mhurhangee/patent-ind-claim-en huggingface dataset:
A light slab able to be integrated into a trafficable pavement, comprising in succession: - a first protective film , arranged on the front face of the light slab, made of a first material, - a first external encapsulating film , made of a second material, - an internal encapsulating film , made of a third material, - a second external encapsulating film , made of a fourth material, - a second protective film , arranged on the rear face of the light slab, made of a fifth material, one of the films, chosen among the first external encapsulating film , the internal encapsulating film and the second external encapsulating film , coating at least one active element adapted to emit light , each active element adapted to emit light comprising at least one light element on a support allowing it to be powered, the first material, the second material, the third material, the fourth material and the fifth material having Young's moduli E 1 , E 2 , E 3 , E 4 and E 5 , respectively, and coefficients of thermal expansion CTE 1 , CTE 2 , CTE 3 , CTE 4 and CTE 5 , respectively, E 1 and E 5 being equal or not different by more than 30%, E 2 and E 4 being equal or not different by more than 30%, E 1 > E 2 and E 4 < E 5 , CTE 1 and CTE 5 being equal or not different by more than 30%, CTE 2 and CTE 4 being equal or not different by more than 30%, CTE 1 < CTE 2 and CTE 4 > CTE 5 . - a first protective film , arranged on the front face of the light slab, made of a first material, - a first external encapsulating film , made of a second material, - an internal encapsulating film , made of a third material, - a second external encapsulating film , made of a fourth material, - a second protective film , arranged on the rear face of the light slab, made of a fifth material, one of the films, chosen among the first external encapsulating film , the internal encapsulating film and the second external encapsulating film , coating at least one active element adapted to emit light , each active element adapted to emit light comprising at least one light element on a support allowing it to be powered, the first material, the second material, the third material, the fourth material and the fifth material having Young's moduli E 1 , E 2 , E 3 , E 4 and E 5 , respectively, and coefficients of thermal expansion CTE 1 , CTE 2 , CTE 3 , CTE 4 and CTE 5 , respectively, E 1 and E 5 being equal or not different by more than 30%, E 2 and E 4 being equal or not different by more than 30%, E 1 > E 2 and E 4 < E 5 , CTE 1 and CTE 5 being equal or not different by more than 30%, CTE 2 and CTE 4 being equal or not different by more than 30%, CTE 1 < CTE 2 and CTE 4 > CTE 5 .
System comprising - a motion detection sensor device which is designed to emit electromagnetic radiation and/or ultrasound and to receive echo signals of the electromagnetic radiation and/or ultrasound , - an electrical domestic appliance ; and - a control device which is configured and designed to detect a movement pattern of a person located in a room in which the electrical domestic appliance is positioned, on the basis of the echo signals reflected by the person , and is configured and designed to interpret the detected movement pattern in order to determine whether an escape speed (v) of the person from the room is present, and upon determining the escape speed (v), - to completely switch off the electrical domestic appliance automatically, or - to partially switch off the electrical domestic appliance automatically, as a result of which a heating device of the domestic appliance is switched off, and optionally to issue an alarm. - a motion detection sensor device which is designed to emit electromagnetic radiation and/or ultrasound and to receive echo signals of the electromagnetic radiation and/or ultrasound , - an electrical domestic appliance ; and - a control device which is configured and designed to detect a movement pattern of a person located in a room in which the electrical domestic appliance is positioned, on the basis of the echo signals reflected by the person , and is configured and designed to interpret the detected movement pattern in order to determine whether an escape speed (v) of the person from the room is present, and upon determining the escape speed (v), - to completely switch off the electrical domestic appliance automatically, or - to partially switch off the electrical domestic appliance automatically, as a result of which a heating device of the domestic appliance is switched off,
Flap of a device for closing an air intake including a flap body with an outer skin , said outer skin comprising a hollow profile section, and one end piece arranged at each end of the flap body , each end piece being arranged to stopper only one corresponding hollow profile section, characterized in that the flap body has at least one spacer linking two opposing portions of the outer skin and integral with the outer skin .
A method for reconstructing an electromagnetic vector wave backscattered in all or part of an optical fiber , said method comprising: - A step of injecting into the optical fiber a light signal of a frequency v 0 or v 0 +v A , - A step of polarization-resolved heterodyne optical detection including the generation, by an optical separation means and from a backscatter of the injected light signal and an electromagnetic wave from a local oscillator, of at least two orthogonally polarized backscattered light signals, producing a beat preferably of a frequency v A , - A step of converting, by at least two photodetectors , the orthogonally polarized backscattered light signals into initial analog signals, wherein the method comprises - A step of electrical homodyne detection, by an IQ demodulator , for IQ demodulating each of the initial analog signals, so as to generate I (I 1 , I 2 ) and Q (Q 1 , Q 2 ) demodulated analog signals for each of the orthogonally polarized backscattered light signals, and - A step of reconstructing, by a processing module , the electromagnetic vector wave backscattered in all or part of the optical fiber from the I (I 1 , I 2 ) and Q (Q 1 , Q 2 ) demodulated analog signals generated. - A step of injecting into the optical fiber a light signal of a frequency v 0 or v 0 +v A , - A step of polarization-resolved heterodyne optical detection including the generation, by an optical separation means and from a backscatter of the injected light signal and an electromagnetic wave from a local oscillator, of at least two orthogonally polarized backscattered light signals, producing a beat preferably of a frequency v A , - A step of converting, by at least two photodetectors , the orthogonally polarized backscattered light signals into initial analog signals, wherein the method comprises - A step of electrical homodyne detection, by an IQ demodulator , for IQ demodulating each of the initial analog signals, so as to generate I (I 1 , I 2 ) and Q (Q 1 , Q 2 ) demodulated analog signals for each of the orthogonally polarized backscattered light signals, and - A step of reconstructing, by a processing module , the electromagnetic vector wave backscattered in all or part of the optical fiber from the I (I 1 , I 2 ) and Q (Q 1 , Q 2 ) demodulated analog signals generated.
A system for encoding an audio signal, the system comprising: an audio console configured to: receive a voice audio signal, wherein at least a portion of the voice audio signal comprises speech, at least a portion of the voice audio signal having normal gaps that occur during speech, the voice audio signal being contained within a first audio spectrum; encode the voice audio signal with a background audio signal contained within a second audio spectrum wider than the first audio spectrum, wherein the background audio signal is a continuous audio signal that fills the normal gaps that occur during speech in the voice audio signal; encode the voice audio signal with an audience monitoring code for audience monitoring; output a combined signal including the voice audio signal encoded with the background audio signal and the audience monitoring code, wherein the combined signal is contained within an audio spectrum including the first audio spectrum and the second audio spectrum. receive a voice audio signal, wherein at least a portion of the voice audio signal comprises speech, at least a portion of the voice audio signal having normal gaps that occur during speech, the voice audio signal being contained within a first audio spectrum; encode the voice audio signal with a background audio signal contained within a second audio spectrum wider than the first audio spectrum, wherein the background audio signal is a continuous audio signal that fills the normal gaps that occur during speech in the voice audio signal; encode the voice audio signal with an audience monitoring code for audience monitoring; output a combined signal including the voice audio signal encoded with the background audio signal and the audience monitoring code, wherein the combined signal is contained within an audio spectrum including the first audio spectrum and the second audio spectrum.
Container for concentrate, comprising: a main body for containing concentrate, a connection portion having a flat end surface and configured to connect the container to a blood treatment device, two attachment elements arranged at two opposing sides of the connection portion and configured to reversibly attach the container to two corresponding attachment elements present on a blood treatment device, and two connection elements each comprising an opening at the flat end surface of the connection portion and configured to interact with two corresponding connection elements present on a blood treatment device to fluidically couple the container with the blood treatment device by insertion of the connection elements present on the blood treatment device into the connection elements of the container , characterized by at least one opening element configured to interact with a blood treatment device to remove a lid from the container . a main body for containing concentrate, a connection portion having a flat end surface and configured to connect the container to a blood treatment device, two attachment elements arranged at two opposing sides of the connection portion and configured to reversibly attach the container to two corresponding attachment elements present on a blood treatment device, and two connection elements each comprising an opening at the flat end surface of the connection portion and configured to interact with two corresponding connection elements present on a blood treatment device to fluidically couple the container with the blood treatment device by insertion of the connection elements present on the blood treatment device into the connection elements of the container , characterized by at least one opening element configured to interact with a blood treatment device to remove a lid from the container .
An in vitro method for the generation of a cell composition comprising or consisting of ventral midbrain dopaminergic progenitor cells from a cell composition comprising pluripotent and/or multipotent stem cells, the method comprising the steps of A) Differentiating said pluripotent and/or multipotent stem cells into ventral dopaminergic progenitor cells, thereby generating a cell composition comprising ventral dopaminergic progenitor cells comprising ventral midbrain dopaminergic progenitor cells and ventral hindbrain dopaminergic progenitor cells, B) Enriching CD117 positive cells from said cell composition comprising ventral dopaminergic progenitor cells by using an antigen binding molecule specific for the CD117 antigen, thereby generating said cell composition comprising or consisting of ventral midbrain dopaminergic progenitor cells. A) Differentiating said pluripotent and/or multipotent stem cells into ventral dopaminergic progenitor cells, thereby generating a cell composition comprising ventral dopaminergic progenitor cells comprising ventral midbrain dopaminergic progenitor cells and ventral hindbrain dopaminergic progenitor cells, B) Enriching CD117 positive cells from said cell composition comprising ventral dopaminergic progenitor cells by using an antigen binding molecule specific for the CD117 antigen,
Method for geolocation of a target point (A) materialized by the tip of a rod of a leveling tool, the head of the rod supporting at least one antenna connected to a geolocation module providing data (XG, y G , zc, t) where XG, y G , z G refer to the coordinates of the position of said antenna at time t, a tilt sensor providing an item of data (alpha, t) as a function of the tilt of said antenna relative to the vertical at time t, said method comprising a step of recording a succession of data (x Gi , y Gi , alpha i ) during a period where the position of said tip is immobile and where the position of said head is driven by a gyratory movement, and in that a digital processing is applied to said succession of data (x Gi , y Gi , alpha i ) to calculate the coordinates (x A , y A ) of said target point (A), said tip being provided with a ground contact detector, said ground contact detector controlling the starting of an acquisition sequence, characterized in that the acquisition sequence is started for a period between the detection by said tilt sensor of a gyratory movement and the acquisition of a number of data (x Gi , y Gi , alpha i ) exceeding a predetermined threshold.
A multiwell microplate for holding liquid samples, the multiwell microplate comprising: a frame defining a plurality of wells disposed in a single column, each well having an opening with a length l 1 ; a moat disposed about the plurality of wells ; and a plurality of walls traversing the moat , the walls defining a plurality of compartments , each compartment having a length l 2 selected from a range of greater than l 1 and less than 6l 1 , wherein two compartments of the moat are disposed on opposing sides of the single column of wells . a plurality of wells disposed in a single column, each well having an opening with a length l 1 ; a moat disposed about the plurality of wells ; and a plurality of walls traversing the moat , the walls defining a plurality of compartments , each compartment having a length l 2 selected from a range of greater than l 1 and less than 6l 1 , wherein two compartments of the moat are disposed on opposing sides of the single column of wells .
A sound output device comprising a flying body ; an elevation member having a magnetic force generating part that generates a magnetic field to cause the flying body to levitate the sound output device being characterized by : a transmission member moving the elevation member in an upward-downward direction while rotating along a circumference of the elevation member; and a support member rotatably supporting the transmission member. a transmission member moving the elevation member in an upward-downward direction while rotating along a circumference of the elevation member; and a support member rotatably supporting the transmission member.
A display device comprising: a display unit configured to display visual information; a sensor unit configured to detect an input signal and to transmit a detected result to a processor ; and the processor configured to control the display unit and the sensor unit , and configured to display a base alarm that corresponds to an alarm preset in the display device , characterized in that the processor is further configured to: detect a first gesture input on the displayed base alarm , determine a time interval of additional alarms based on an end position of the detected first gesture input, detect a second gesture input, determine the number of the additional alarms based on a length of the detected second gesture input, display at least one additional alarm according to the determined time interval and the determined number of the additional alarms , wherein the base alarm and the additional alarms are combined as a group alarm, and switch off all the alarms included in the group alarm when a time of the at least one alarm of the group alarm has come and a fourth gesture input to at least one alarm of the group alarm is detected. a display unit configured to display visual information; a sensor unit configured to detect an input signal and to transmit a detected result to a processor ; and the processor configured to control the display unit and the sensor unit , and configured to display a base alarm that corresponds to an alarm preset in the display device , characterized in that the processor is further configured to: detect a first gesture input on the displayed base alarm , determine a time interval of additional alarms based on an end position of the detected first gesture input, detect a second gesture input, determine the number of the additional alarms based on a length of the detected second gesture input, display at least one additional alarm according to the determined time interval and the determined number of the additional alarms , wherein the base alarm and the additional alarms are combined as a group alarm, and switch off all the alarms included in the group alarm when a time of the at least one alarm of the group alarm has come and a fourth gesture input to at least one alarm of the group alarm is detected. detect a first gesture input on the displayed base alarm , determine a time interval of additional alarms based on an end position of the detected first gesture input, detect a second gesture input, determine the number of the additional alarms based on a length of the detected second gesture input, display at least one additional alarm according to the determined time interval and the determined number of the additional alarms , wherein the base alarm and the additional alarms are combined as a group alarm, and switch off all the alarms included in the group alarm when a time of the at least one alarm of the group alarm has come and a fourth gesture input to at least one alarm of the group alarm is detected.
Hob device having at least one hob plate and having at least one at least partially translucent layer element which, in at least one assembled state, is arranged on at least one partial area of an underside of the hob plate and which has at least one opaque filler material which in at least one block state in which the material is arranged in the form of a block, namely is present in the form of a cube with an edge length of at least 1 cm, is at least substantially opaque, wherein the layer element has at least one partially translucent carrier material which in at least one block state in which the material is arranged in the form of a block, namely is present in the form of a cube with an edge length of at least 1 cm, is at least substantially translucent, wherein the filler material is embodied as at least granular in shape, wherein grains of the filler material have a grain size in a range from 0.4 μm to 0.9 μm.
An adhesive self-cleaning antimicrobial element , comprising: an adhesive layer ; a polymeric support layer connected with the adhesive layer; an antimicrobial layer connected with the polymeric support layer and configured to sanitize the adhesive self-cleaning antimicrobial element, wherein the antimicrobial layer comprises an antimicrobial material, and wherein the adhesive self-cleaning antimicrobial element is sized to conform to an exposed surface of a passenger seat ; and characterized in that the adhesive self-cleaning antimicrobial element comprises a machine-readable indicium containing information indicative of an installation date or an effectiveness date of the antimicrobial material. an adhesive layer ; a polymeric support layer connected with the adhesive layer; an antimicrobial layer connected with the polymeric support layer and configured to sanitize the adhesive self-cleaning antimicrobial element, wherein the antimicrobial layer comprises an antimicrobial material, and wherein the adhesive self-cleaning antimicrobial element is sized to conform to an exposed surface of a passenger seat ; and characterized in that the adhesive self-cleaning antimicrobial element comprises a machine-readable indicium containing information indicative of an installation date or an effectiveness date of the antimicrobial material.
A method for producing an at least partially fused connector termination , the method comprising: setting a specification requirement to be met by the at least partially fused connector termination ; applying an amount of heat to a proximal region of an unfused connector termination , wherein the proximal region of the unfused connector termination comprises an inner optical fiber coaxially positioned within an outer ferrule , and wherein applying the amount of heat at least partially fuses the optical fiber to the outer ferrule to form an at least partially fused connector termination ; imaging the proximal region of the at least partially fused connector termination ; and determining, based on the imaging, whether the proximal region of the at least partially fused connector termination meets the specification, characterized in that determining whether the proximal region of the at least partially fused connector termination meets the specification includes determining whether at least one of a diameter, a depth, a curvature, or a surface smoothness of a dish formed on a proximal face of the at least partially fused connector termination meets the specification based on one or more images of the proximal face captured along the z-axis corresponding to the longitudinal axis of the outer ferrule . setting a specification requirement to be met by the at least partially fused connector termination ; applying an amount of heat to a proximal region of an unfused connector termination , wherein the proximal region of the unfused connector termination comprises an inner optical fiber coaxially positioned within an outer ferrule , and wherein applying the amount of heat at least partially fuses the optical fiber to the outer ferrule to form an at least partially fused connector termination ; imaging the proximal region of the at least partially fused connector termination ; and determining, based on the imaging, whether the proximal region of the at least partially fused connector termination meets the specification, characterized in that determining whether the proximal region of the at least partially fused connector termination meets the specification includes determining whether at least one of a diameter, a depth, a curvature, or a surface smoothness of a dish formed on a proximal face of the at least partially fused connector termination meets the specification based on one or more images of the proximal face captured along the z-axis corresponding to the longitudinal axis of the outer ferrule .