mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a microcontroller having operational control over a set of vehicle lights corresponding to left and right sides of the vehicle; a plurality of sensors associated with the vehicle and configured to provide data to the microcontroller indicative of whether the vehicle is nearer the left or right side of a roadway on which the vehicle was travelling; wherein, when the microcontroller receives a request to strobe lights associated with the vehicle it is adapted to strobe the set of vehicles light from right to left if the vehicle is within a first predetermined distance of a right side of the roadway; and wherein, when the microcontroller receives a request to strobe lights associated with the vehicle it is adapted to strobe the set of vehicle lights from left to right if the vehicle is within a second predetermined distance of a left side of the roadway. a microcontroller having operational control over a set of vehicle lights corresponding to left and right sides of the vehicle; a plurality of sensors associated with the vehicle and configured to provide data to the microcontroller indicative of whether the vehicle is nearer the left or right side of a roadway on which the vehicle was travelling; wherein, when the microcontroller receives a request to strobe lights associated with the vehicle it is adapted to strobe the set of vehicles light from right to left if the vehicle is within a first predetermined distance of a right side of the roadway; and wherein, when the microcontroller receives a request to strobe lights associated with the vehicle it is adapted to strobe the set of vehicle lights from left to right if the vehicle is within a second predetermined distance of a left side of the roadway.
Clamping claw for fixing a plate-shaped material, in particular sheet metal, for a processing machine - with a lower clamp part and an upper clamp part, which can be transferred into a clamping position for clamping the plate-shaped material, - with a support surface provided on the lower claw part for supporting the plate-shaped material and an end surface aligned with the support surface, which serves to bear against an end face of the plate-shaped material, - with a clamping surface provided on the upper claw part, which is aligned with the support surface, - with a sensor device which is arranged in the lower claw part and comprises a touch element and a sensor element connected to the touch element for detecting an initial position of the touch element, in which the touch element is extended relative to the lower claw part, and for detecting a detection position, into which the touch element is at least partially retracted into the lower claw part, characterized in - in that a cleaning device is provided which acts on the touch element and releases a movement of the touch element into the starting position. - with a lower clamp part and an upper clamp part, which can be transferred into a clamping position for clamping the plate-shaped material, - with a support surface provided on the lower claw part for supporting the plate-shaped material and an end surface aligned with the support surface, which serves to bear against an end face of the plate-shaped material, - with a clamping surface provided on the upper claw part, which is aligned with the support surface, - with a sensor device which is arranged in the lower claw part and comprises a touch element and a sensor element connected to the touch element for detecting an initial position of the touch element, in which the touch element is extended relative to the lower claw part, and for detecting a detection position, into which the touch element is at least partially retracted into the lower claw part, characterized in - in that a cleaning device is provided which acts on the touch element and releases a movement of the touch element into the starting position.
Handheld scanner comprising an IR spectrometer, having a radiation source and a radiation detector, a control unit, an interface for wireless data communication and an RGB sensor, wherein the handheld scanner is designed to detect soiling on a laundry item, characterised in that the IR spectrometer can record a dark spectrum D when the radiation source is switched off.
A floating type wind turbine generating apparatus comprising: a floating body floating on a water surface; a wind turbine generator installed on the floating body; and a mooring device configured to moor the floating body; wherein the floating body is formed into a virtual triangular shape having three vertices in a planar view, wherein the mooring device includes a plurality of mooring cables including a first mooring cable and a second mooring cable, the first mooring cable is connected to one vertex of two vertices and the second mooring cable is connected to other vertex of the two vertices, the two vertices excluding a vertex having a largest interior angle, and wherein among the plurality of mooring cables, each of the first and second mooring cables (34b 34c) extends in a direction such that the first and second mooring cables (34b 34c) extend away from the floating body and intersect with each other in the planar view. a floating body floating on a water surface; a wind turbine generator installed on the floating body; and a mooring device configured to moor the floating body;
A method of manufacturing a component carrier, wherein the method comprises: forming a stack comprising at least one electrically insulating layer structure and at least one electrically conductive layer structure, wherein the at least one electrically insulating layer structure comprises a reinforced resin or a non-reinforced resin, in particular epoxy resin; embedding a filament in the stack; and removing at least part of the filament from the stack by pulling the filament out of the stack comprising the cured reinforced or non-reinforced resin; wherein the filament is made or is coated with a material having a low adhesion to the epoxy material; or the filament comprises a core covered with a release layer being covered, in turn, by a coating, so that while removing the core out of the stack the coating is kept inside of the stack for lining a remaining channel in the stack with the coating. forming a stack comprising at least one electrically insulating layer structure and at least one electrically conductive layer structure, wherein the at least one electrically insulating layer structure comprises a reinforced resin or a non-reinforced resin, in particular epoxy resin; embedding a filament in the stack; and removing at least part of the filament from the stack by pulling the filament out of the stack comprising the cured reinforced or non-reinforced resin; wherein the filament is made or is coated with a material having a low adhesion to the epoxy material; or the filament comprises a core covered with a release layer being covered, in turn, by a coating, so that while removing the core out of the stack the coating is kept inside of the stack for lining a remaining channel in the stack with the coating.
Method for acquiring images of codes marked on a plurality of transparent sheets (10 1,... 10 N, 10'), e.g. sheets of glass, each having two opposite sides (12, 14) and at least one adjacent primary lateral edge (20, 16') and one adjacent secondary lateral edge (16, 20'), each code (24, 24') being marked on one side (12, 14) or in the thickness of a sheet (10, 10'), near the main lateral edge (20, 16') of said sheet (10, 10'), the sheets (10, 10') being arranged opposite each other with their main lateral edges (20, 16') oriented substantially in the same direction, the method implementing an installation (30, 30') comprising an optical imaging system positioned opposite the main lateral edges (20, 16') of the sheets (10, 10') and mobile in translation in a direction of displacement (X1, X1'), the optical imaging system comprising at least one camera and at least one reflective device provided with a reflecting surface, in which the viewing direction of the camera intersects the reflecting surface, and the normal to the reflecting surface is not aligned and inclined with respect to the viewing direction of the camera so that an image of at least part of a main lateral edge (20, 16') of a sheet (10, 10') can be reflected by said reflective surface to the camera, the method comprising the movement of the optical imaging system, according to the direction of travel (X1, X1'), in a plurality of positions corresponding respectively to a sheet (10, 10(') of rank 1,... n,..., N, and, in each position, a step of acquiring image of the code (24, 24') of said sheet (10, 10') of rank 1,... n,..., N through the main lateral edge (20, 16') of said sheet (10, 10').
An ethylene-based resin composition comprising: an average relaxation time, measured as described in the description, of 50 sec or longer and 160 sec or shorter.
A process for in-situ removal of sulfur, oxygen transfer media production, and sour gas combustion using calcium looping combustion while producing a product stream, comprising the steps of: calcining CaCO 3 in an air reactor to produce a calcium-based transfer media; transferring the calcium-based transfer media from the air reactor to a fuel reactor; delivering sour gas into the fuel reactor, wherein the sour gas has an H2S concentration of 0.1 to 75 wt %; reducing the calcium-based transfer media disposed within the fuel reactor to provide gas-phase oxygen; oxidizing the reduced calcium-based transfer media with air in the air reactor to produce a calcium-based oxygen transfer media; delivering the calcium-based oxygen transfer media from the air reactor to a riser; transferring the clean sour gas from the fuel reactor to the riser; combusting the sour gas within the riser to produce the product stream which includes the reduced calcium-based transfer media; removing the reduced calcium-based transfer media from the product stream; re-oxidizing the reduced calcium-based transfer media with air in the air reactor to produce the calcium-based oxygen transfer media; and delivering the calcium-based oxygen transfer media back to the riser. calcining CaCO 3 in an air reactor to produce a calcium-based transfer media; transferring the calcium-based transfer media from the air reactor to a fuel reactor; delivering sour gas into the fuel reactor, wherein the sour gas has an H2S concentration of 0.1 to 75 wt %; reducing the calcium-based transfer media disposed within the fuel reactor to provide gas-phase oxygen; oxidizing the reduced calcium-based transfer media with air in the air reactor to produce a calcium-based oxygen transfer media; delivering the calcium-based oxygen transfer media from the air reactor to a riser; transferring the clean sour gas from the fuel reactor to the riser; combusting the sour gas within the riser to produce the product stream which includes the reduced calcium-based transfer media; removing the reduced calcium-based transfer media from the product stream; re-oxidizing the reduced calcium-based transfer media with air in the air reactor to produce the calcium-based oxygen transfer media; and delivering the calcium-based oxygen transfer media back to the riser.
A silicon substrate comprising an insulating layer which is partitioned in subareas (3, 4), - comprising first areas which contain silicon oxide that has been formed by oxidation of silicon from the substrate and extend along a preferential direction, - comprising second areas which contain silicon oxide that has been produced by deposition and extend along a preferential direction, - in which each subarea (3, 4) comprises at least two first areas and two second areas, which are alternatingly arranged side by side along a preferential direction of the subarea (3, 4), - and in which there are subareas of a first kind and subareas of a second kind, whose preferential directions differ from each other, wherein the subareas (3, 4) comprise substantially square outlines and are arranged in a checkered way. - comprising first areas which contain silicon oxide that has been formed by oxidation of silicon from the substrate and extend along a preferential direction, - comprising second areas which contain silicon oxide that has been produced by deposition and extend along a preferential direction, - in which each subarea (3, 4) comprises at least two first areas and two second areas, which are alternatingly arranged side by side along a preferential direction of the subarea (3, 4), - and in which there are subareas of a first kind and subareas of a second kind, whose preferential directions differ from each other,
A probe system configured to test at least one device under test, the probe system comprising at least one probe configured to test a corresponding DUT of the at least one DUT; the at least one probe comprising: a probe body; a probe beam extending from the probe body; at least one probe tip extending from a leading edge of the probe beam distal to the probe body and configured to contact the corresponding DUT; and at least one fiducial target; the probe system further comprising an optical system configured to collect an image of at least a portion of the at least one probe along an optical axis as the probe approaches the corresponding DUT; wherein the at least one fiducial target is configured to be visible to the optical system when the probe tip approaches the corresponding DUT to facilitate determining a position of the at least one probe tip relative to the corresponding DUT; and wherein the at least one fiducial target is configured to be more optically resolvable by the optical system relative to at least a portion of the probe beam that is adjacent to the at least one fiducial target; and wherein the probe system is configured to enable a determination of a position of the at least one fiducial target of the at least one probe; characterized in that the at least one fiducial target is affixed to the probe beam and wherein the at least one fiducial target is a glass sphere. a probe body; a probe beam extending from the probe body; at least one probe tip extending from a leading edge of the probe beam distal to the probe body and configured to contact the corresponding DUT; and at least one fiducial target; the probe system further comprising an optical system configured to collect an image of at least a portion of the at least one probe along an optical axis as the probe approaches the corresponding DUT; wherein the at least one fiducial target is configured to be visible to the optical system when the probe tip approaches the corresponding DUT to facilitate determining a position of the at least one probe tip relative to the corresponding DUT; and wherein the at least one fiducial target is configured to be more optically resolvable by the optical system relative to at least a portion of the probe beam that is adjacent to the at least one fiducial target; and wherein the probe system is configured to enable a determination of a position of the at least one fiducial target of the at least one probe;
A pneumatic tire, comprising a tire component formed from a rubber composition for tires, the rubber composition comprising a core-shell structured particle comprising a core and a shell, the core having a melt viscosity at 38°C of 0.1 to 3,000 Pa·s, the shell being formed of a polymer of at least one of a conjugated diene compound or an aromatic vinyl compound.
A gas pressure regulator, wherein the gas pressure regulator has a gas inlet, a gas outlet and a rotatably supported lever arm for pressure regulation, wherein the lever arm is mechanically coupled to a movement pin and a sealing punch at its end, wherein the movement pin extends into the gas inlet so that gas intruding via the gas inlet acts accordingly on the lower front end of the movement pin, wherein the gas inlet is directed to a duct so that the gas acts on the sealing punch via the duct, wherein the movement pin and the sealing punch are arranged within a housing in such a manner and connected to the gas inlet in such a manner that the gas intruding via the gas inlet pushes against the movement pin and the sealing punch with balanced forces, wherein the lever arm is mechanically coupled to a holding punch, wherein the holding punch is mechanically coupled to a membrane, so that the holding punch has effects on the pressure regulation by the membrane, wherein the membrane covers an intermediate chamber, wherein the gas inlet is connected to the intermediate chamber via the duct, wherein the sealing punch is arranged between the duct and the intermediate chamber in such a manner that a gas pressure of a gas applied to the gas inlet has an effect on the sealing punch, and wherein the sealing punch, in one position, seals the duct, characterized in that the movement pin is directly coupled to the holding punch. wherein the gas pressure regulator has a gas inlet, a gas outlet and a rotatably supported lever arm for pressure regulation, wherein the lever arm is mechanically coupled to a movement pin and a sealing punch at its end, wherein the movement pin extends into the gas inlet so that gas intruding via the gas inlet acts accordingly on the lower front end of the movement pin, wherein the gas inlet is directed to a duct so that the gas acts on the sealing punch via the duct, wherein the movement pin and the sealing punch are arranged within a housing in such a manner and connected to the gas inlet in such a manner that the gas intruding via the gas inlet pushes against the movement pin and the sealing punch with balanced forces, wherein the lever arm is mechanically coupled to a holding punch, wherein the holding punch is mechanically coupled to a membrane, so that the holding punch has effects on the pressure regulation by the membrane, wherein the membrane covers an intermediate chamber, wherein the gas inlet is connected to the intermediate chamber via the duct, wherein the sealing punch is arranged between the duct and the intermediate chamber in such a manner that a gas pressure of a gas applied to the gas inlet has an effect on the sealing punch, and wherein the sealing punch, in one position, seals the duct, characterized in that the movement pin is directly coupled to the holding punch.
Method for performing an X-ray diffractometry analysis of a crystalline and/or amorphous sample by means of an X-ray optical apparatus comprising an X-ray source which comprises an X-ray anode constructed from a mixed configuration of at least two metals, characterized in that an energy-dispersive semi-conductor detector is used for acquiring counter events from the X-rays emanating from the sample, a sintered powder mixture is used as mixed configuration of at least two metals for the X-ray anode, X-rays diffracted or scattered by the sample with different characteristic energy lines belonging to the metals of the mixed configuration of the X-ray anode are simultaneously acquired during an angle scan, and the characteristic energy lines of both the Kα and the Kβ energies of several or of all the metals that are present in the mixed configuration are acquired simultaneously during an angle scan.
A reader for reading a diagnostic consumable, the reader comprising: a reader opening for receiving the diagnostic consumable; and a delivery system configured and arranged to operatively connect to the diagnostic consumable in the reader opening for delivering a fluid sample through a channel of the diagnostic consumable, the delivery system comprising: a vacuum source, a charge vessel fluidly connected to the vacuum source upstream of the vacuum source, a first valve (206 1) immediately upstream of the charge vessel, and a second valve (206 2) immediately downstream of the charge vessel, wherein the first and second valves (206 1/ 206 2) are operable to open and close at a predetermined frequency to alternatingly charge and discharge the charge vessel, thereby applying vacuum pressure pulses to the channel of the diagnostic consumable, characterized in that the reader further comprises a vacuum controller configured to open and close the first and second valves at the predetermined frequency, wherein the vacuum controller is further configured to vary the predetermined frequency in dependence on the viscosity of the fluid sample. a reader opening for receiving the diagnostic consumable; and a delivery system configured and arranged to operatively connect to the diagnostic consumable in the reader opening for delivering a fluid sample through a channel of the diagnostic consumable, the delivery system comprising: a vacuum source, a charge vessel fluidly connected to the vacuum source upstream of the vacuum source, a first valve (206 1) immediately upstream of the charge vessel, and a second valve (206 2) immediately downstream of the charge vessel, wherein the first and second valves (206 1/ 206 2) are operable to open and close at a predetermined frequency to alternatingly charge and discharge the charge vessel, thereby applying vacuum pressure pulses to the channel of the diagnostic consumable, characterized in that the reader further comprises a vacuum controller configured to open and close the first and second valves at the predetermined frequency, wherein the vacuum controller is further configured to vary the predetermined frequency in dependence on the viscosity of the fluid sample. a vacuum source, a charge vessel fluidly connected to the vacuum source upstream of the vacuum source, a first valve (206 1) immediately upstream of the charge vessel, and a second valve (206 2) immediately downstream of the charge vessel, wherein the first and second valves (206 1/ 206 2) are operable to open and close at a predetermined frequency to alternatingly charge and discharge the charge vessel, thereby applying vacuum pressure pulses to the channel of the diagnostic consumable, characterized in that the reader further comprises a vacuum controller configured to open and close the first and second valves at the predetermined frequency, wherein the vacuum controller is further configured to vary the predetermined frequency in dependence on the viscosity of the fluid sample.
A sputtering target having a composition comprising: 5 at% or more and 60 at% or less of Ga, and 0.01 at% or more and 5 at% or less of alkali metal, as metal components; optionally, one or more of metal elements selected from In, A1, Ag, Zn, Sn, Bi, Sb, and Mg as metal components in a range of 0.1 at% or more and 5.0 at% or less in total; and a Cu balance including inevitable impurities, wherein a concentration of the alkali metal on a surface on a sputtering surface side is less than 80% of a concentration of the alkali metal inside the target.
A method comprising: a path computation device receiving device information from member network devices, each member network device belonging to a directed acyclic graph to a destination in a low power lossy network; and the path computation device classifying, based on the device information, each member network device belonging to a directed acyclic graph as belonging to a dominating set, regardless of whether the member network devices belong to distinct directed acyclic graphs, for generation of optimized routes as time-slotted channel mapped routes distinct from any directed acyclic graph, for reaching any one of the member network devices of the dominating set. a path computation device receiving device information from member network devices, each member network device belonging to a directed acyclic graph to a destination in a low power lossy network; and the path computation device classifying, based on the device information, each member network device belonging to a directed acyclic graph as belonging to a dominating set, regardless of whether the member network devices belong to distinct directed acyclic graphs, for generation of optimized routes as time-slotted channel mapped routes distinct from any directed acyclic graph, for reaching any one of the member network devices of the dominating set.