mhurhangee/ep-ind-claims huggingface dataset:
Tool assembly for forming a workpiece with an outer profile at least partially defined by an outer surface thereof at an initial position into a housing with a non-round design outer profile at least partially defined by the outer surface at a design position reduced from the initial position thereof, the tool assembly comprising a plurality of jaw segments, each said jaw segment having an internal surface for engaging the outer surface; the jaw segments being movable between a first condition, wherein an opening is defined in which the workpiece is receivable, and a second condition, wherein the internal surfaces of the jaw segments define the design outer profile of the housing; and each internal surface defining a respective portion of the design outer profile; each internal surface having a preselected end point (364, 366, 368, 370) associated therewith defined by a radius centered on the preselected end point that is substantially coincident with the portion of the design outer profile defined by said internal surface; characterised in that each jaw segment comprises a key portion; and each key portion is receivable in a keyway therefor in a back plate, for guiding each jaw segment along the predetermined path therefor respectively; each jaw segment being movable along the predetermined path therefor aligned with the preselected end point therefor (364, 366, 368, 370), when moved from the first condition to the second condition, and toward the preselected end point therefor, and when moved from the second condition to the first condition, away from the preselected end point therefor; and at least one motive means for moving the jaw segments between the first condition and second condition. a plurality of jaw segments, each said jaw segment having an internal surface for engaging the outer surface; the jaw segments being movable between a first condition, wherein an opening is defined in which the workpiece is receivable, and a second condition, wherein the internal surfaces of the jaw segments define the design outer profile of the housing; and each internal surface defining a respective portion of the design outer profile; each internal surface having a preselected end point (364, 366, 368, 370) associated therewith defined by a radius centered on the preselected end point that is substantially coincident with the portion of the design outer profile defined by said internal surface; characterised in that each jaw segment comprises a key portion; and each key portion is receivable in a keyway therefor in a back plate, for guiding each jaw segment along the predetermined path therefor respectively; each jaw segment being movable along the predetermined path therefor aligned with the preselected end point therefor (364, 366, 368, 370), when moved from the first condition to the second condition, and toward the preselected end point therefor, and when moved from the second condition to the first condition, away from the preselected end point therefor; and at least one motive means for moving the jaw segments between the first condition and second condition.
Combustor for a gas turbine, the combustor comprising a pre-combustion chamber having a centre axis, a swirler which is mounted to the pre-combustion chamber, wherein the swirler surrounds the pre-combustion chamber in a circumferential direction with respect to the centre axis, wherein the swirler comprises a bottom surface which forms a part of a slot through which a oxidant/fuel mixture is injectable into the pre-combustion chamber, wherein the bottom surface is located within a bottom plane, wherein the swirler further comprises a fuel injector which is arranged to the bottom surface such that a fuel is injectable into the slot with a fuel injection direction, wherein a first component of the fuel injection direction is non-parallel to the normal (n) of the bottom plane, wherein fuel injector comprises an injection tube, wherein the injection tube is aligned with respect to the bottom surface such that the fuel is injectable into the slot with the fuel injection direction, characterized in that the fuel injector is arranged to the bottom surface such that an injection angle (θ) between the bottom plane and the fuel injection direction is between 20° and 70°.
A system comprising: a controller configured to enable communication between one or more sensors and a processor, wherein the controller comprises: a plurality of input-output ports configured to couple to the one or more sensors, wherein each of the 10 ports is configured to couple to a plurality of sensor types, wherein each IO port is configured to couple to a first sensor of the one or more sensors and a second sensor or the one or more sensors, the first sensor comprises a first sensor type of the plurality of sensor types, and the second sensor comprises a second sensor type of the plurality of sensor types, and the first sensor type is different than the second sensor type; an interface configured to receive data indicative of the first or second sensor type and select a first mode if the first sensor type is selected and to select a second mode if the second sensor type is selected; and a switch block communicatively coupled to the interface, wherein the switch block comprises a plurality of switches, wherein each switch of the plurality of switches is configured to operate in a plurality of states, each state in the plurality of states is configured to couple one or more of the IO ports to the processor, and the plurality of switches operates according to a first set of respective states when the first mode is selected by the interface and a second set of respective states when the second mode is selected by the interface, and further comprising at least one differential amplifier configured to convert signals from the switch block to a level used by an interface of the processor. a plurality of input-output ports configured to couple to the one or more sensors, wherein each of the 10 ports is configured to couple to a plurality of sensor types, wherein each IO port is configured to couple to a first sensor of the one or more sensors and a second sensor or the one or more sensors, the first sensor comprises a first sensor type of the plurality of sensor types, and the second sensor comprises a second sensor type of the plurality of sensor types, and the first sensor type is different than the second sensor type; an interface configured to receive data indicative of the first or second sensor type and select a first mode if the first sensor type is selected and to select a second mode if the second sensor type is selected; and a switch block communicatively coupled to the interface, wherein the switch block comprises a plurality of switches, wherein each switch of the plurality of switches is configured to operate in a plurality of states, each state in the plurality of states is configured to couple one or more of the IO ports to the processor, and the plurality of switches operates according to a first set of respective states when the first mode is selected by the interface and a second set of respective states when the second mode is selected by the interface, and further comprising at least one differential amplifier configured to convert signals from the switch block to a level used by an interface of the processor.
A method performed by a first network node for handling a connection between a wireless device and a wireless communications network, which wireless communications network comprises the first network node, the method comprising: storing data related to the connection, and further storing an identifier of the wireless device, which identifier is used by the first network node to locate the stored data related to the connection later, providing the wireless device with a command to transition from a connected mode into a suspended mode, in which suspended mode the connection is suspended and the wireless device stores the data related to the connection, and further stores the identifier of the wireless device, receiving a message from the wireless device, which message indicates a request from the wireless device to resume the connection and which received message comprises the identifier of the wireless device and indication of whether or not to resume data bearers, locating the stored data related to the connection based on the received identifier of the wireless device, and resuming the connection by transmitting a message to the wireless device, which transmitted message comprises the identifier of the wireless device and further comprises an indication that a resumption of the connection is complete, whereby the suspended connection between the wireless device and the wireless communications network is resumed using the data related to the suspended connection. storing data related to the connection, and further storing an identifier of the wireless device, which identifier is used by the first network node to locate the stored data related to the connection later, providing the wireless device with a command to transition from a connected mode into a suspended mode, in which suspended mode the connection is suspended and the wireless device stores the data related to the connection, and further stores the identifier of the wireless device, receiving a message from the wireless device, which message indicates a request from the wireless device to resume the connection and which received message comprises the identifier of the wireless device and indication of whether or not to resume data bearers, locating the stored data related to the connection based on the received identifier of the wireless device, and
An object information acquiring apparatus comprising: a probe configured to detect a photoacoustic wave generated from an object irradiated with light; a signal collector configured to generate a first detection signal from the photoacoustic wave; a signal processor configured to generate, from the first detection signal, a second detection signal in which a second component deriving from a reflection of the photoacoustic wave and having a phase inverted from the phase of a first component deriving from the photoacoustic wave is reduced; and an image generator configured to generate image data on the inside of the object using the second detection signal, characterized in that the signal processor is configured to generate the second detection signal by using a differential signal of an impulse response of the probe. a probe configured to detect a photoacoustic wave generated from an object irradiated with light; a signal collector configured to generate a first detection signal from the photoacoustic wave; a signal processor configured to generate, from the first detection signal, a second detection signal in which a second component deriving from a reflection of the photoacoustic wave and having a phase inverted from the phase of a first component deriving from the photoacoustic wave is reduced; and an image generator configured to generate image data on the inside of the object using the second detection signal, characterized in that the signal processor is configured to generate the second detection signal by using a differential signal of an impulse response of the probe.
A chain magazine for tools, in particular for program controlled milling machines and machining centers, comprising - a stationary supporting structure on which linear guides, sprockets and a drive unit as a rotary drive for at least one of the sprockets are mounted, - an endless magazine chain which consists of a number of hingedly connected chain links, - wherein each chain link is held at and guided along the linear guides by guide elements (28, 30, 31), - wherein each chain link has one receptacle for receiving and holding a tool, and - the front and rear link hinges of the chain links are arranged in the central longitudinal axis of the magazine chain, - the chain links of the magazine chain are formed by the receptacles arranged centrally therein, characterized in that - the chain links include base bodies made of a dimensionally stable and wear resistant light metal or plastic material, which form the receptacles, and - each chain link has at least one reinforcing portion with which the sprockets mesh, wherein - two hinged lugs (16, 17) are formed on a front side of the chain link at an intermediate distance and a central lug is formed on the diametrically opposed other front side of the chain link, the length of said lug being slightly shorter than the axial distance between the two hinged lugs (16, 17) on the first front side. - a stationary supporting structure on which linear guides, sprockets and a drive unit as a rotary drive for at least one of the sprockets are mounted, - an endless magazine chain which consists of a number of hingedly connected chain links, - wherein each chain link is held at and guided along the linear guides by guide elements (28, 30, 31), - wherein each chain link has one receptacle for receiving and holding a tool, and - the front and rear link hinges of the chain links are arranged in the central longitudinal axis of the magazine chain, - the chain links of the magazine chain are formed by the receptacles arranged centrally therein, - the chain links include base bodies made of a dimensionally stable and wear resistant light metal or plastic material, which form the receptacles, and - each chain link has at least one reinforcing portion with which the sprockets mesh, wherein - two hinged lugs (16, 17) are formed on a front side of the chain link at an intermediate distance and a central lug is formed on the diametrically opposed other front side of the chain link, the length of said lug being slightly shorter than the axial distance between the two hinged lugs (16, 17) on the first front side.
A system for protecting and securing bags in a bulk high pressure processing equipment having a vessel, characterised in that it comprises: - at least one tube provided with holes; - covers (11a and 11b) for evacuating pressurisation fluid and connecting the ends of the tube or tubes, the tube or tubes being anchored to said covers; - protection means for the bag configured to extend inside the bag to lengthen the outlet path of the processed product once the depressurisation of the equipment is produced, said protection means having a spiral, mesh, strap or cylinder shape with holes; - a fitting for the protection means for connecting the protection means to the cover on the side from which the product in the bag comes out. - at least one tube provided with holes; - covers (11a and 11b) for evacuating pressurisation fluid and connecting the ends of the tube or tubes, the tube or tubes being anchored to said covers; - protection means for the bag configured to extend inside the bag to lengthen the outlet path of the processed product once the depressurisation of the equipment is produced, said protection means having a spiral, mesh, strap or cylinder shape with holes; - a fitting for the protection means for connecting the protection means to the cover on the side from which the product in the bag comes out.
Admixing device for a fire extinguishing apparatus for admixing an additive in a fire-extinguishing water stream; having a main body forming a main channel extending at least partially along a longitudinal axis and having a water inlet end and an extinguishing agent outlet end in fluid communication with each other via the main channel; an additive channel extending from an additive inlet and opening into the main channel; characterized in that in the region of the orifice of the additive channel in the main channel a dosing sleeve is provided which encloses the main channel over its outer circumference directly or indirectly and which comprises a plurality of dosing holes having mutually differently sized cross-sectional areas and being arranged spaced from each other over the circumference, or at least one dosing opening extending over the circumference whose width disposed in the direction of the main channel is formed to be increasingly tapered over the circumference, and the dosing sleeve is associated with an aperture body which encompasses the dosing sleeve in the circumferential direction radially on the inside or outside, wherein the dosing sleeve and/or the aperture body is/are rotatable in the circumferential direction; and the aperture body has an aperture opening which, by rotating the aperture body and/or the dosing sleeve in the circumferential direction, can be brought into aligned orientation with one of the dosing holes or a peripheral portion of the dosing opening in order to thus reduce or enlarge a flow cross-section jointly delimited by the aperture body and the dosing sleeve through the aperture opening and the dosing hole or through the peripheral portion of the dosing opening; wherein the additive channel opens into the main channel via the aperture opening and the dosing hole which is oriented in alignment therewith or the peripheral portion of the dosing opening oriented in alignment with the aperture opening.
A sole structure for an article of footwear comprising: a base component and a wedge component; multiple support fins arranged at medial and lateral sides of the wedge component, the base component having a forefoot region, a midfoot region, and a heel region, the wedge component extending from the midfoot region to the heel region, overlying a rearward base portion of the base component, and tapering in height from a rear extent of the wedge component to a foremost extent of the wedge component, the wedge component including a central portion extending through a substantial majority or an entirety of the longitudinal length of the wedge component; and wherein the base component is more compressible than the wedge component. a base component and a wedge component; multiple support fins arranged at medial and lateral sides of the wedge component, the base component having a forefoot region, a midfoot region, and a heel region, the wedge component extending from the midfoot region to the heel region, overlying a rearward base portion of the base component, and tapering in height from a rear extent of the wedge component to a foremost extent of the wedge component, the wedge component including a central portion extending through a substantial majority or an entirety of the longitudinal length of the wedge component; and wherein the base component is more compressible than the wedge component.
Process for the synthesis of a composition of silylated polyurethanes, said process comprising the sequential stages: (i) of polyaddition of at least one polyol with at least one diisocyanate, in which the ratio of the number of NCO functional groups to the total number of OH functional groups, and of NH and NH 2 functional groups optionally present, is strictly greater than 1; preferably, the ratio ranges from 1.1 to 4, preferably from 1.5 to 3, preferentially from 1.5 to 2.5, advantageously from 1.7 to 2; for example, has the value 1.9; (ii) of reaction of the composition obtained in stage (i) with at least one silane chosen from aminosilanes and mercaptosilanes, in which the ratio of the number of NCO functional groups to the number of amine and/or thiol functional groups is strictly greater than 1; preferably, the ratio ranges from 1.1 to 5, in particular from 1.1 to 2.5, preferentially from 1.1 to 2, advantageously from 1.1 to 1.5, for example from 1.3 to 1.5; (iii) of reaction of the composition resulting from stage (ii) with at least one compound comprising at least two identical or different functional groups chosen from alcohol, primary amine, secondary amine and thiol functional groups, in which the ratio of the number of NCO functional groups to the number of alcohol, primary amine, secondary amine and thiol functional groups is less than or equal to 1. (i) of polyaddition of at least one polyol with at least one diisocyanate, in which the ratio of the number of NCO functional groups to the total number of OH functional groups, and of NH and NH 2 functional groups optionally present, is strictly greater than 1; preferably, the ratio ranges from 1.1 to 4, preferably from 1.5 to 3, preferentially from 1.5 to 2.5, advantageously from 1.7 to 2; for example, has the value 1.9; (ii) of reaction of the composition obtained in stage (i) with at least one silane chosen from aminosilanes and mercaptosilanes, in which the ratio of the number of NCO functional groups to the number of amine and/or thiol functional groups is strictly greater than 1; preferably, the ratio ranges from 1.1 to 5, in particular from 1.1 to 2.5, preferentially from 1.1 to 2, advantageously from 1.1 to 1.5, for example from 1.3 to 1.5; (iii) of reaction of the composition resulting from stage (ii) with at least one compound comprising at least two identical or different functional groups chosen from alcohol, primary amine, secondary amine and thiol functional groups, in which the ratio of the number of NCO functional groups to the number of alcohol, primary amine, secondary amine and thiol functional groups is less than or equal to 1.
Method for correcting incident-light reflections caused by coaxial incident light in a modular digital microscope having a coaxial bright-field illumination device, a motorized zoom system, an interchangeable objective, a digital image capturing unit and an image processing unit, comprising the following steps: - loading a calibration dataset comprising calibration images of the incident-light reflection and calibration metadata with respect to each calibration image for different zoom positions β_i, which at any rate comprise a minimum and a maximum zoom value of the zoom system; - capturing an image with associated image metadata, which comprise at least one zoom position β _ a of the zoom system; - ascertaining a correction factor using the calibration metadata of the calibration dataset and the image metadata; - ascertaining a parasitic image for the zoom position β_a from the calibration dataset; - calculating the parasitic image using the correction factor to form a corrected parasitic image; - calculating the captured image using the corrected parasitic image. - loading a calibration dataset comprising calibration images of the incident-light reflection and calibration metadata with respect to each calibration image for different zoom positions β_i, which at any rate comprise a minimum and a maximum zoom value of the zoom system; - capturing an image with associated image metadata, which comprise at least one zoom position β _ a of the zoom system; - ascertaining a correction factor using the calibration metadata of the calibration dataset and the image metadata; - ascertaining a parasitic image for the zoom position β_a from the calibration dataset; - calculating the parasitic image using the correction factor to form a corrected parasitic image; - calculating the captured image using the corrected parasitic image.