mhurhangee/ep-ind-claims huggingface dataset:
Belt conveyor and device for maintaining same, comprising a conveyor belt guided over deflection rollers, the belt links of the belt being produced from synthetic material and comprising recesses for the engagement of the driving teeth of the deflection rollers, wherein the device for maintaining the belt conveyor comprises two tensioning heads (2, 3) provided with a tensioning drive and arranged at a mutual spaced disposition in the belt longitudinal direction, which tensioning heads can be connected to the conveyor belt with tensile strength by drivers engaging into the recesses in the belt links and are arranged together with the tensioning drive thereof in a frame which can be introduced between the strands of the conveyor belt.
A process comprising: (a) introducing an aqueous solution of a water insoluble α-(1,3→glucan) polymer in an aqueous base into a chamber; (b) contacting a pressurized gas with the aqueous solution of step (a) in the chamber to form fibers; and (c) collecting the fibers to form a nonwoven web; wherein less than 5 g of the polymer dissolves in 100 mL of water at 23 °C, and wherein the polymer has a ratio of apparent DPw to true DPw in the range of 2 to 15. (a) introducing an aqueous solution of a water insoluble α-(1,3→glucan) polymer in an aqueous base into a chamber; (b) contacting a pressurized gas with the aqueous solution of step (a) in the chamber to form fibers; and (c) collecting the fibers to form a nonwoven web;
Method for controlling a motor vehicle provided with an internal combustion engine and a nitrogen oxides trap in the exhaust line of said internal combustion engine, comprising the following steps: - determining the temperature of the nitrogen oxides trap and measuring the flow rate of oxygen upstream of the nitrogen oxides trap, - determining a value of an oxidation criterion of the nitrogen oxides trap as a function of the temperature of the nitrogen oxides trap and of the flow rate of oxygen upstream of the nitrogen oxides trap since the last deoxidation treatment of the nitrogen oxides trap, - determining whether the value of the oxidation criterion is greater than at least one oxidation criterion threshold, and, when this is the case, determining that the at least one alert level corresponding to at least one crossed oxidation criterion threshold is activated, - performing a deoxidation treatment of the nitrogen oxides trap by controlling the internal combustion engine so as to alternate operating phases with a richness greater than 1 and operating phases with a richness less than 1, and - interrupting the deoxidation treatment when the cumulative duration of the operating phases with a richness greater than 1 is equal to a predetermined duration that is a function of the at least one activated alert level. - determining the temperature of the nitrogen oxides trap and measuring the flow rate of oxygen upstream of the nitrogen oxides trap, - determining a value of an oxidation criterion of the nitrogen oxides trap as a function of the temperature of the nitrogen oxides trap and of the flow rate of oxygen upstream of the nitrogen oxides trap since the last deoxidation treatment of the nitrogen oxides trap, - determining whether the value of the oxidation criterion is greater than at least one oxidation criterion threshold, and, when this is the case, determining that the at least one alert level corresponding to at least one crossed oxidation criterion threshold is activated, - performing a deoxidation treatment of the nitrogen oxides trap by controlling the internal combustion engine so as to alternate operating phases with a richness greater than 1 and operating phases with a richness less than 1, and - interrupting the deoxidation treatment when the cumulative duration of the operating phases with a richness greater than 1 is equal to a predetermined duration that is a function of the at least one activated alert level.
A method for accelerating a vehicle during pull away from rest on a slope comprising: determining the gradient of the slope on which the vehicle is positioned, generating an offset value for an accelerator pedal position signal taking into account the gradient; combining the offset value with the accelerator pedal position signal to generate a virtual pedal position signal, and; controlling an engine of the vehicle to produce torque using the virtual pedal position signal, wherein the offset is applied when the accelerator pedal is not depressed. determining the gradient of the slope on which the vehicle is positioned, generating an offset value for an accelerator pedal position signal taking into account the gradient; combining the offset value with the accelerator pedal position signal to generate a virtual pedal position signal, and; controlling an engine of the vehicle to produce torque using the virtual pedal position signal, wherein the offset is applied when the accelerator pedal is not depressed.
A cross-cut tenderizer comprising a cartridge body, including: at least two shafts (507a, 507b) in parallel; characterized in that each of the shaft comprise: a stack of blades disposed on each shaft (507a, 507b), at least a majority of the blades being in contact with each other along a respective shaft (507a, 507b), each blade including sharp pointed teeth around outer circumferences thereof, the sharp pointed teeth of each blade in contact being in alignment to form continuous ridges that extend in parallel with the shafts to create horizontal lacerations in meat fed therebetween.
A controller of a solenoid of an electromechanical lock, arranged to generate motion power to move a solenoid plunger and holding power to hold the solenoid plunger in place, levels of said powers being created by pulse-width modulation, in which the motion power to be generated is comprised of a higher power level and a lower power level that are alternating, said higher and lower power levels being created by pulse-width modulation, the holding power being steady.
A credential device for use in an access control system, comprising an access permission data structure including a first sector, a second sector and a third sector, wherein the first sector includes first data of a first database type readable by a first lock; wherein the second sector includes second data of a second database type different from the first database type and readable by a second lock, the second data including a look-up table including a group/door number and a sector number, wherein the look-up table references data stored in the third sector; wherein the third sector includes third data including access privilege data (432, 434) for a user, and the third data is related to the second data; and wherein presentation of the credential device to a reader associated to the first or second lock triggers an update by writing new access data to the credential device.
A method comprising: processing information associated with: a first point of interest, a name associated with the first point of interest, and a first geographic cell associated with the first point of interest, the first geographic cell including first geographic cell boundaries; processing location information, the location information describing a location of a first device; determining whether the location described by the location information is within the first geographic cell boundaries; associating the first device with the first point of interest in response to the location described by the location information being within the first geographic cell boundaries; and determining to share the name associated with the first point of interest with at least one further device, different to the first device, in response to the location described by the location information being within the first geographic cell boundaries. processing information associated with: a first point of interest, a name associated with the first point of interest, and a first geographic cell associated with the first point of interest, the first geographic cell including first geographic cell boundaries; processing location information, the location information describing a location of a first device; determining whether the location described by the location information is within the first geographic cell boundaries; associating the first device with the first point of interest in response to the location described by the location information being within the first geographic cell boundaries; and determining to share the name associated with the first point of interest with at least one further device, different to the first device, in response to the location described by the location information being within the first geographic cell boundaries.
A light emitting device comprising: a substrate; a buffer layer on the substrate; and a light-emitting structure on the buffer layer, wherein the buffer layer has a refractive index varied toward the substrate from the light-emitting structure, and characterised in that, the refractive index of the buffer layer is rapidly increased from the substrate to a portion corresponding to a half of a thickness of the buffer layer and slowly increased from said portion corresponding to a half of a thickness of the buffer layer to the light emitting structure, and in that the refractive index of the buffer layer is increased while representing the shape of a convex curve line. a substrate; a buffer layer on the substrate; and a light-emitting structure on the buffer layer, wherein the buffer layer has a refractive index varied toward the substrate from the light-emitting structure, and characterised in that, the refractive index of the buffer layer is rapidly increased from the substrate to a portion corresponding to a half of a thickness of the buffer layer and slowly increased from said portion corresponding to a half of a thickness of the buffer layer to the light emitting structure, and in that the refractive index of the buffer layer is increased while representing the shape of a convex curve line.
Method for the batch-based manufacture of a flowable coating material, in particular water-based or solvent-containing paint, from a multiplicity of components, comprising the steps: - feeding components for a batch into a process mixing container, essentially in a quantity respectively predetermined for the batch, - mixing the components in the process mixing container in order to form a mixture having a preliminary composition, - transferring at least a part of the mixture having a preliminary composition from the process mixing container into a reception container, - ascertaining an actual state of the mixture having a preliminary composition during the transfer into the reception container, - determining a deviation of the actual state of the mixture having a preliminary composition from a predefined setpoint state, - ascertaining an adjustment quantity for the components, which is required in order to reach the setpoint state, and - topping up the adjustment quantity of the components into the preliminary mixture, while the preliminary mixture is already being transferred from the process mixing container into the reception container, characterized in that the reception container is that container from which the flowable coating material is removed following completion. - feeding components for a batch into a process mixing container, essentially in a quantity respectively predetermined for the batch, - mixing the components in the process mixing container in order to form a mixture having a preliminary composition, - transferring at least a part of the mixture having a preliminary composition from the process mixing container into a reception container, - ascertaining an actual state of the mixture having a preliminary composition during the transfer into the reception container, - determining a deviation of the actual state of the mixture having a preliminary composition from a predefined setpoint state, - ascertaining an adjustment quantity for the components, which is required in order to reach the setpoint state, and - topping up the adjustment quantity of the components into the preliminary mixture, while the preliminary mixture is already being transferred from the process mixing container into the reception container, characterized in that the reception container is that container from which the flowable coating material is removed following completion.
An integrated circuit structure, comprising: a silicon wafer comprising a plurality of circuit blocks, a circuit block of the plurality having: first circuit elements (D1, G1, S; 702, 706, 710, 714; or 702, 706, 704, 708) implemented on the silicon wafer; and second circuit elements (D2, G2, S; 704, 708, 712, 716; or 710, 714, 712, 716) implemented on the silicon wafer; a plurality of first through silicon vias (TSVs) (410, 510; 605-620; or 720-734) extending from a first surface of the silicon wafer to a second surface of the silicon wafer; and a plurality of second TSVs (415, 505; 625-640; or 736-750) extending from the first surface of the silicon wafer to the second surface of the silicon wafer, wherein the plurality of first TSVs and the plurality of second TSVs of the circuit block are positioned to be symmetric with respect to at least one axis of symmetry of the circuit block; and wherein at least one of the plurality of first TSVs is a dummy TSV that provides matched stress fields and without which the circuit block would not be symmetric; wherein at least one of the plurality of first TSVs is equidistant from one of the first and one of the second circuit elements; and wherein at least one of the plurality of second TSVs is equidistant from said one of the first and said one of the second circuit elements. a silicon wafer comprising a plurality of circuit blocks, a circuit block of the plurality having: first circuit elements (D1, G1, S; 702, 706, 710, 714; or 702, 706, 704, 708) implemented on the silicon wafer; and second circuit elements (D2, G2, S; 704, 708, 712, 716; or 710, 714, 712, 716) implemented on the silicon wafer; first circuit elements (D1, G1, S; 702, 706, 710, 714; or 702, 706, 704, 708) implemented on the silicon wafer; and second circuit elements (D2, G2, S; 704, 708, 712, 716; or 710, 714, 712, 716) implemented on the silicon wafer; a plurality of first through silicon vias (TSVs) (410, 510; 605-620; or 720-734) extending from a first surface of the silicon wafer to a second surface of the silicon wafer; and a plurality of second TSVs (415, 505; 625-640; or 736-750) extending from the first surface of the silicon wafer to the second surface of the silicon wafer, wherein the plurality of first TSVs and the plurality of second TSVs of the circuit block are positioned to be symmetric with respect to at least one axis of symmetry of the circuit block; and wherein at least one of the plurality of first TSVs is a dummy TSV that provides matched stress fields and without which the circuit block would not be symmetric; wherein at least one of the plurality of first TSVs is equidistant from one of the first and one of the second circuit elements; and wherein at least one of the plurality of second TSVs is equidistant from said one of the first and said one of the second circuit elements.
Fuel injection valve, in particular for the direct injection of fuel into a combustion chamber of an internal combustion engine, having a nozzle body which is insertable into a recess of a cylinder head, and having a valve housing with an inflow-side end which is connectable to a connecting piece of a fuel distributor line, wherein the inflow-side end is in the form of an elongate connector sleeve, characterized in that the connector sleeve is formed as part of the valve housing and, on its end which faces toward the fuel distributor line, there is formed a feed line connector on which there is provided a seal which is insertable into the connecting piece, and in that the connector sleeve has at least one narrowed portion for reducing its section modulus such that said connector sleeve is deformable under the action of radial forces, and in that the nozzle body has, on its section that can be received in the cylinder head, a flat surface by way of which the fuel injection valve lies directly on a flat surface formed in the recess of the cylinder head.
An artificial vision system comprising: a sealed capsule adapted for intraocular placement upstream of a retina, said sealed capsule including therein: an electronic display; and focusing optics arranged for focusing an image on said electronic display onto the retina, characterized in that: said sealed capsule also includes therein: an internal imaging device operative to view a scene; and a transmitter operative for transmitting image information regarding said scene from said internal imaging device to a electronic circuitry within said sealed capsule; and said electronic display is operative to display an image based on signals received from said electronic circuitry which represent said image information received from said transmitter. a sealed capsule adapted for intraocular placement upstream of a retina, said sealed capsule including therein: an electronic display; and focusing optics arranged for focusing an image on said electronic display onto the retina, an electronic display; and focusing optics arranged for focusing an image on said electronic display onto the retina, said sealed capsule also includes therein: an internal imaging device operative to view a scene; and a transmitter operative for transmitting image information regarding said scene from said internal imaging device to a electronic circuitry within said sealed capsule; and an internal imaging device operative to view a scene; and a transmitter operative for transmitting image information regarding said scene from said internal imaging device to a electronic circuitry within said sealed capsule; and said electronic display is operative to display an image based on signals received from said electronic circuitry which represent said image information received from said transmitter.
A process for manufacturing a compound of formula: from a compound of formula: and a compound of formula: wherein the process comprises: (i) suspending the compound of formula; the compound of formula; rac-2,2'-bis(diphenylphosphino)-1,1'-binaphthyl; caesium carbonate; and tris(dibenzylideneacetone)dipalladium; in anhydrous dioxane under argon; (ii) bubbling argon through the suspension for 30 minutes; and (iii) heating the suspension to 100°C for 29 hours. from a compound of formula: and a compound of formula: wherein the process comprises: (i) suspending the compound of formula; the compound of formula; rac-2,2'-bis(diphenylphosphino)-1,1'-binaphthyl; caesium carbonate; and tris(dibenzylideneacetone)dipalladium; in anhydrous dioxane under argon; (ii) bubbling argon through the suspension for 30 minutes; and (iii) heating the suspension to 100°C for 29 hours. (i) suspending the compound of formula; the compound of formula; rac-2,2'-bis(diphenylphosphino)-1,1'-binaphthyl; caesium carbonate; and tris(dibenzylideneacetone)dipalladium; in anhydrous dioxane under argon; (ii) bubbling argon through the suspension for 30 minutes; and (iii) heating the suspension to 100°C for 29 hours.
Equipment for twisting crankshafts, characterized in that it comprises at least three twisting modules, where each twisting module comprises an upper tool and a lower tool (1"), where said tools (1', 1") have an inner face by means of which they are facing one another, each tool (1', 1") having on said inner face a cavity the geometry of which corresponds with a portion of the outer shape of a crankpin of the crankshaft to be twisted, such that the cavity defined by the facing tools (1', 1") of one and the same twisting module corresponds with the complete outer shape of the crankpin, where the tools (1', 1") of each twisting module are arranged on a supporting element, where at least two supporting elements can rotate independently with respect to an axis of rotation coinciding with a longitudinal axis (A') of the crankshaft when said crankshaft is arranged in the equipment, characterized in that the tools (1', 1") of each twisting module can only effect a linear displacement with respect to the supporting element in which they are arranged, said linear displacement being perpendicular to the axis of rotation, wherein at least one supporting element can be longitudinally displaced in the direction of the axis of rotation.
A nonwoven web made up of continuous fibers that include a polymer component, the web being bonded by a bond pattern including spaced apart closed figures defined by bond lines and arranged in a repeating pattern, wherein the closed figures are circles characterised in that - when the area within a circle that makes up the bond pattern is 20 mm 2 or less, a ratio between the area within the circle and a width of the bond line that forms the circle is within the range of 20 to 200, or - when the area within a circle that makes up the bond pattern is from 20 mm 2 to 100 mm 2, a ratio between the area within the circle and a width of the bond line that forms the circle is in the range of 50 to 400, or - when the area within a circle that makes up the bond pattern is from 100 mm 2 to 1000 mm 2, a ratio between the area within the circle and a width of the bond line that forms the circle is in the range of 100 to 1000, the web having an abrasion rating of 3 or higher when measured according to ASTM D 4966-98 and an average HOM of less than 6 grams when measured with a Handle-O-Meter using test method INDA-IST 90.3-01. - when the area within a circle that makes up the bond pattern is 20 mm 2 or less, a ratio between the area within the circle and a width of the bond line that forms the circle is within the range of 20 to 200, or - when the area within a circle that makes up the bond pattern is from 20 mm 2 to 100 mm 2, a ratio between the area within the circle and a width of the bond line that forms the circle is in the range of 50 to 400, or - when the area within a circle that makes up the bond pattern is from 100 mm 2 to 1000 mm 2, a ratio between the area within the circle and a width of the bond line that forms the circle is in the range of 100 to 1000,