mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle lighting system for emitting a light beam comprising at least two illuminated zones each generated by at least one light source and optical means adapted to form a light spot from the light emitted by the light source, wherein the light spots each have the general shape of a strip and are all of substantially identical shape and substantially parallel to a common and vertical principal direction, such that the light beam has a rectangular general shape and is divided into substantially parallel rectangular strips, characterized in that it comprises at least two types of light source, termed first and second light source types, the light sources of the same type having substantially the same luminance, and the luminance of a light source of the first type being 2 to 10 times greater than that of a light source of the second type. characterized in that it comprises at least two types of light source, termed first and second light source types, the light sources of the same type having substantially the same luminance, and the luminance of a light source of the first type being 2 to 10 times greater than that of a light source of the second type.
A dermatologic treatment apparatus, comprising: (a) one or more housings (20; 410; 610) with at least one housing configured for manipulation in a dermatologic treatment procedure; (b) a light source (10; 140; 145; 240; 310; 720; 800) within at least one of the housings (20; 410; 610); (c) an electrical circuit for energizing the light source (10; 140; 145; 240; 310; 720; 800) to produce output light pulses; (d) a light path from the light source to an aperture through which eye-safe light pulses are propagated out of at least one of the housings (20; 410; 610); (e) an optical diffuser (120; 125; 320; 626) disposed along the light path; whereby in use, the dermatologic treatment apparatus produces a fluence on an epidermis of a subject undergoing treatment that is sufficient for efficacious dermatologic treatment and that has an integrated radiance insufficient to cause eye damage; characterized in that (f) the optical diffuser is disposed so that an integrated radiance of the output light pulses is reduced to an eye-safe value, and (g) the output fluence of a light pulse emitted by the apparatus is greater than 4 J/cm 2. (a) one or more housings (20; 410; 610) with at least one housing configured for manipulation in a dermatologic treatment procedure; (b) a light source (10; 140; 145; 240; 310; 720; 800) within at least one of the housings (20; 410; 610); (c) an electrical circuit for energizing the light source (10; 140; 145; 240; 310; 720; 800) to produce output light pulses; (d) a light path from the light source to an aperture through which eye-safe light pulses are propagated out of at least one of the housings (20; 410; 610); (e) an optical diffuser (120; 125; 320; 626) disposed along the light path; whereby in use, the dermatologic treatment apparatus produces a fluence on an epidermis of a subject undergoing treatment that is sufficient for efficacious dermatologic treatment and that has an integrated radiance insufficient to cause eye damage; characterized in that (f) the optical diffuser is disposed so that an integrated radiance of the output light pulses is reduced to an eye-safe value, and (g) the output fluence of a light pulse emitted by the apparatus is greater than 4 J/cm 2.
Floor panel with a substrate, comprising thermoplastic material, a decor provided thereon, and, on at least one pair of opposite edges (3-4, 5-6), coupling parts (7-8, 9-10) comprising a tongue and groove and locking elements realized at least partially from the substrate, wherein said groove is bordered by an upper lip and a lower lip with the lower lip protruding beyond the upper lip, wherein said locking elements comprise a protrusion on the lower side of the tongue and an upward directed locking element in the portion of the lower lip that protrudes beyond the upper lip, said coupling parts allowing to effect a mechanical locking between two of such floor panels, wherein said locking elements comprise cooperating locking surfaces that counteract the moving apart of the tongue and the groove in the horizontal direction, and wherein the upper side of said tongue cooperates with the lower side of the upper lip in order to counteract the separation in the vertical direction, wherein the substrate comprises a first rigid substrate layer of thermoplastic material and a second rigid substrate layer, and wherein a glass fiber layer is present in the floor panel, characterized in that the glass fiber layer has a weight smaller than 65 gram per square meter and is enclosed between the first rigid substrate layer and the second rigid substrate layers, and that the substrate, between the decor and the first rigid substrate layer, comprises a substrate layer of thermoplastic material which is more flexible or more compressible than the first rigid substrate layer, and wherein the zone where the upper side of the tongue cooperates with the lower side of the upper lip is situated at least partially or entirely in the first rigid substrate layer or in the second rigid substrate layer.
A microfluidic device for integrated target amplification and detection, comprising: a microchip comprising: at least one sample reservoir; at least one connecting structure configured to connect the microchip to at least one amplification chamber; at least one reagent reservoir; at least one mixing reservoir; and at least one detection chamber which is optionally detachable from the microchip and/or is optionally connected to an outlet channel opening via an outlet channel in the microchip, wherein the at least one reagent reservoir is connected to the at least one mixing reservoir, and wherein the at least one mixing reservoir is connected to the at least one detection chamber, characterized in that the at least one sample reservoir comprises a reservoir on the microchip for receiving a sample, and a detachable lid on the sample reservoir, wherein the detachable lid comprises an air inlet and a hydrophobic air-permeable membrane attached to the inside of the lid to cover the air inlet from the inside, and that the device further comprises at least one amplification chamber, wherein the at least one sample reservoir is connected to the at least one amplification chamber, which is connected to the at least one mixing reservoir. a microchip comprising: at least one sample reservoir; at least one connecting structure configured to connect the microchip to at least one amplification chamber; at least one reagent reservoir; at least one mixing reservoir; and at least one detection chamber which is optionally detachable from the microchip and/or is optionally connected to an outlet channel opening via an outlet channel in the microchip, at least one sample reservoir; at least one connecting structure configured to connect the microchip to at least one amplification chamber; at least one reagent reservoir; at least one mixing reservoir; and at least one detection chamber which is optionally detachable from the microchip and/or is optionally connected to an outlet channel opening via an outlet channel in the microchip, wherein the at least one reagent reservoir is connected to the at least one mixing reservoir, and wherein the at least one mixing reservoir is connected to the at least one detection chamber, characterized in that the at least one sample reservoir comprises a reservoir on the microchip for receiving a sample, and a detachable lid on the sample reservoir, wherein the detachable lid comprises an air inlet and a hydrophobic air-permeable membrane attached to the inside of the lid to cover the air inlet from the inside, and that the device further comprises at least one amplification chamber, wherein the at least one sample reservoir is connected to the at least one amplification chamber, which is connected to the at least one mixing reservoir.
Slipring comprising an insulating body and at least two sliding tracks (121 - 124), wherein the insulating body comprises a plurality of body sections (111 - 116), the body sections forming a continuous ring-shaped body, wherein the body sections are connected and/or held together by the at least two sliding tracks, characterized in that each sliding track has a gap, and the two gaps are displaced with each other and the at least two sliding tracks with displaced gaps are electrically connected together.
A fluid processing device for use in a centrifuge having a rotor, said fluid processing device comprising: a) a first holder having a cylindrically-shaped ring-element having an inner face form-fit to the shape of a portion of a first tube for holding said first tube having a first cap, said first tube having a first circular cross section; b) at least one first cap fixture means for holding said first cap in a defined position with respect to said first holder during centrifugation in said centrifuge, wherein the at least one first cap fixture means is arranged such that the first cap is held at a position that leaves the first tube's inlet opening open; c) a second holder arranged for holding a second tube, said second tube having a second circular cross section; wherein said first and second tubes are rotationally symmetrical with respect to respective longitudinal axes, having a cylindrical shape with an inlet opening at one end thereof, whereby said second cross section is different from said first cross section such that the first tube can be slid into the second tube via the inlet opening of the second tube, wherein said cross sections are orthogonal to the longitudinal axis thereof, said fluid processing device further comprising at least one second cap fixture means for holding a second cap of said second tube during centrifugation so that the second tube can be centrifuged with an open inlet. a) a first holder having a cylindrically-shaped ring-element having an inner face form-fit to the shape of a portion of a first tube for holding said first tube having a first cap, said first tube having a first circular cross section; b) at least one first cap fixture means for holding said first cap in a defined position with respect to said first holder during centrifugation in said centrifuge, wherein the at least one first cap fixture means is arranged such that the first cap is held at a position that leaves the first tube's inlet opening open; c) a second holder arranged for holding a second tube, said second tube having a second circular cross section;
a method of pulling a single crystal of semiconductor material from a melt contained in a crucible, comprising pulling the single crystal in a phase in which an initial cone of the single crystal is formed until a phase in which pulling of a cylindrical portion of the single crystal is started, comprising measuring the diameter Dcr of the initial cone of the single crystal and calculating the change in diameter dDcr/dt; pulling the initial cone of the single crystal from the melt at a pulling speed vp(t) from a time t1 to a time t2 from which pulling of the cylindrical portion of the single crystal at a target diameter Dcrs is started, wherein at a predetermined course of the pulling speed vp(t) the difference Δt = t2 - t1 is changed by means of an iterative calculation process until the time t2 coincides with the target diameter Dcrs being reached.
Water tank for gas humidifier comprising a container comprising a peripheral wall and a bottom delimiting an internal volume intended to receive the water to be heated, and a metal heating plate arranged at the bottom of the container, characterised in that the metal heating plate is fastened in a sealed manner in the bottom of the container by means of at least one first adhesive (7, 8) deposited between the heating plate and the bottom of the container, and a second adhesive, different from each other, wherein: - the first adhesive is selected from among adhesives of the neoprene, nitrile, polyurethane, silicone, acrylic, anaerobic, cyanoacrylate, epoxy, inorganic, phenolic, polyester or polysulphide type, and is deposited between the bottom of the container and the metal plate to provide a seal between the bottom of the container and the metal plate, and guarantee the securing thereof, - the second adhesive is a capillary adhesive deposited above the first adhesive and filling the interstices between the metal plate, the first adhesive and the container of the tank. - the first adhesive is selected from among adhesives of the neoprene, nitrile, polyurethane, silicone, acrylic, anaerobic, cyanoacrylate, epoxy, inorganic, phenolic, polyester or polysulphide type, and is deposited between the bottom of the container and the metal plate to provide a seal between the bottom of the container and the metal plate, and guarantee the securing thereof, - the second adhesive is a capillary adhesive deposited above the first adhesive and filling the interstices between the metal plate, the first adhesive and the container of the tank.
A wearable display device, comprising: a frame including an attachment member configured to secure the wearable display device to a head of a user; a projector coupled to the frame; and a display assembly coupled to the frame, the display assembly comprising: a main display comprising one or more optical waveguides configured to project an angular representation of virtual content onto an eye of the user, and a peripheral display arranged along a periphery of the main display so as to cover a different portion of a field of view of the eye of the user than the main display, the peripheral display configured to generate a spatial representation of the virtual content, and wherein the peripheral display is in abutting contact with the one or more optical waveguides of the main display. a frame including an attachment member configured to secure the wearable display device to a head of a user; a projector coupled to the frame; and a display assembly coupled to the frame, the display assembly comprising: a main display comprising one or more optical waveguides configured to project an angular representation of virtual content onto an eye of the user, and a peripheral display arranged along a periphery of the main display so as to cover a different portion of a field of view of the eye of the user than the main display, the peripheral display configured to generate a spatial representation of the virtual content, and wherein the peripheral display is in abutting contact with the one or more optical waveguides of the main display. a main display comprising one or more optical waveguides configured to project an angular representation of virtual content onto an eye of the user, and a peripheral display arranged along a periphery of the main display so as to cover a different portion of a field of view of the eye of the user than the main display, the peripheral display configured to generate a spatial representation of the virtual content, and wherein the peripheral display is in abutting contact with the one or more optical waveguides of the main display.
Method for generating signals for influencing the movement of a vehicle body, which can be open-loop or closed-loop controlled in its movement sequences, of a motor vehicle, wherein the movement of the vehicle body is determined by sensors, the sensor signals which correspond to the determined sensor values are fed to a damper regulator, and the damper regulator supplies at least one control signal for actuating the actuators by means of which the movement of the vehicle body can be influenced, characterized in that the at least one control signal for actuating the actuators is determined from the sensor signals by means of the damper regulator taking into account instantaneous and expected lateral-dynamic state variables, wherein at least one input variable (aq_mess) is used, which is based on one or more lateral-dynamic measurement variables, and at least one further input variable (aq_vorh) is used which has one or more lateral-dynamic signals with a lead with respect to the measuring signals.
A clustered substrate processing system comprising one or more lithography elements and a cluster front-end for interface to an operator console or host system (2,4), each lithography element arranged for independent exposure of substrates according to pattern data, and each lithography element comprising: a plurality of lithography subsystems; a control network forming a control network path between the lithography subsystems and at least one element control unit for communication of control information; the cluster front-end being arranged for: issuing control information to the at least one element control unit to control operation of the one or more lithography subsystems for exposure of one or more wafers; issuing a process program to the element control unit, the process program comprising a set of predefined commands and associated parameters, each command corresponding to a predefined action or sequence of actions to be performed by one or more of the lithography subsystems, and the parameters further defining how the action or sequence of actions are to be performed, characterized in a data network forming a data network path between the lithography subsystems and at least one data network hub for communication of data information from the lithography subsystems to the at least one data network hub. a plurality of lithography subsystems; a control network forming a control network path between the lithography subsystems and at least one element control unit for communication of control information; the cluster front-end being arranged for: issuing control information to the at least one element control unit to control operation of the one or more lithography subsystems for exposure of one or more wafers; issuing a process program to the element control unit, the process program comprising a set of predefined commands and associated parameters, each command corresponding to a predefined action or sequence of actions to be performed by one or more of the lithography subsystems, and the parameters further defining how the action or sequence of actions are to be performed, characterized in issuing control information to the at least one element control unit to control operation of the one or more lithography subsystems for exposure of one or more wafers; issuing a process program to the element control unit, the process program comprising a set of predefined commands and associated parameters, each command corresponding to a predefined action or sequence of actions to be performed by one or more of the lithography subsystems, and the parameters further defining how the action or sequence of actions are to be performed, a data network forming a data network path between the lithography subsystems and at least one data network hub for communication of data information from the lithography subsystems to the at least one data network hub.
A method of operating a communications device in a communications network, the method comprising: synchronizing to an external timing reference signal from a device outside said communications network; and operating as a master timing control device, wherein operating as a master timing control device includes transmitting network timing reference signals, individual successive transmitted network timing reference signals communicating a time stamp that indicates a passage of time from a preceding network timing reference signal that was transmitted by the communications device, said indicated passage of time being intentionally greater than the actual passage of time. synchronizing to an external timing reference signal from a device outside said communications network; and operating as a master timing control device, wherein operating as a master timing control device includes transmitting network timing reference signals, individual successive transmitted network timing reference signals communicating a time stamp that indicates a passage of time from a preceding network timing reference signal that was transmitted by the communications device, said indicated passage of time being intentionally greater than the actual passage of time.
Vibration damper having a stroke position-dependent damping force, comprising a working cylinder (3; 3a; 3b) in which a piston rod, with a piston, is guided in an axially displaceable manner, wherein the piston, with a damping valve, subdivides the working cylinder into a piston rod-side working space and a working space remote from the piston rod, wherein there is at least one bypass connection region between the two working spaces (9; 11), and a base valve is arranged in the flow path from the working space remote from the piston rod to a compensation space, wherein the working space remote from the piston rod has a connection to the compensation space, which is controlled in a manner dependent on the stroke position of the piston rod, wherein the piston rod-side working space has a first piston-side sub-space and a second guide-side sub-space, wherein a separating wall is arranged between the two sub-spaces (11a; 11b), and the second sub-space has the connection to the compensation space; characterized in that the piston rod forms with the separating wall a switching valve, and during a piston rod retraction movement, when the piston is situated within the bypass connection region, the volume of the retracting piston rod, owing to the hydraulic resistance of the base valve, is displaced into the first sub-space and, via the weakly throttling switching valve, along the separating wall into the second sub-space, and further flows away via the connection into the compensation space, and wherein, when the piston rod retracts beyond the bypass connection region in the direction of the base, the damping medium displaced by the piston rod flows via the base valve into the compensation space, on the one hand, and the damping valve in the piston provides for a damping force which is generated by the damping medium which flows from the working space remote from the piston rod into the first sub-space and further into the second sub-space, on the other hand.