sweat; - at least one reservoir capable of containing natural or artificial sweat and a gas phase, separated by an interface at a height h 1, - at least one connecting channel connected to a said reservoir and to the inlet of at least one said main channel; - a pressure actuator capable of imposing the pressure of a gas phase inside said reservoir; characterized in that it also comprises: - at least one flow meter; - at least one closed-loop controller; a said flow meter being capable of measuring the flow rate of a said main channel and transmitting information about said flow rate to said controller, said controller being capable of transmitting control information to said pressure actuator, said main channel having an orifice formed by its wall at its other end, at a height h 2, said height h 1 being strictly different from h 2. - at least one fluidic device comprising at least one main channel having an inlet at one end and capable of circulating natural or artificial sweat; - at least one reservoir capable of containing natural or artificial sweat and a gas phase, separated by an interface at a height h 1, - at least one connecting channel connected to a said reservoir and to the inlet of at least one said main channel; - a pressure actuator capable of imposing the pressure of a gas phase inside said reservoir; - at least one flow meter; - at least one closed-loop controller;
A medical device system for controlling delivery of a ventricular pacing during cardiac resynchronization therapy, comprising: a sensing device configured to sense a cardiac signal and to emit a trigger signal in response to the sensed cardiac signal; a delivery device configured to receive the trigger signal and deliver the ventricular pacing to the patient in response to the emitted trigger signal; and a processor positioned within the sensing device, characterized in that the processor is configured to: identify a fiducial point of the cardiac signal sensed in real-time, set a window comprising a start point positioned a first distance prior to the fiducial point and an endpoint positioned a second distance subsequent to the fiducial point, the second distance being less than the first distance, determine a signal characteristic of the cardiac signal within the window, determine whether a P-wave is detected in response to the signal characteristic, determine a change in slope of the cardiac signal, and determine a local maximum of the cardiac signal as the fiducial point, determine whether a timer associated with an atrio-ventricular interval has expired, and emit a trigger signal via the sensing device, the trigger signal being received by the delivery device and instructing the delivery device to deliver the ventricular pacing timed off of the local maximum in response to the P-wave being detected and not timed off of the local maximum in response to the timer being expired. a sensing device configured to sense a cardiac signal and to emit a trigger signal in response to the sensed cardiac signal; a delivery device configured to receive the trigger signal and deliver the ventricular pacing to the patient in response to the emitted trigger signal; and a processor positioned within the sensing device, characterized in that the processor is configured to: identify a fiducial point of the cardiac signal sensed in real-time, set a window comprising a start point positioned a first distance prior to the fiducial point and an endpoint positioned a second distance subsequent to the fiducial point, the second distance being less than the first distance, determine a signal characteristic of the cardiac signal within the window, determine whether a P-wave is detected in response to the signal characteristic, determine a change in slope of the cardiac signal, and determine a local maximum of the cardiac signal as the fiducial point, determine whether a timer associated with an atrio-ventricular interval has expired, and emit a trigger signal via the sensing device, the trigger signal being received by the delivery device and instructing the delivery device to deliver the ventricular pacing timed off of the local maximum in response to the P-wave being detected and not timed off of the local maximum in response to the timer being expired.
A head mounted display device comprising: a display configured to display video content in a virtual area within a field of vision of a user to provide an augmented reality by overlaying a virtual image on a real image or background; a sensor (121, 122) configured to sense information on the surrounding environment of the head mounted display for the video content when being played; and a controller, characterized in that the controller is configured to: determine a disturbance value based on the sensed information; compare the disturbance value with a predetermined critical value; generate at least one thumbnail image indicating a portion of the played content corresponding to the period during which it is determined that the disturbance value exceeds the critical value; and control the display to display the generated at least one thumbnail image along with the video content in the virtual area during display of the content such that the portion of the played content is played back when the corresponding one of the at least one thumbnail image is selected by the user. a display configured to display video content in a virtual area within a field of vision of a user to provide an augmented reality by overlaying a virtual image on a real image or background; a sensor (121, 122) configured to sense information on the surrounding environment of the head mounted display for the video content when being played; and a controller, characterized in that the controller is configured to: determine a disturbance value based on the sensed information; compare the disturbance value with a predetermined critical value; generate at least one thumbnail image indicating a portion of the played content corresponding to the period during which it is determined that the disturbance value exceeds the critical value; and control the display to display the generated at least one thumbnail image along with the video content in the virtual area during display of the content such that the portion of the played content is played back when the corresponding one of the at least one thumbnail image is selected by the user. determine a disturbance value based on the sensed information; compare the disturbance value with a predetermined critical value; generate at least one thumbnail image indicating a portion of the played content corresponding to the period during which it is determined that the disturbance value exceeds the critical value; and control the display to display the generated at least one thumbnail image along with the video content in the virtual area during display of the content such that the portion of the played content is played back when the corresponding one of the at least one thumbnail image is selected by the user.
A composition comprising a human skin equivalent comprising stratified Near-diploid Immortalized Keratinocyte (NIKS) cells expressing heterologous TIMP-1.
Wall plug for inserting into a substrate, whereby the wall plug comprises: a foot with an opening for inserting of a fixing element; a head; and an strutting region between the foot and the head, characterized in that the strutting region comprises the following: first strutting bars formed to knot in a cavity in the substrate upon inserting of the fixing element into the opening; and second strutting bars formed for folding in the cavity in the substrate upon insertion of the fixing element into the opening; wherein the first strutting bars are a part of a first injection molded component of the wall plug and the second strutting bars are a part of a second injection molded component of the wall plug; and wherein a mechanical separation is formed at a separation point between the second strutting bars and a component of the head formed by the second injection molded component. a foot with an opening for inserting of a fixing element; a head; and an strutting region between the foot and the head, characterized in that the strutting region comprises the following: first strutting bars formed to knot in a cavity in the substrate upon inserting of the fixing element into the opening; and second strutting bars formed for folding in the cavity in the substrate upon insertion of the fixing element into the opening; wherein the first strutting bars are a part of a first injection molded component of the wall plug and the second strutting bars are a part of a second injection molded component of the wall plug; and wherein a mechanical separation is formed at a separation point between the second strutting bars and a component of the head formed by the second injection molded component. first strutting bars formed to knot in a cavity in the substrate upon inserting of the fixing element into the opening; and second strutting bars formed for folding in the cavity in the substrate upon insertion of the fixing element into the opening; wherein the first strutting bars are a part of a first injection molded component of the wall plug and the second strutting bars are a part of a second injection molded component of the wall plug; and wherein a mechanical separation is formed at a separation point between the second strutting bars and a component of the head formed by the second injection molded component.
Beverage dispenser comprising a water filter for filtering the fresh water to be fed into the flow line system of the beverage dispenser, wherein the water filter, when viewed in the flow direction, is arranged upstream of the fresh water inlet of the flow line system, wherein the water filter has a bypass which is closed by a valve and via which unfiltered fresh water can be introduced into the flow line system of the beverage dispenser when the valve is open, characterised in that the valve is designed to effect the opening and closing of the valve by means of a pump designed or controlled for generating and regulating the suction pressure, wherein the suction pressure of the pump can be regulated by means of software, designed for this purpose, of an electronic control device depending on a program of the beverage dispenser that is to be run, so that, from an actual value of the suction pressure that is identical to a prespecified target value, the valve of the water filter closing the bypass is opened in order to introduce unfiltered fresh water into the flow line system of the beverage dispenser. wherein the water filter has a bypass which is closed by a valve and via which unfiltered fresh water can be introduced into the flow line system of the beverage dispenser when the valve is open, characterised in that the valve is designed to effect the opening and closing of the valve by means of a pump designed or controlled for generating and regulating the suction pressure, wherein the suction pressure of the pump can be regulated by means of software, designed for this purpose, of an electronic control device depending on a program of the beverage dispenser that is to be run, so that, from an actual value of the suction pressure that is identical to a prespecified target value, the valve of the water filter closing the bypass is opened in order to introduce unfiltered fresh water into the flow line system of the beverage dispenser.
Carrier system comprising a carrier and a mobile device having at least one sensor and a tool unit for tilling the soil and/or manipulating flora and fauna, wherein said carrier comprises a drive for moving the carrier system, a control device, a power source that cooperates with said drive and provides the necessary voltage for operation, a receiving means for receiving and connecting to said mobile device, a communication unit, a first communication interface that cooperates with said communication unit for exchanging data with said mobile device and that has an associated interface, and a second communication interface that cooperates with said communication unit and that receives at least control data and transmits said control data to said control device for predetermined movement of said carrier, wherein said carrier and said mobile device comprise means (12a, 14c, 82a, 82b) for interconnecting them as needed, and said carrier comprises a gripper (82a, 82b) and said mobile device comprises receiving means associated with the gripper (82a, 82b), via which said device can be gripped and is detachably connected to said carrier, and wherein said carrier is designed as an unmanned aerial vehicle (flying drone), an unmanned land vehicle, an unmanned water vehicle, or an unmanned underwater vehicle.
A display device comprising: a first substrate in which a display area and a non-display area disposed outside the display area are defined, the first substrate consisting of four lateral sides; a second substrate (290, 292) which faces the first substrate and comprises an area recessed in a thickness direction and a contact area disposed outside the recessed area; and a cell seal which bonds the first substrate and the second substrate (290, 292) together, wherein the cell seal comprises a bonding filament and a frit seal, the bonding filament is disposed along two opposing sides or three sides of the first substrate between the contact area and the non-display area to connect the contact area and the first substrate, the frit seal is disposed along a remaining one or two sides of the first substrate between the recessed area and the non-display area, wherein the bonding filament and the frit seal are laterally spaced apart from each other. a first substrate in which a display area and a non-display area disposed outside the display area are defined, the first substrate consisting of four lateral sides; a second substrate (290, 292) which faces the first substrate and comprises an area recessed in a thickness direction and a contact area disposed outside the recessed area; and a cell seal which bonds the first substrate and the second substrate (290, 292) together, wherein the cell seal comprises a bonding filament and a frit seal, the bonding filament is disposed along two opposing sides or three sides of the first substrate between the contact area and the non-display area to connect the contact area and the first substrate, the frit seal is disposed along a remaining one or two sides of the first substrate between the recessed area and the non-display area, wherein the bonding filament and the frit seal are laterally spaced apart from each other.
A human-machine interface device, comprising: a logic controller configured to be applied to a safety system of a nuclear power plant; and a display device including a display unit and a hard switch, wherein the logic controller includes an interface for an instrumentation control system of the nuclear power plant, a logic unit configured by a hardware logic to control switching of display information of the display device by the hard switch, and a display controller configured to convert the display information from the logic unit into pixels to output the display information to the display device characterized in that the hard switch further includes: a device selection hard switch group for selecting each device of the instrumentation control system of the nuclear power plant, a device determination hard switch configured to determine a device selected by the device selection hard switch group, an operation selection hard switch group configured to select an operation of a device determined by the device determination hard switch, and an operation command hard switch configured to determine an operation of a device selected by the operation selection hard switch group. a logic controller configured to be applied to a safety system of a nuclear power plant; and a display device including a display unit and a hard switch, wherein the logic controller includes an interface for an instrumentation control system of the nuclear power plant, a logic unit configured by a hardware logic to control switching of display information of the display device by the hard switch, and a display controller configured to convert the display information from the logic unit into pixels to output the display information to the display device characterized in that the hard switch further includes: a device selection hard switch group for selecting each device of the instrumentation control system of the nuclear power plant, a device determination hard switch configured to determine a device selected by the device selection hard switch group, an operation selection hard switch group configured to select an operation of a device determined by the device determination hard switch, and an operation command hard switch configured to determine an operation of a device selected by the operation selection hard switch group. a device selection hard switch group for selecting each device of the instrumentation control system of the nuclear power plant, a device determination hard switch configured to determine a device selected by the device selection hard switch group, an operation selection hard switch group configured to select an operation of a device determined by the device determination hard switch, and an operation command hard switch configured to determine an operation of a device selected by the operation selection hard switch group.
A fuel assembly (1, 1') for a follower configured to initiate and control fission reactions in a nuclear reactor, wherein the fuel assembly (1, 1') comprises: - a shroud and - a plurality of first fuel rods and second fuel rods positioned in evenly distributed fuel rod positions within the shroud, wherein each of the plurality of the first fuel rods and the second fuel rods has a casing with an inner diameter (d) and a nuclear fuel positioned inside the casing, characterized in that the second fuel rods are positioned in the outermost row of the fuel rod positions closest to the shroud and along the circumference of the shroud, wherein each of the second fuel rods comprises an insert (9, 9') of a neutron absorbing material, wherein the second fuel rods are the only fuel rods of the plurality of the first fuel rods and the second fuel rods comprising said inserts (9, 9') of the neutron absorbing material. - a shroud and - a plurality of first fuel rods and second fuel rods positioned in evenly distributed fuel rod positions within the shroud, wherein each of the plurality of the first fuel rods and the second fuel rods has a casing with an inner diameter (d) and a nuclear fuel positioned inside the casing,
A method of manufacturing a web-shaped monolithic foil with incorporated security features from a web-shaped multi-layered foil, wherein the multi-layered foil at least comprises a carrier layer, a cover layer and a liner disposed between the carrier layer and the cover layer, the method comprising the following steps: separating the carrier layer from the liner; separating the cover layer from the liner; applying at least one security feature to a first surface of the carrier layer; arranging the cover layer on the first surface of the carrier layer; and inseparably connecting the carrier layer with the cover layer, wherein a web-shaped monolithic foil with at least one incorporated security feature is generated. separating the carrier layer from the liner; separating the cover layer from the liner; applying at least one security feature to a first surface of the carrier layer; arranging the cover layer on the first surface of the carrier layer; and inseparably connecting the carrier layer with the cover layer, wherein a web-shaped monolithic foil with at least one incorporated security feature is generated.
A method of detecting non-host nucleic acids originating in areas other than the urinary tract in a patient, comprising: (a) obtaining a urine sample from said patient; (b) substantially isolating said nucleic acid sequences in said sample, without excluding nucleic acids from 10 to 150 base pairs; and (c) assaying for the presence of one or more specific sequences of non-host nucleic acids that have crossed the kidney barrier by detecting one or more specific sequences of 20-50 nucleotides in length, with a method comprising polymerase chain reaction and sequencing. (a) obtaining a urine sample from said patient; (b) substantially isolating said nucleic acid sequences in said sample, without excluding nucleic acids from 10 to 150 base pairs; and (c) assaying for the presence of one or more specific sequences of non-host nucleic acids that have crossed the kidney barrier by detecting one or more specific sequences of 20-50 nucleotides in length, with a method comprising polymerase chain reaction and sequencing.
An arrangement of a device for the mechanical control of the rotation of a vehicle wheel, comprising a ring gear and a cage with at least two planet gears, said wheel being fixed to a hub mounted for rotation on a spindle, through the interposing of at least one bearing fixed by a nut, at least one hub head fixed to said hub by fixing means, the ring gear being immobilised rotationally with respect to the spindle, and the cage with its at least two planet gears is constrained to rotate with the wheel hub, characterised in that the planet gears mesh solely on the ring gear.