mhurhangee/ep-ind-claims huggingface dataset:
Lighting device for a motor vehicle, having at least one lighting shaping unit comprising a light source realised as a light guide and a supplemental optical unit, and having an optically active component (30, 40) being located downstream of the lighting shaping unit in the optical beam direction and homogenising the light output, the supplemental optical unit being realised as a reflector having a light-reflecting surface, wherein the reflector directs the light which emerges rearwards from the light guide forwards by means of its light-reflecting surface, the light guide comprises, at least partially, pigments of at least one luminescent material which are embedded in the light guide, at least in regions thereof, and when the light function of the illumination device is activated the pigments are excited by means of the light coupled into the light guide by a first light source and emitted through the light guide, to emit luminescence light, characterised by at least one further light component which excites the pigments to emit luminescence light when the light function of the illumination device is deactivated, the at least one further light component being positioned on at least one front face of the light guide and comprising at least one light source for visible light and at least one light source for non-visible light, and wherein the pigments have a signalling effect, the signalling effect having the appearance of an afterglow which follows the appearance of the light function after deactivation of the light function of the illumination device.
An arrangement for the pivoting of a timepiece movement balance wheel, comprising a bearing for the pivoting of the balance wheel, comprising a balance wheel which obeys the following condition: D 5 ·f/l ≤ 16·10 -2 m 3 kg -1 s -1 where D is the diameter of the balance wheel, f is the frequency and I is the moment of inertia, and comprising a balance staff pivot and/or bearing geometry suitable for ensuring that the relative friction between the pivot and the bearing when said timepiece movement is in the horizontal position is similar to that obtained between the pivot and the bearing when said timepiece movement is in a vertical position, characterized in that: - the surface at the end of the pivot of the balance staff is flat and bears against a flat surface of a jewel endstone in the horizontal position, or in that - the surface at the end of the pivot is concave and bears against a flat surface of the endstone in the horizontal position, or in that - the surface at the end of the pivot of the balance staff is flat and bears against a concave, notably hemispherical, cup of the endstone in the horizontal position, or in that - the end of the pivot bears against a hole in the endstone in the horizontal position. - the surface at the end of the pivot of the balance staff is flat and bears against a flat surface of a jewel endstone in the horizontal position, or in that - the surface at the end of the pivot is concave and bears against a flat surface of the endstone in the horizontal position, or in that - the surface at the end of the pivot of the balance staff is flat and bears against a concave, notably hemispherical, cup of the endstone in the horizontal position, or in that - the end of the pivot bears against a hole in the endstone in the horizontal position.
A gas laser device comprises: a laser gas vessel; two substantially parallel electrode plates forming a waveguide operable to focus and reflect a laser resonator beam; excitation means operable to cause a gas discharge between the substantially parallel electrode plates; first and second curved reflectors (182, 192) facing each other between the electrode plates to form a resonator, respective radii of curvature and a separation of the first and second reflectors (182, 192) being such that the resonator in the free space plane parallel to the electrode plates is unstable and substantially confocal, and characterized by a third curved reflector external to the resonator operable to direct the resonator beam to an exit of the laser gas vessel; the third curved reflector folding the resonator beam back along an adjacent section of the substantially parallel electrode plates which is parallel to an optical axis of the resonator, the adjacent section of the substantially parallel electrode plates acting as an additional waveguide strip, external to the resonator, located between the third curved reflector and the exit of the laser gas vessel, wherein the third curved reflector is adjacent one end of the resonator and the exit of the laser gas vessel is adjacent an opposite end of the resonator. a laser gas vessel; two substantially parallel electrode plates forming a waveguide operable to focus and reflect a laser resonator beam; excitation means operable to cause a gas discharge between the substantially parallel electrode plates; first and second curved reflectors (182, 192) facing each other between the electrode plates to form a resonator, respective radii of curvature and a separation of the first and second reflectors (182, 192) being such that the resonator in the free space plane parallel to the electrode plates is unstable and substantially confocal, and characterized by a third curved reflector external to the resonator operable to direct the resonator beam to an exit of the laser gas vessel; the third curved reflector folding the resonator beam back along an adjacent section of the substantially parallel electrode plates which is parallel to an optical axis of the resonator, the adjacent section of the substantially parallel electrode plates acting as an additional waveguide strip, external to the resonator, located between the third curved reflector and the exit of the laser gas vessel, wherein the third curved reflector is adjacent one end of the resonator and the exit of the laser gas vessel is adjacent an opposite end of the resonator.
A method comprising: transmitting, at a hub in a satellite communication system, and receiving, at a plurality of terminals in the satellite communication system, data over a forward channel split between at least two continuous carrier signals wherein each of the at least two continuous carrier signals is configured to service a different part of the terminal population based on reception capabilities of the plurality of terminals; determining that a demand for capacity over a first forward channel carrier signal is relatively high and that a demand for capacity over a second forward channel carrier signal is relatively low; based on said determinations, modifying at least one of a symbol rate or a frequency of the first and second forward channel carrier signals, in real-time, wherein the first and the second forward channel carrier signals are modified while the first and the second forward channel carrier signals are actively transmitted, and wherein the first and the second forward channel carrier signals are modified without causing loss of service, service interruption or loss of data at the plurality of terminals. transmitting, at a hub in a satellite communication system, and receiving, at a plurality of terminals in the satellite communication system, data over a forward channel split between at least two continuous carrier signals wherein each of the at least two continuous carrier signals is configured to service a different part of the terminal population based on reception capabilities of the plurality of terminals; determining that a demand for capacity over a first forward channel carrier signal is relatively high and that a demand for capacity over a second forward channel carrier signal is relatively low; based on said determinations, modifying at least one of a symbol rate or a frequency of the first and second forward channel carrier signals, in real-time, wherein the first and the second forward channel carrier signals are modified while the first and the second forward channel carrier signals are actively transmitted, and wherein the first and the second forward channel carrier signals are modified without causing loss of service, service interruption or loss of data at the plurality of terminals.
A method (10; 200) of forming an article of footwear or a component of an article of footwear, the method (10; 200) comprising: shaping (15; 240) one or more pieces of an ultraviolet radiation curable material (400; 400A; 400B); placing (20; 250) the shaped UV radiation curable material (700A; 700B) in direct contact with a surface of a textile; using heat or pressure or both, adhering (30; 270) the shaped UV radiation curable material (700A; 700B) to the surface of the textile; and curing at least a portion of the shaped UV radiation curable material (700A; 700B) adhered to the surface of the textile by exposing the shaped UV radiation curable material (700A; 700B) to ultraviolet radiation, thereby forming the article which comprises UV radiation cured material bonded to the surface of the textile, wherein the UV radiation curable material includes a UV radiation curable millable polyurethane gum that includes ethylenic unsaturation, one or more photoinitiators, and at least one additional crosslinking additive that comprise two or more ethylenically unsaturated groups. shaping (15; 240) one or more pieces of an ultraviolet radiation curable material (400; 400A; 400B); placing (20; 250) the shaped UV radiation curable material (700A; 700B) in direct contact with a surface of a textile; using heat or pressure or both, adhering (30; 270) the shaped UV radiation curable material (700A; 700B) to the surface of the textile; and curing at least a portion of the shaped UV radiation curable material (700A; 700B) adhered to the surface of the textile by exposing the shaped UV radiation curable material (700A; 700B) to ultraviolet radiation, thereby forming the article which comprises UV radiation cured material bonded to the surface of the textile, wherein the UV radiation curable material includes a UV radiation curable millable polyurethane gum that includes ethylenic unsaturation, one or more photoinitiators, and at least one additional crosslinking additive that comprise two or more ethylenically unsaturated groups.
Hinge for mounting a door on a piece of furniture, comprising: - a hinge arm fixable to a fixed part of the piece of furniture; - a box fixable to a door of the piece of furniture, the box being swingably connected to said hinge arm; and - a decelerating device connected to said box, the device comprising a housing body, an actuating element movable along a decelerating stroke between an initial position and a final position, return spring means loadable during said decelerating stroke from a released condition to a loaded condition, and deactivating means for deactivating said decelerating device, characterized in that said deactivating means act on said return spring means independently of the actuating element and comprise a blocking member acting on said return spring means for blocking the same spring means. - a hinge arm fixable to a fixed part of the piece of furniture; - a box fixable to a door of the piece of furniture, the box being swingably connected to said hinge arm; and - a decelerating device connected to said box, the device comprising a housing body, an actuating element movable along a decelerating stroke between an initial position and a final position, return spring means loadable during said decelerating stroke from a released condition to a loaded condition, and deactivating means for deactivating said decelerating device,
An assembly-type packaging box which is obtained by erecting a front panel and a rear panel along valley fold lines respectively in front of and behind a bottom panel and by sequentially folding outer panels (18 and 21), upper-edge panels (19 and 22), and inner panels (20 and 23) which panels are sequentially connected to right and left of the bottom panel across valley fold lines, such that rear folding tabs (16, 17) extending from each side of the rear panel are folded in between the outer panels (18, 21) and the inner panels (20, 23), and the upper-edge panels (19 and 22) form a frame having a predetermined width at an opening portion, wherein a folding protrusion (20b or 23b), which fixes a position of each upper-edge panel (19 or 22) by abutting on each rear folding tab (16 or 17) folded in between the outer panels (18, 21) and the inner panels (20, 23), is formed on a side of each inner panel (20 or 23), characterised in that front folding tabs (14, 15) extending from each side of the front panel are formed on the front panel and folded in between the outer panels (18, 21) and the inner panels (20, 23), and the front folding tabs (14, 15) and the rear folding tabs (16, 17) are connected between the outer panels (18, 21) and the inner panels (20, 23); and a top panel and a front cover panel are further connected to the rear panel across valley fold lines, and front-panel inserting tabs (28, 29) connected to each side of the front cover panel across a valley fold line are inserted between the outer panels (18, 21) and the front folding tabs (14, 15)
A tourniquet for self-administrating a drug, the tourniquet comprising: an elongate member including a first end and a second end, and a longitudinal axis extending between the first end and the second end, the elongate member being adapted for wrapping about a limb of a patient; a recording module including: a) a slot extending therethrough for slidably receiving the elongate member and b) a fastening end for releasably capturing the second end of the elongate member, the recording module being configured to save a confirmation timestamp in response to the patient confirming a strength and dosage of the drug; an electrode electrically coupled to the recording module that contacts the patient's skin when the tourniquet is tightened about the limb of the patient; and when the elongate member is wrapped about the limb of the patient and the second end of the elongate member is captured by the fastening end so that the second end is fixed to the recording module, in response to pulling the first end of the elongate member away from the second end in the longitudinal direction: a) the tourniquet tightens about the limb and b) the recording module saves in a record, a timestamp in response to a galvanic skin response measured by the electrode. an elongate member including a first end and a second end, and a longitudinal axis extending between the first end and the second end, the elongate member being adapted for wrapping about a limb of a patient; a recording module including: a) a slot extending therethrough for slidably receiving the elongate member and b) a fastening end for releasably capturing the second end of the elongate member, the recording module being configured to save a confirmation timestamp in response to the patient confirming a strength and dosage of the drug; an electrode electrically coupled to the recording module that contacts the patient's skin when the tourniquet is tightened about the limb of the patient; and when the elongate member is wrapped about the limb of the patient and the second end of the elongate member is captured by the fastening end so that the second end is fixed to the recording module, in response to pulling the first end of the elongate member away from the second end in the longitudinal direction: a) the tourniquet tightens about the limb and b) the recording module saves in a record, a timestamp in response to a galvanic skin response measured by the electrode.
An apparatus for the removal and containment of human waste products from a patient comprising: a receptacle having an interior surface facing the patient's skin and an exterior surface facing away from the patient's skin; a vacuum connection extending from the exterior surface to the interior surface of the receptacle to apply vacuum for attaching the receptacle to the patient; a vacuum dispersion membrane disposed at the intersection of the vacuum connection and the patient to provide mechanical support to the skin and to minimize tensile force applied to the skin at the point of attachment of the receptacle; further comprising an outlet extending from the interior surface to the exterior surface of the receptacle allowing fluids, gases and contaminants to exit the receptacle. a receptacle having an interior surface facing the patient's skin and an exterior surface facing away from the patient's skin; a vacuum connection extending from the exterior surface to the interior surface of the receptacle to apply vacuum for attaching the receptacle to the patient; a vacuum dispersion membrane disposed at the intersection of the vacuum connection and the patient to provide mechanical support to the skin and to minimize tensile force applied to the skin at the point of attachment of the receptacle; further comprising an outlet extending from the interior surface to the exterior surface of the receptacle allowing fluids, gases and contaminants to exit the receptacle.
Method for preparing a half-product for a deep-fried food on the basis of par-cooked potato, which food also comprises at least one vegetable in addition to cooked potato, comprising the steps of (i) providing a determined quantity by weight of par-cooked potato, (ii) providing a determined quantity by weight of the at least one vegetable, and (iii) mixing the quantities of potato and at least one vegetable, wherein (iv) a binding agent is added during performing the step (iii) of mixing, followed by the steps of (v) portioning the half-product prepared in steps (i) to (iv) into portions for deep-frying, and (vi) freezing the portions obtained in step (v), characterized in that the ratio of the determined quantity by weight of par-cooked potato and the determined quantity by weight of at least one vegetable lies in the range between 1:10 and 10:1, the binding agent is a heat-resistant binding agent the portions are free of breading or puff pastry, and in that the portions are provided with a profiled surface prior to step (vi). (i) providing a determined quantity by weight of par-cooked potato, (ii) providing a determined quantity by weight of the at least one vegetable, and (iii) mixing the quantities of potato and at least one vegetable, wherein (iv) a binding agent is added during performing the step (iii) of mixing, followed by the steps of (v) portioning the half-product prepared in steps (i) to (iv) into portions for deep-frying, and (vi) freezing the portions obtained in step (v),
Power split gearbox for a motor vehicle, in particular for a self-propelled work machine, including: - at least one drive shaft, which is connectible to an internal combustion engine for inputting torque; - a first branch, which includes a planetary gear mechanism arrangement with at least two sun gears (Z1, Z1'), an internal gear and a spider shaft, on which dual planetary gears (Z2, Z2') are disposed, which mesh with the sun gears (Z1, Z1') and with the internal gear, wherein at least one of the sun gears is coupled to the drive shaft; - an infinitely variable second branch, which can at least partially be connected to the first branch via the planetary gear mechanism arrangement and includes at least two adjustable hydraulic rotational energy converters (H1, H2) or at least two adjustable electrical rotational energy converters (H1, H2), which can be energetically coupled to each other and are each operable in both directions as a motor or a pump or generator, respectively; and - at least one output shaft, which can be coupled to the drive shaft via the first branch and the second branch; wherein at least one first reversing stage for changing between at least one first forward driving range and at least one first reverse driving range is provided between the drive shaft and the output shaft, wherein the reversing stage reverses all of the rotational directions of the sun gears (Z1, Z1'), of the internal gear and the spider shaft upon changing between the first forward driving range and the first reverse driving range, characterized in that the first reversing stage is configured to reverse a rotational direction of an output of the planetary gear mechanism arrangement relative to a rotational direction of the second energy converter. - at least one drive shaft, which is connectible to an internal combustion engine for inputting torque; - a first branch, which includes a planetary gear mechanism arrangement with at least two sun gears (Z1, Z1'), an internal gear and a spider shaft, on which dual planetary gears (Z2, Z2') are disposed, which mesh with the sun gears (Z1, Z1') and with the internal gear, wherein at least one of the sun gears is coupled to the drive shaft; - an infinitely variable second branch, which can at least partially be connected to the first branch via the planetary gear mechanism arrangement and includes at least two adjustable hydraulic rotational energy converters (H1, H2) or at least two adjustable electrical rotational energy converters (H1, H2), which can be energetically coupled to each other and are each operable in both directions as a motor or a pump or generator, respectively; and - at least one output shaft, which can be coupled to the drive shaft via the first branch and the second branch;