mhurhangee/patent-ind-claim-en huggingface dataset:
Light module for a vehicle headlamp or a vehicle position light, comprising - at least one primary light source , which is designed as an elongated lighting device and is designed to generate at least one primary light beam , - at least one secondary light source , which secondary light source comprises • at least one first layer , which layer is set up to emit light, and • at least one second layer , which has at least one reflective surface , which reflective surface is designed to reflect at least the light emitted by the first layer , wherein the light emitted by the at least one secondary light source complements the at least one primary light beam , resulting in at least one secondary light beam , in such a way that the light module radiates light to form a light distribution of a predefined type, and wherein the at least one secondary light source , i.e. the first layer , is designed as a planar, flat light source, wherein the light-reflecting surface is arranged in such a way that it deflects the at least one primary light beam , characterized in that - the at least one primary light source is designed as a light rod, wherein the light rod has a plurality of deflecting prisms , which deflecting prisms are designed to separate the light that forms the at least one primary light beam from the light rod and to direct said light in the direction of the secondary light source , i.e. in the direction of the second layer . - at least one primary light source , which is designed as an elongated lighting device and is designed to generate at least one primary light beam , - at least one secondary light source , which secondary light source comprises • at least one first layer , which layer is set up to emit light, and • at least one second layer , which has at least one reflective surface , which reflective surface is designed to reflect at least the light emitted by the first layer , • at least one first layer , which layer is set up to emit light, and • at least one second layer , which has at least one reflective surface , which reflective surface is designed to reflect at least the light emitted by the first layer , - the at least one primary light source is designed as a light rod, wherein the light rod has a plurality of deflecting prisms , which deflecting prisms are designed to separate the light that forms the at least one primary light beam from the light rod and to direct said light in the direction of the secondary light source , i.e. in the direction of the second layer .
Method for operating a condensation dryer having a process air duct in which process air is moved in a circuit by means of a fan , also having a heater , a drum with laundry articles placed therein, and a control device , wherein arranged in the process air duct are a heat exchanger for the condensation of water from moist, warm process air and at least one humidity sensor , wherein a drying process comprises the following steps: (a) measuring a relative humidity H rel of the process air with the humidity sensor ; (b) measuring a temperature T P of the process air with a temperature sensor ; and the method is characterised in that the drying process additionally comprises the following steps: (c) determination of an absolute water load L w of the process air from the relative humidity H rel taking into consideration the temperature T P , wherein a relationship stored in the control device between a maximum water load L w max and the temperature T P is used; (d) tracking the time characteristic of the water load L w; (e) using the time characteristic of the water load L w for determining a residual moisture R w in the laundry articles; (f) comparing the residual moisture R w with a predetermined residual moisture R w set ; and (g) terminating the drying process when reaching or falling below the predetermined residual moisture R w set . (a) measuring a relative humidity H rel of the process air with the humidity sensor ; (b) measuring a temperature T P of the process air with a temperature sensor ; (c) determination of an absolute water load L w of the process air from the relative humidity H rel taking into consideration the temperature T P , wherein a relationship stored in the control device between a maximum water load L w max and the temperature T P is used; (d) tracking the time characteristic of the water load L w; (e) using the time characteristic of the water load L w for determining a residual moisture R w in the laundry articles; (f) comparing the residual moisture R w with a predetermined residual moisture R w set ; and (g) terminating the drying process when reaching or falling below the predetermined residual moisture R w set .
An extruder head assembly , comprising an extruder head having an extrusion line ; said extrusion line being inserted in a cylindrical seat formed in said extruder head; said extruder head comprising a locking means configured to hold said extrusion line in a working position; said locking means being actuated for releasing said extrusion line and allowing the extraction of said extrusion line from said seat; said extruder head assembly being characterized in that said locking means comprises dowels that are radially movable between a locking position and a release position, said release position allowing the extraction of said extrusion line. said extrusion line being inserted in a cylindrical seat formed in said extruder head; said extruder head comprising a locking means configured to hold said extrusion line in a working position; said locking means being actuated for releasing said extrusion line and allowing the extraction of said extrusion line from said seat; said extruder head assembly being characterized in that said locking means comprises dowels that are radially movable between a locking position and a release position, said release position allowing the extraction of said extrusion line.
A combined satellite and terrestrial communication system, comprising: at least one satellite earth station , for communication via a satellite with a plurality of terminals using one or more satellite links (UL1, DL1); and a plurality of terrestrial stations , for communication with the plurality of terminals using one or more terrestrial links (UL2, DL2); wherein the satellite links include a satellite uplink (UL1), for transmissions from the terminals to the satellite , and the terrestrial links include a terrestrial uplink (UL2), for transmissions from the terminals to the terrestrial stations , and wherein the terminals are each provided in or on a respective vehicle having at least one satellite antenna , for communication with the satellite , and at least one terrestrial antenna , for communication with the terrestrial stations ; characterised in that at least some of frequencies (F1, F2) of the satellite uplink (UL1) coincide with, and are used simultaneously with, the frequencies (F1, F2) of the terrestrial uplink (UL2); and at least a part of the body of the respective vehicle provides interference isolation between the satellite antenna and the terrestrial antenna such that interference between the satellite uplink (UL1) and the terrestrial uplink (UL2) is suppressed. at least one satellite earth station , for communication via a satellite with a plurality of terminals using one or more satellite links (UL1, DL1); and a plurality of terrestrial stations , for communication with the plurality of terminals using one or more terrestrial links (UL2, DL2); wherein the satellite links include a satellite uplink (UL1), for transmissions from the terminals to the satellite , and the terrestrial links include a terrestrial uplink (UL2), for transmissions from the terminals to the terrestrial stations , and wherein the terminals are each provided in or on a respective vehicle having at least one satellite antenna , for communication with the satellite , and at least one terrestrial antenna , for communication with the terrestrial stations ; characterised in that at least some of frequencies (F1, F2) of the satellite uplink (UL1) coincide with, and are used simultaneously with, the frequencies (F1, F2) of the terrestrial uplink (UL2); and at least a part of the body of the respective vehicle provides interference isolation between the satellite antenna and the terrestrial antenna such that interference between the satellite uplink (UL1) and the terrestrial uplink (UL2) is suppressed.
A roof rack foot for securing a cross bar to a roof of a vehicle, the cross bar comprising a bottom wall (7.2) with a slot extending in the longitudinal direction (L c ) of the cross bar and a cavity for forming an abutment surface on the inner side of the bottom wall (7.2) adjacent the slot in widthwise direction (W c ) of the cross bar , wherein the slot comprises a centerline (c), the roof rack foot comprising a supporting surface for supporting the bottom wall (7.2) of the cross bar thereupon; a first and a second clamping portion for clamping the roof rack foot to the roof of the vehicle, preferably for clamping a roof rail therebetween, the second clamping portion comprising an anchor with an anchoring arm (30.2), preferably a plate-like anchoring arm, the anchor being configured to extend through the slot into the cavity and lock the cross bar to the supporting surface of the roof rack foot by an engagement of the anchoring arm (30.2) with the abutment surface of the cross bar ; wherein, when the cross bar is locked to the roof rack foot , the anchoring arm (30.2) stands upright on the abutment surface and, in a top view on the abutment surface , at least partially extends away from the centerline (c) of the cross bar at an extension angle (α) so that the anchoring arm (30.2) comprises a section, where the main extension direction of the anchoring arm (30.2) in said top view comprises a component perpendicular to the centerline (c) of the cross bar ; characterized in that the anchoring arm (30.2) is integrally formed with the anchor .
Apparatus for use of chain, having a chain, such as a transmission chain, conveyor chain and/or like, that is formed of shaped pieces each having in the middle parts thereof support- (1'k) and back (1's) surfaces, said shaped pieces being connected to each other one after another at jointing points in jointing parts , existing at opposite ends of the shaped pieces, by means of joint pins, whereby in order to form the jointing points of the chain, a first jointing point in the jointing parts of each shaped piece is arranged as a uniform projection that is essentially narrower than the width of the shaped piece, and a second one as a fork , whereby within both of the jointing points there exist holes , in which case in order to form a chain, each jointing point is to be formed by placing the said projection of a previous shaped piece between the fork of a following shaped piece and by placing a joint pin in the hole , and a drive arrangement, which includes at least one chain wheel , such as a drive wheel, a turning wheel or like, whereby supporting surfaces existing in middle parts of the shaped pieces comprise notches that are arranged essentially crosswise in respect to the moving direction of the chain and that are during conveying of the chain in cooperation with counterpart surfaces , such as pins or like belonging to the chain wheel and being arranged according to the notches and essentially crosswise in respect to the moving direction of the chain, and wherein, in order to minimize deviation of the center line (s) of the chain defined by the chain's successive joint pins of each of its shaped pieces while the shaped pieces (1; 1') thereof being bent over the drive wheel and/or the turning wheel , the support surface (1'k) of the shaped piece (1; 1') has a continuous radius that corresponds to a curvature (R') of the drive wheel's supporting surface, characterized in that , both the support surface (1'k) and the back surface (1's) have a continuous radius that corresponds to a curvature (R', R") of the drive wheel's and/or the turning wheel's supporting surface.
Phase modulator for a light flow comprising an entry guide and at least one multimode modulation guide having an entry optically coupled to an exit of the entry guide , an exit and a principal propagation axis (y) along which a light flow is intended to pass through the modulation guide , the modulation guide further comprising: - at least one p-doped region and a n-doped region so as to define a p-n junction generating a space charge region , - a device configured to vary a voltage V applied between the n- and p-doped regions so as to vary the phase of the light flow intended to propagate in the modulation guide , characterised in that the entry guide is configured to excite various propagation modes in the modulation guide and in that the p-n junction mainly extends along the principal propagation axis (y) and following an oscillating continuous function forming oscillations each defining a peak and wherein the peaks of two successive oscillations are separated by a distance P jPN . - at least one p-doped region and a n-doped region so as to define a p-n junction generating a space charge region , - a device configured to vary a voltage V applied between the n- and p-doped regions so as to vary the phase of the light flow intended to propagate in the modulation guide ,
A method for producing uridine 5'-diphospho- N -acetyl-α-D-glucosamine comprising the following steps: A) providing a solution comprising (i) uridine monophosphate and N -acetyl-D-glucosamine represented by the following formulae (ii) polyphosphate, and adenosine triphosphate; and providing a set of enzymes comprising a glucose-1-phosphate uridylyltransferase, an N -acetylhexosamine kinase, a polyphosphate kinase, and a uridine monophosphate kinase; B) producing uridine 5'-diphospho- N -acetyl-α-D-glucosamine from uridine monophosphate and N-acetylglucosamine in the presence of the set of enzymes, polyphosphate, and adenosine triphosphate, wherein the set of enzymes is covalently or adsorptively immobilized on a reusable, mechanically stable solid support. A) providing a solution comprising (i) uridine monophosphate and N -acetyl-D-glucosamine represented by the following formulae (ii) polyphosphate, and adenosine triphosphate; and providing a set of enzymes comprising a glucose-1-phosphate uridylyltransferase, an N -acetylhexosamine kinase, a polyphosphate kinase, and a uridine monophosphate kinase; (i) uridine monophosphate and N -acetyl-D-glucosamine represented by the following formulae (ii) polyphosphate, and adenosine triphosphate; and providing a set of enzymes comprising a glucose-1-phosphate uridylyltransferase, an N -acetylhexosamine kinase, a polyphosphate kinase, and a uridine monophosphate kinase; B) producing uridine 5'-diphospho- N -acetyl-α-D-glucosamine from uridine monophosphate and N-acetylglucosamine in the presence of the set of enzymes, polyphosphate, and adenosine triphosphate,
A system for manipulating an object within a channel of a microfluidic device , the system comprising: a microfluidic device comprising a channel disposed therein, the channel having no included electrodes, the channel comprising a wall , wherein at least a portion of the wall is penetrable by an electric field generated external to the microfluidic device, the wall being penetrable such that the electric field extends through the wall portion and into a region within the channel; characterised in that the system comprises an array of electrodes external to the microfluidic device , the array of electrodes being adjacent to and not bonded to the microfluidic device; wherein the array of electrodes is configured to generate the electric field external to the microfluidic device; and wherein the array of electrodes is translatable in four directions across an external surface of the microfluidic device. a microfluidic device comprising a channel disposed therein, the channel having no included electrodes, the channel comprising a wall , wherein at least a portion of the wall is penetrable by an electric field generated external to the microfluidic device, the wall being penetrable such that the electric field extends through the wall portion and into a region within the channel; characterised in that the system comprises an array of electrodes external to the microfluidic device , the array of electrodes being adjacent to and not bonded to the microfluidic device; wherein the array of electrodes is configured to generate the electric field external to the microfluidic device; and wherein the array of electrodes is translatable in four directions across an external surface of the microfluidic device.
A process for forming a fingerprint-resistant coating on a substrate, comprising: a) activating the substrate by exposing the substrate to a plasma of at least one gas selected from the group consisting of inert gases, N 2 , O 2 , and a mixture of at least two of the foregoing gases; and b) depositing on the activated substrate of step a) a hydrophobic coating comprising at least one alkylsilane (AS) and hydroxyl terminated T8 POSS nanoparticles in acidic or alkaline solution. a) activating the substrate by exposing the substrate to a plasma of at least one gas selected from the group consisting of inert gases, N 2 , O 2 , and a mixture of at least two of the foregoing gases; and b) depositing on the activated substrate of step a) a hydrophobic coating comprising at least one alkylsilane (AS) and hydroxyl terminated T8 POSS nanoparticles in acidic or alkaline solution.
A sorbent cartridge system , comprising: a sorbent cartridge comprising i) a continuous sidewall extending between a fluid inlet and a fluid outlet, which define a chamber, ii) at least one layer comprised of solid particulate media of the same chemical composition, wherein the at least one layer extends across the chamber within the continuous sidewall , and the at least one layer comprises a first region and a second region adjacent the first region and located closer to the continuous sidewall than the first region , wherein the first region is a central region that is surrounded by the second region which is a peripheral region so that the central region does not directly adjoin an inner face of the sidewall of the sorbent cartridge ; and an intake manifold comprising at least one first discharge port and at least one second fluid discharge port , wherein the intake manifold and sorbent cartridge are positionable with respect to each other to locate the first region of the sorbent cartridge for fluid communication with the at least one first discharge port and locate the second region of the sorbent cartridge for fluid communication with the at least one second fluid discharge port , and characterized in that the intake manifold is configured wherein a first volumetric flow rate of fluid discharged at the first fluid discharge port into the first region is greater as compared to a second volumetric flow rate of fluid discharged at the second fluid discharge port into the second region . a sorbent cartridge comprising i) a continuous sidewall extending between a fluid inlet and a fluid outlet, which define a chamber, ii) at least one layer comprised of solid particulate media of the same chemical composition, wherein the at least one layer extends across the chamber within the continuous sidewall , and the at least one layer comprises a first region and a second region adjacent the first region and located closer to the continuous sidewall than the first region , wherein the first region is a central region that is surrounded by the second region which is a peripheral region so that the central region does not directly adjoin an inner face of the sidewall of the sorbent cartridge ; and an intake manifold comprising at least one first discharge port and at least one second fluid discharge port , wherein the intake manifold and sorbent cartridge are positionable with respect to each other to locate the first region of the sorbent cartridge for fluid communication with the at least one first discharge port and locate the second region of the sorbent cartridge for fluid communication with the at least one second fluid discharge port , and characterized in that the intake manifold is configured wherein a first volumetric flow rate of fluid discharged at the first fluid discharge port into the first region is greater as compared to a second volumetric flow rate of fluid discharged at the second fluid discharge port into the second region .
An apparatus for aligning an edge, typically a leading edge of a plate, in particular a printing plate or a printing plate precursor, said apparatus comprising: - a support configured for supporting the plate on a support surface, and intended to be located upstream of a treatment station; - at least two movable elements arranged to be moved by an edge, typically a leading edge, of the plate, said at least two movable elements comprising a first and a second movable element; - a detection means configured to detect a first and second measure representative for a first and second position of the first and second movable element, respectively, - at least one controllable component configured to perform an action on the plate; and - a control means configured to control the at least one controllable component based on the first and second measure; characterized in that the at least two movable elements are at least two pivotable pins arranged to be pivoted by the edge of the plate. - a support configured for supporting the plate on a support surface, and intended to be located upstream of a treatment station; - at least two movable elements arranged to be moved by an edge, typically a leading edge, of the plate, said at least two movable elements comprising a first and a second movable element; - a detection means configured to detect a first and second measure representative for a first and second position of the first and second movable element, respectively, - at least one controllable component configured to perform an action on the plate; and - a control means configured to control the at least one controllable component based on the first and second measure;
A fluid flow assembly, comprising: a conductive central element disposed within a non-conductive element; the non-conductive element being characterized as framing the periphery of the conductive central element and the elements together defining a substantially planar surface when engaged with one another; each of the conductive central element and the non-conductive element comprises flow channels which, when taken together, form a flow pattern on the substantially planar surface, wherein the flow pattern comprises an interdigitated flow pattern; and wherein the flow channels are restricted, terminated, or both restricted and terminated at or within the non-conductive element. a conductive central element disposed within a non-conductive element; the non-conductive element being characterized as framing the periphery of the conductive central element and the elements together defining a substantially planar surface when engaged with one another; each of the conductive central element and the non-conductive element comprises flow channels which, when taken together, form a flow pattern on the substantially planar surface, wherein the flow pattern comprises an interdigitated flow pattern; and wherein the flow channels are restricted, terminated, or both restricted and terminated at or within the non-conductive element.