mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining the thickness of a cover or support glass in a microscope having an objective facing a sample chamber , wherein in the sample chamber two optical media are adjacent to two opposite surfaces of the cover or support glass thereby forming two partially reflecting interfaces located at different distances from the objective , a measuring light beam is directed through the objective under oblique incidence onto the cover or support glass , two spatially separated reflection light beams are generated by partially reflecting the measuring light beam on each of the two interfaces, the two reflection light beams are received by the objective and directed to a position-sensitive detector , the incidence locations of the two reflection light beams are detected on the position-sensitive detector , and the thickness of the cover or support glass is determined on the basis of the detected incidence locations of the two reflection light beams , characterized in that the two reflection light beams are simultaneously directed onto the position-sensitive detector and the thickness of the cover or support glass is determined on the basis of the mutual spacing of the different incidence locations of the two reflection light beams . wherein in the sample chamber two optical media are adjacent to two opposite surfaces of the cover or support glass thereby forming two partially reflecting interfaces located at different distances from the objective , a measuring light beam is directed through the objective under oblique incidence onto the cover or support glass , two spatially separated reflection light beams are generated by partially reflecting the measuring light beam on each of the two interfaces, the two reflection light beams are received by the objective and directed to a position-sensitive detector , the incidence locations of the two reflection light beams are detected on the position-sensitive detector , and the thickness of the cover or support glass is determined on the basis of the detected incidence locations of the two reflection light beams , characterized in that the two reflection light beams are simultaneously directed onto the position-sensitive detector and the thickness of the cover or support glass is determined on the basis of the mutual spacing of the different incidence locations of the two reflection light beams .
A non-therapeutic method for modulating fear in a healthy subject comprising the steps of: - acquiring an electrophysiological signal representative of the activity of at least a portion of the prefrontal cortex; - selectively detecting ascending, respectively descending, phase of 2-7 Hz oscillations of the electrophysiological signal; and - activating or inhibiting parvalbumin-expressing interneurons, PV+ In, of the portion of prefrontal cortex selectively during the ascending, respectively descending, phase of the oscillations of the electrophysiological signal when an ascending, respectively descending, phase is detected; wherein when modulating fear is decreasing fear, decreasing fear is obtained by detecting ascending phase of 2-7 Hz oscillations of the electrophysiological signal, and by activating PV+ In of the portion of prefrontal cortex selectively during the ascending phase of the oscillations of the electrophysiological signal when an ascending phase is detected; wherein when modulating fear is increasing fear, increasing fear is obtained by either: detecting ascending phase of 2-7 Hz oscillations of the electrophysiological signal, and by inhibiting PV+ In of the portion of prefrontal cortex selectively during the ascending phase of the oscillations of the electrophysiological signal when an ascending phase is detected; or detecting descending phase of 2-7 Hz oscillations of the electrophysiological signal, and by activating PV+ In of the portion of prefrontal cortex selectively during the descending phase of the oscillations of the electrophysiological signal when a descending phase is detected. - acquiring an electrophysiological signal representative of the activity of at least a portion of the prefrontal cortex; - selectively detecting ascending, respectively descending, phase of 2-7 Hz oscillations of the electrophysiological signal; and - activating or inhibiting parvalbumin-expressing interneurons, PV+ In, of the portion of prefrontal cortex selectively during the ascending, respectively descending, phase of the oscillations of the electrophysiological signal when an ascending, respectively descending, phase is detected; detecting ascending phase of 2-7 Hz oscillations of the electrophysiological signal, and by inhibiting PV+ In of the portion of prefrontal cortex selectively during the ascending phase of the oscillations of the electrophysiological signal when an ascending phase is detected; or detecting descending phase of 2-7 Hz oscillations of the electrophysiological signal, and by activating PV+ In of the portion of prefrontal cortex selectively during the descending phase of the oscillations of the electrophysiological signal when a descending phase is detected.
An intumescent nanostructured material for thermal protection, comprising: a member including a plurality of carbon nanotubes, wherein the member is a non-woven sheet, a woven sheet, a yarn, or a network; and an intumescent material associated with the member, and configured to react in the presence of a heat source to form a foam for thermally insulating the member from the heat source. a member including a plurality of carbon nanotubes, wherein the member is a non-woven sheet, a woven sheet, a yarn, or a network; and an intumescent material associated with the member, and configured to react in the presence of a heat source to form a foam for thermally insulating the member from the heat source.
A method for replacing a conventional lavatory monument with a modular lavatory system in an aircraft cabin, the method comprising: removing the conventional lavatory monument; positioning a base lavatory module in a region of the aircraft cabin previously used by the conventional lavatory monument, wherein the conventional lavatory monument utilized a footprint having a width Y , and positioning the base lavatory module comprises positioning a lower edge of a first side panel of the base lavatory module of the modular lavatory system near a first end of the width Y of the footprint, wherein the base lavatory module has a lower width less than Y and an upper width greater than the lower width, wherein the first side pane comprises a widening region disposed above a passenger seat headrest height and extending to an upper edge of the first side panel; anchoring the base lavatory module to an upper structure of the aircraft cabin using one of at least two overhead anchors provided for fixing the conventional lavatory monument; positioning an inner side panel of a selected interchangeable module of at least two interchangeable modules proximate the other side panel of the base lavatory module; and anchoring the selected interchangeable module to the upper structure of the aircraft cabin using another one of the at least two overhead anchors; further comprising relocating a preexisting aisle attendant seat to a location proximate an aisle panel of the base lavatory module such that the preexisting aisle attendant seat does not block a door in the aisle panel of the base lavatory module. removing the conventional lavatory monument; positioning a base lavatory module in a region of the aircraft cabin previously used by the conventional lavatory monument, wherein the conventional lavatory monument utilized a footprint having a width Y , and positioning the base lavatory module comprises positioning a lower edge of a first side panel of the base lavatory module of the modular lavatory system near a first end of the width Y of the footprint, wherein the base lavatory module has a lower width less than Y and an upper width greater than the lower width, wherein the first side pane comprises a widening region disposed above a passenger seat headrest height and extending to an upper edge of the first side panel; anchoring the base lavatory module to an upper structure of the aircraft cabin using one of at least two overhead anchors provided for fixing the conventional lavatory monument; positioning an inner side panel of a selected interchangeable module of at least two interchangeable modules proximate the other side panel of the base lavatory module; and anchoring the selected interchangeable module to the upper structure of the aircraft cabin using another one of the at least two overhead anchors; further comprising relocating a preexisting aisle attendant seat to a location proximate an aisle panel of the base lavatory module such that the preexisting aisle attendant seat does not block a door in the aisle panel of the base lavatory module.
An antenna for wireless communication comprising: a spherical reflector including: an inner portion made of material that reflects radiofrequency, RF, beams, and an outer portion positioned on an edge of the inner portion , the outer portion being made of metamaterials that can be controlled to be reflective of or transparent to RF beams ; one or more feeds configured to form one or more RF beams reflected off the spherical reflector ; and one or more processors configured to: form one or more RF beams using the one or more feeds , and control at least a part of the outer portion of the spherical reflector to reflect an RF beam of the one or more RF beams or be transparent to the RF beam based on the one or more RF beams , wherein the outer portion of the spherical reflector includes a plurality of metamaterials sections, characterized in that the spherical reflector is a hemisphere or less than a hemisphere, and the at least a part of the outer portion of the spherical reflector is controlled based on a location of the antenna and one or more target locations. a spherical reflector including: an inner portion made of material that reflects radiofrequency, RF, beams, and an outer portion positioned on an edge of the inner portion , the outer portion being made of metamaterials that can be controlled to be reflective of or transparent to RF beams ; an inner portion made of material that reflects radiofrequency, RF, beams, and an outer portion positioned on an edge of the inner portion , the outer portion being made of metamaterials that can be controlled to be reflective of or transparent to RF beams ; one or more feeds configured to form one or more RF beams reflected off the spherical reflector ; and one or more processors configured to: form one or more RF beams using the one or more feeds , and control at least a part of the outer portion of the spherical reflector to reflect an RF beam of the one or more RF beams or be transparent to the RF beam based on the one or more RF beams , wherein form one or more RF beams using the one or more feeds , and control at least a part of the outer portion of the spherical reflector to reflect an RF beam of the one or more RF beams or be transparent to the RF beam based on the one or more RF beams , wherein the outer portion of the spherical reflector includes a plurality of metamaterials sections, characterized in that the spherical reflector is a hemisphere or less than a hemisphere, and the at least a part of the outer portion of the spherical reflector is controlled based on a location of the antenna and one or more target locations.
An aerosol delivery device having a chamber airflow path through a vaporising chamber housing a vaporiser , the vaporiser comprising a heater and a wick that is elongate and extends transversely across the chamber between walls of the vaporising chamber; characterized in that the chamber airflow path extends through two laterally opposed apertures at least partly defined by two laterally opposed upstream edges of a transverse baffle mounted downstream from the vaporiser, such that the airflow path is bifurcated into two branches, wherein the chamber airflow path through one of the apertures has a transverse cross-sectional area that is substantially equal or less than a minimum transverse cross-sectional area of the chamber airflow path downstream from the one of the apertures. the vaporiser comprising a heater and a wick that is elongate and extends transversely across the chamber between walls of the vaporising chamber; characterized in that the chamber airflow path extends through two laterally opposed apertures at least partly defined by two laterally opposed upstream edges of a transverse baffle mounted downstream from the vaporiser, such that the airflow path is bifurcated into two branches, wherein the chamber airflow path through one of the apertures has a transverse cross-sectional area that is substantially equal or less than a minimum transverse cross-sectional area of the chamber airflow path downstream from the one of the apertures.
A display panel comprising: a substrate including: a first display area (DA1); a second display area (DA2); a first display element (EDm) being arranged in the first display area (DA1); and a second display element (Eda) being arranged in the second display area (DA2); a first pixel circuit (PCm) arranged in the first display area (DA1) and electrically connected to the first display element (EDm); a second pixel circuit (PCa) arranged outside the second display area (DA2) and electrically connected to the second display element (EDa); an inorganic insulating layer (IL) arranged over the substrate and including a groove (GV) corresponding to the second display area (DA2); and a connection wiring (CWL) arranged inside the groove (GV) and electrically connecting the second display element (EDa) to the second pixel circuit (PCa), wherein the connection wiring (CWL) and at least one of conductive layers of the second pixel circuit (PCa) include a same material, and the connection wiring (CWL) includes portions having different widths (wt1, wt2, wt3) in a direction perpendicular to a direction in which the connection wiring (CWL) extends in the lengthwise direction, wherein the widths (wt1, wt2, wt3) depend on a position of the connection wiring (CWL) arranged in the second display area (DA2). a substrate including: a first display area (DA1); a second display area (DA2); a first display element (EDm) being arranged in the first display area (DA1); and a second display element (Eda) being arranged in the second display area (DA2); a first display area (DA1); a second display area (DA2); a first display element (EDm) being arranged in the first display area (DA1); and a second display element (Eda) being arranged in the second display area (DA2); a first pixel circuit (PCm) arranged in the first display area (DA1) and electrically connected to the first display element (EDm); a second pixel circuit (PCa) arranged outside the second display area (DA2) and electrically connected to the second display element (EDa); an inorganic insulating layer (IL) arranged over the substrate and including a groove (GV) corresponding to the second display area (DA2); and a connection wiring (CWL) arranged inside the groove (GV) and electrically connecting the second display element (EDa) to the second pixel circuit (PCa), wherein the connection wiring (CWL) and at least one of conductive layers of the second pixel circuit (PCa) include a same material, and the connection wiring (CWL) includes portions having different widths (wt1, wt2, wt3) in a direction perpendicular to a direction in which the connection wiring (CWL) extends in the lengthwise direction, wherein the widths (wt1, wt2, wt3) depend on a position of the connection wiring (CWL) arranged in the second display area (DA2).
Mobile pick-up station for inner city logistics, having a means of transport and a set of lockers that is designed as part of the means of transport, where the set of lockers incorporates a plurality of lockers and each locker incorporates an individually coded lock , where the means of transport is designed as a trailer , having a tow bar that is essentially aligned horizontally and extends outwards away from the set of lockers and can be swung from a travelling position into an upright position in which it extends less far outwards from the set of lockers , characterised in that the set of lockers incorporates a socket to receive the tow bar in its rest position and that the set of lockers can be moved vertically between a travelling position and an access position, where in the access position the set of lockers is disposed further down than in the travelling position, and that the set of lockers can be moved vertically relative to a base frame of the trailer .
Brazier for stoves powered by solid fuel, comprising a container configured to contain the fuel, provided with a substantially concave bottom portion , and affected by a distribution of through holes , said brazier further comprising a spatula adapted to keep said through holes of said bottom portion clean, said brazier further comprising a support configured to house said container , said container and said support both consisting of respective portions in metal sheet , suitably cut and/or folded, or stamped, and permanently connected to each other by welding, wherein said container comprises said bottom portion , a front portion and a rear portion , mutually connected so as to achieve a cradle-like conformation, suitable for containing solid fuel, said bottom portion being substantially curved according to a circumference arc, with concavity, in use, facing upwards, said bottom portion further comprising respective lateral edges cut according to respective circumference arcs, with opposite curvatures, wherein said front portion of said container comprises a plurality of front through holes , the number, dimensions and positioning of which depend on the combustion power of the stove (S), wherein said rear portion of said container comprises a through seat adapted to rotatably support said spatula , and also to allow its easy removal for cleaning and/or maintenance reasons after the disassembly of said support and of said container from the stove (S), the contour of said seat being constituted by the union of a first contour and of a second contour , both shaped like an circumference arc, and wherein said first contour , able to rotatably support said spatula , has a smaller diameter than that of said second contour .
Agitator mill for treating flowable material to be milled, having a circular-cylindrical outer stator , an agitator which is mounted rotatably about a common central axis and has a circular-cylindrical rotor , wherein the rotor is arranged within the outer stator , and wherein a milling chamber is formed between the rotor and the outer stator , wherein a through-flow direction which extends from a feed channel to a discharge channel is defined in the milling chamber , wherein the milling chamber has a constant width between the outer stator and the rotor , wherein the milling chamber is at least partially filled with milling elements, wherein a plurality of rotor milling tools which extend in the direction of the outer stator are attached to the rotor , wherein a plurality of outer-stator milling tools which project radially by a length into the milling chamber are attached to the outer stator , and wherein the outer-stator milling tools are arranged adjacent to and spaced apart from one another in the circumferential direction and form rows, and these rows are arranged parallel to one another along the central axis on the outer stator , wherein the outer-stator milling tools of at least one row, preferably of three rows, of outer-stator milling tools on the side of the milling chamber facing away from the feed channel have a greater radial length than the remaining outer-stator milling tools , and wherein the outer-stator milling tools of each row have the same length in the circumferential direction. an agitator which is mounted rotatably about a common central axis and has a circular-cylindrical rotor , wherein the rotor is arranged within the outer stator , and wherein a milling chamber is formed between the rotor and the outer stator , wherein a through-flow direction which extends from a feed channel to a discharge channel is defined in the milling chamber , wherein the milling chamber has a constant width between the outer stator and the rotor , wherein the milling chamber is at least partially filled with milling elements, wherein a plurality of rotor milling tools which extend in the direction of the outer stator are attached to the rotor , wherein a plurality of outer-stator milling tools which project radially by a length into the milling chamber are attached to the outer stator , and wherein the outer-stator milling tools are arranged adjacent to and spaced apart from one another in the circumferential direction and form rows, and these rows are arranged parallel to one another along the central axis on the outer stator , wherein the outer-stator milling tools of at least one row, preferably of three rows, of outer-stator milling tools on the side of the milling chamber facing away from the feed channel have a greater radial length than the remaining outer-stator milling tools , and wherein the outer-stator milling tools of each row have the same length in the circumferential direction.
A lamp comprising: a light source ; a housing that contains the light source , and in which a first opening and a second opening , which are opened from an inside space (S) of the housing toward the outside of the lamp, are formed at different positions of the housing ; a lens that outputs light from the light source to outside of the housing ; and a dehumidifying device comprising: a ventilating member that is provided at the first opening of the housing that is closed, the ventilating member preventing a liquid and a solid from entering inside (S) of the housing and circulating a gas between the inside and outside of the housing; and an electrolysis dehumidifying element that is provided at the second opening of the housing different from the first opening, the electrolysis dehumidifying element discharging water vapor inside of the housing to the outside of the housing by electrolysis. a light source ; a housing that contains the light source , and in which a first opening and a second opening , which are opened from an inside space (S) of the housing toward the outside of the lamp, are formed at different positions of the housing ; a lens that outputs light from the light source to outside of the housing ; and a dehumidifying device comprising: a ventilating member that is provided at the first opening of the housing that is closed, the ventilating member preventing a liquid and a solid from entering inside (S) of the housing and circulating a gas between the inside and outside of the housing; and an electrolysis dehumidifying element that is provided at the second opening of the housing different from the first opening, the electrolysis dehumidifying element discharging water vapor inside of the housing to the outside of the housing by electrolysis. a ventilating member that is provided at the first opening of the housing that is closed, the ventilating member preventing a liquid and a solid from entering inside (S) of the housing and circulating a gas between the inside and outside of the housing; and an electrolysis dehumidifying element that is provided at the second opening of the housing different from the first opening, the electrolysis dehumidifying element discharging water vapor inside of the housing to the outside of the housing by electrolysis.
An intermediate transfer member (ITM) for use in an electrostatic printing processes, the intermediate transfer member comprising an outer release layer comprising a silicone polymer matrix, carbon black and a trisiloxane surfactant.