mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving a first internet protocol, IP, packet having dual-tone multi-frequency, DTMF, signal information, the information of the first IP packet being configured based on a protocol for a first layer of a media over internet protocol, MoIP, network (138, 848), the first IP packet being associated with a destination endpoint (310, 580, 815); and producing a second IP packet having the DTMF signal information, the information of the second IP packet being configured based on a protocol for a second layer of the MolP network (138, 848) and a DTMF conversion policy associated with the destination endpoint (310, 580, 815), the second layer being different than the first layer, characterised in that the DTMF conversion policy is determined based on an identity of the destination endpoint (310, 580, 815). receiving a first internet protocol, IP, packet having dual-tone multi-frequency, DTMF, signal information, the information of the first IP packet being configured based on a protocol for a first layer of a media over internet protocol, MoIP, network (138, 848), the first IP packet being associated with a destination endpoint (310, 580, 815); and producing a second IP packet having the DTMF signal information, the information of the second IP packet being configured based on a protocol for a second layer of the MolP network (138, 848) and a DTMF conversion policy associated with the destination endpoint (310, 580, 815), the second layer being different than the first layer,
Method of separating from a particle stream originating from waste-incineration ashes at least a first fraction with particles of a first group of dimensions, and a second fraction with particles of a second group of dimensions, wherein the first fraction pertains to particles having smaller dimensions, and the second fraction pertains to particles having relatively larger dimensions, in which method a separation-apparatus is used to classify metals from said ashes into the first and the second fraction, and wherein the separation-apparatus comprises an infeed-device for the particle-stream, a rotatable drum having at its circumference plates (6, 6'), each plate having a radially extending hitting surface (6, 6') for the particles, at least a first receiving area (11, 11') proximal to the drum for receipt therein of particles of the first fraction, and at least a second receiving area (12, 12') distant from the drum for receipt therein of particles of the second fraction, the apparatus further having a housing so as to protect the particles from outside weather-conditions, allowing that the particles of the particle-stream to be processed by said apparatus have dimensions in the range 0-15 mm.
Communication module for a communication or automation device, comprising - a housing which has a connection region which can be brought into contact with a base module of the communication or automation device, - at least two centring pins which are provided in the connection region and can be inserted into corresponding receptacles of the base module, - a fastening screw which passes through the housing between the centring pins by way of a threaded section, wherein the threaded section of the fastening screw can be screwed into a threaded bore of the base module, - a passage, which is arranged substantially centrally in the housing and runs perpendicularly in relation to the connection region, for receiving the fastening screw, - a driver ring which is connected to the fastening screw and surrounds a section of a shaft of the fastening screw, - a cutout, which is provided in the housing along the passage, for the driver ring which can be axially displaced within the cutout. - a housing which has a connection region which can be brought into contact with a base module of the communication or automation device, - at least two centring pins which are provided in the connection region and can be inserted into corresponding receptacles of the base module, - a fastening screw which passes through the housing between the centring pins by way of a threaded section, wherein the threaded section of the fastening screw can be screwed into a threaded bore of the base module, - a passage, which is arranged substantially centrally in the housing and runs perpendicularly in relation to the connection region, for receiving the fastening screw, - a driver ring which is connected to the fastening screw and surrounds a section of a shaft of the fastening screw, - a cutout, which is provided in the housing along the passage, for the driver ring which can be axially displaced within the cutout.
An arrangement having a switchgear cabinet and a cooling device for cooling heat-emitting components accommodated in an interior space of the switchgear cabinet, the cooling device comprising: - an air inlet for ambient air entering the interior space of the switchgear cabinet; - an air outlet for hot air exiting the interior space of the switchgear cabinet on a vertical side of the interior space of the switchgear cabinet, the air outlet having a vertical dimension corresponding to at least a part of a height of the interior space of the switchgear cabinet; - an air-fluid heat exchanger with a coolant circuit, wherein hot air exiting the interior space of the switchgear cabinet via the air outlet is guided through the air-fluid heat exchanger, and wherein the air-fluid heat exchanger extends at least partially over the vertical dimension of the air outlet, and - a heat pipe device having at least one heat pipe extending over at least a part of the vertical dimension of the air outlet, the heat pipe device being arranged in the air flow direction between the air outlet and the air-fluid heat exchanger, characterized in that the at least one heat pipe of the heat pipe device and the coolant circuit of the air-fluid heat exchanger extend through a plurality of lamellae such that the heat pipe device is thermally coupled to the air-fluid heat exchanger via the lamellae, wherein a passage for the hot air exiting from the air outlet is formed between adjacent lamellae, wherein the heat pipe device and the coolant circuit of the air-fluid heat exchanger extend between an air entering side and an air exiting side of the passages. - an air inlet for ambient air entering the interior space of the switchgear cabinet; - an air outlet for hot air exiting the interior space of the switchgear cabinet on a vertical side of the interior space of the switchgear cabinet, the air outlet having a vertical dimension corresponding to at least a part of a height of the interior space of the switchgear cabinet; - an air-fluid heat exchanger with a coolant circuit, wherein hot air exiting the interior space of the switchgear cabinet via the air outlet is guided through the air-fluid heat exchanger, and wherein the air-fluid heat exchanger extends at least partially over the vertical dimension of the air outlet, and - a heat pipe device having at least one heat pipe extending over at least a part of the vertical dimension of the air outlet, the heat pipe device being arranged in the air flow direction between the air outlet and the air-fluid heat exchanger,
A screen assembly for a digester, impregnation vessel or other treatment vessel for separation of cooking liquor or treatment liquor from lignocellulosic material, typically in a form of chips, in the production of chemical cellulose pulp, which screen assembly comprises a plurality of screen panels (17, 24) and attachment means for attaching the screen panels to a support frame, characterized in that the screen panels (17, 24) are made of woven non-welded wire mesh cloth.
A system for manufacturing a three-dimensional laminated object from a plurality of laminae, the system including a first lamina and second lamina, the system comprising: a support table for the first lamina and the second lamina, each said lamina being generally planar and having a top surface and a bottom surface; a holder configured to fix at least a portion of the first lamina relative to the second lamina so at least a portion of the top surface of the first lamina contacts at least a portion of the bottom surface of the second lamina; a roller positioned above the table and configured to traverse along a longitudinal axis, the first lamina and the second lamina being positioned between the support and the roller; an actuator for biasing the roller towards the support to retain the first lamina and second lamina, the biasing forming a fusion zone between the first lamina and the second lamina proximate to the roller; an energy source configured to emit energy to the fusion zone to fuse the first lamina and the second lamina proximate to the fusion zone, characterized in that the first lamina and the second lamina have precut cross sections corresponding to a desired cross section of the three-dimensional laminated object; wherein each lamina of the plurality of laminae is precut prior to the fusing process corresponding to the desired cross section of the three-dimensional laminated object. a support table for the first lamina and the second lamina, each said lamina being generally planar and having a top surface and a bottom surface; a holder configured to fix at least a portion of the first lamina relative to the second lamina so at least a portion of the top surface of the first lamina contacts at least a portion of the bottom surface of the second lamina; a roller positioned above the table and configured to traverse along a longitudinal axis, the first lamina and the second lamina being positioned between the support and the roller; an actuator for biasing the roller towards the support to retain the first lamina and second lamina, the biasing forming a fusion zone between the first lamina and the second lamina proximate to the roller; an energy source configured to emit energy to the fusion zone to fuse the first lamina and the second lamina proximate to the fusion zone, characterized in that the first lamina and the second lamina have precut cross sections corresponding to a desired cross section of the three-dimensional laminated object; wherein each lamina of the plurality of laminae is precut prior to the fusing process corresponding to the desired cross section of the three-dimensional laminated object.
A method for determining an operating parameter for an imaging system, the method comprising the steps of: obtaining (step 72) a plurality of evaluation images (110, 112, 114, 116, 118, 120) with a digital image capture device during composition of an image, each evaluation image (110, 112, 114, 116, 118, 120) having a different field of view; storing (step 74) the plurality of evaluation images (110, 112, 114, 116, 118, 120); comparing (step 76) the plurality of evaluation images (110, 112, 114, 116, 118, 120) to each other to determine common image elements, viz. image elements that are common to each of the evaluation images (110, 112, 114, 116, 118, 120); determining (step 78) an area of importance based at least in part upon some of the common image elements of said plurality of evaluation images; and determining (step 80) an operating parameter for the digital image capture device based upon analysis of the area of importance. obtaining (step 72) a plurality of evaluation images (110, 112, 114, 116, 118, 120) with a digital image capture device during composition of an image, each evaluation image (110, 112, 114, 116, 118, 120) having a different field of view; storing (step 74) the plurality of evaluation images (110, 112, 114, 116, 118, 120); comparing (step 76) the plurality of evaluation images (110, 112, 114, 116, 118, 120) to each other to determine common image elements, viz. image elements that are common to each of the evaluation images (110, 112, 114, 116, 118, 120); determining (step 78) an area of importance based at least in part upon some of the common image elements of said plurality of evaluation images; and determining (step 80) an operating parameter for the digital image capture device based upon analysis of the area of importance.
Device for dewatering feedstock that is pourable or free-flowing, for example wood chips, by compressing it, comprising a housing with a shell pipe (18, 21) in which a shaft with flights running round its circumference rotates round an axis of rotation, where the feedstock is transported through the housing and compressed and the residual water is conveyed out of the device through holes in the shell pipe (18, 21), and comprising a feed chute for supplying the feedstock to be dewatered, characterised in that the shell pipe consists of two cylinder half sections (18, 21) whose longitudinal flanges are arranged vertically on top of one another and in that the feed chute has a detachable side wall with a shape and design that allows the screw to be removed.
A system, comprising a network interface and a processor; wherein the processor is configured to: receive, via the network interface, a request originating from a request-origin application and directed to a request-destination application that runs on a request-destination device, and subsequently to receiving the request, communicate the request to the request-destination device; subsequently to communicating the request to the request-destination device, identify at least one log entry from among multiple log entries recorded by the request-destination application as having been recorded responsively to the request, and receive a response to the request from the request-destination application, while holding the response, identify information contained in the at least one log entry, and perform a function in response to the information. receive, via the network interface, a request originating from a request-origin application and directed to a request-destination application that runs on a request-destination device, and subsequently to receiving the request, communicate the request to the request-destination device; subsequently to communicating the request to the request-destination device, identify at least one log entry from among multiple log entries recorded by the request-destination application as having been recorded responsively to the request, and receive a response to the request from the request-destination application, while holding the response, identify information contained in the at least one log entry, and perform a function in response to the information.
A bending machine for bending rod-shaped or tubular workpieces, comprising a bending tool which comprises a bending head with a bending disk comprising at least one circumferential bending groove, and additionally comprising two slide rails, each of which has a molding groove and which can be placed laterally against opposing longitudinal sides of the workpiece, wherein each slide rail is secured to a support part and laterally supports the workpiece in a region from where the workpiece is tangentially fed into the bending groove of the bending disk to a point in front of the bending groove at a specified distance therefrom when the slide rail is resting against the workpiece, and wherein each support part can be adjusted between a starting position, in which the associated slide rail does not rest against the workpiece, and a final position, in which the slide rail contacts the workpiece, wherein, upon contacting of one slide rail with the workpiece, the other slide rail assumes its respective starting position, characterized in that the two support parts are mounted mirror-inverted to one another at the ends of a pivotably mounted, two-arm lever, wherein one of the two slide pieces can be rested laterally against the workpiece with its molding groove in each final pivot position of the lever.
A medical device comprising a chassis, a column, a rest area, a foot portion, a vertical movement mechanism and a horizontal movement mechanism of the foot portion, characterized in that the horizontal movement mechanism of the foot portion is a parallelogram, which comprises a first arm of the horizontal parallelogram and a second arm of the horizontal parallelogram, wherein these arms are on one side rotationally attached to the column or to a connecting part fixedly attached with the column, or to a part of the rest area fixedly attached with the column, and on the other side the arms are rotationally coupled with the vertical movement mechanism or with a connecting part of vertical movement.
A method of tracking the rate of corrosion of a metal pipe conveying a corrosive fluid, in which a device is envisaged that is arranged so as to form, when said device is installed on a wall of the metal pipe, a chamber that is able to receive the gaseous hydrogen resulting from permeation through said wall of said pipe, the method comprising: (i) a treatment step for removing, from the chamber, a metallic species that could be reduced by the gaseous hydrogen, during which at least the chamber wall formed by said pipe is treated on its entire surface, (ii) a step of measuring a quantity of hydrogen received in the chamber, with a view to estimating the rate of corrosion of the metal pipe, characterized in that the treatment step is performed by scavenging the interior of the chamber with a stream of gaseous hydrogen. (i) a treatment step for removing, from the chamber, a metallic species that could be reduced by the gaseous hydrogen, during which at least the chamber wall formed by said pipe is treated on its entire surface, (ii) a step of measuring a quantity of hydrogen received in the chamber, with a view to estimating the rate of corrosion of the metal pipe,
A steam turbine having a steam supplementing structure, comprising an outer casing and an inner casing, a rotor having a thrust balancing piston, the rotor being rotatably mounted inside the inner casing; at least a steam supplementing pipeline for conveying supplemental steam to the steam turbine; and a steam flow channel formed between the inner casing and the rotor, wherein a plurality of impeller blades fitted with the rotor and a plurality of guide blades fitted with the inner casing are alternately arranged to form multiple stages of blade groups; an interlayer for steam to circulate is formed between the inner casing and the outer casing; characterized in that the steam turbine includes a plurality of steam supplementing pipelines for conveying supplemental steam to the steam turbine; the interlayer between the inner casing and the outer casing includes a steam supplementing chamber that is connected to the plurality of steam supplementing pipelines to enable the supplemental steam to be mixed between the inner casing and the outer casing; and a communicating pipeline for the steam to circulate is provided between the steam supplementing chamber and the flow channel.
A method of manufacturing an ink (60, 70, 80) for forming a functional layer (132a, 132b, 132c) which is used when a functional layer having a luminescence function is formed, comprising: dispersing a solid content of any of a low molecular material being a monomer having a molecular weight of 10,000 or less, a high molecular material being a polymer having a weight average molecular weight of 10,000 or more, or a mixture in which the low molecular material and the high molecular material are mixed, in a poor solvent selected from at least one kind from among a linear alkane-based solvent, an aliphatic alcohol-based solvent, an aliphatic ether-based solvent, and an aromatic hydrocarbon-based solvent; and dissolving the solid content by adding a good solvent selected from at least one kind from among 3-phenoxy toluene, 2-isopropyl naphthalene, dibenzyl ether, and isopropyl biphenyl to the poor solvent in which the solid content is dispersed, wherein a volume ratio of the poor solvent is from 10% to 70% with respect to the total volume in which the good solvent is added to the poor solvent and the poor solvent and the good solvent can be mixed. dispersing a solid content of any of a low molecular material being a monomer having a molecular weight of 10,000 or less, a high molecular material being a polymer having a weight average molecular weight of 10,000 or more, or a mixture in which the low molecular material and the high molecular material are mixed, in a poor solvent selected from at least one kind from among a linear alkane-based solvent, an aliphatic alcohol-based solvent, an aliphatic ether-based solvent, and an aromatic hydrocarbon-based solvent; and dissolving the solid content by adding a good solvent selected from at least one kind from among 3-phenoxy toluene, 2-isopropyl naphthalene, dibenzyl ether, and isopropyl biphenyl to the poor solvent in which the solid content is dispersed, wherein a volume ratio of the poor solvent is from 10% to 70% with respect to the total volume in which the good solvent is added to the poor solvent and the poor solvent and the good solvent can be mixed.
A support structure for providing livestock with a product, in particular a solid nutritional supplement to be licked, said support structure comprising a base tray delimited by a tray perimeter comprising a rear edge, two side edges (42, 43) and a front edge, said base tray extending in a tray plane and comprising a housing suitable for receiving said product, in particular in the form of a solid nutritional supplement to be licked or a container of said solid nutritional supplement to be licked, said housing is consisted of a housing opening formed in said base tray, said housing opening is delimited by an opening contour from which extends downward a housing wall that is ended by a housing bottom, said rear edge of said base tray is extended, on either side of said tray plane, by a rear wall, said side edges (42, 43) of said base tray are each extended, on either side of said tray plane, by a side wall (6, 7), and said front edge of said base tray is extended, below said tray plane, by a front wall, said rear wall, side walls (6, 7) and front wall extending in planes perpendicular or substantially perpendicular to the tray plane, said rear wall and said side walls (6, 7) comprising fixing holes suitable for fixing said support structure by means of screws and/or brackets to a support element such as a wall or a horizontal beam of a barrier. said housing is consisted of a housing opening formed in said base tray, said housing opening is delimited by an opening contour from which extends downward a housing wall that is ended by a housing bottom, said rear edge of said base tray is extended, on either side of said tray plane, by a rear wall, said side edges (42, 43) of said base tray are each extended, on either side of said tray plane, by a side wall (6, 7), and said front edge of said base tray is extended, below said tray plane, by a front wall, said rear wall, side walls (6, 7) and front wall extending in planes perpendicular or substantially perpendicular to the tray plane, said rear wall and said side walls (6, 7) comprising fixing holes suitable for fixing said support structure by means of screws and/or brackets to a support element such as a wall or a horizontal beam of a barrier.
A transcutaneous energy transfer device comprising: an external primary coil to which energy to be transferred is applied; an implanted secondary coil configured to be inductively coupled to the primary coil and connected to apply energy to a subcutaneous utilization device; and a member centered within the primary coil opposite the secondary coil and formed from a magnetically permeable material, characterised in that the member comprises a plurality of slender components aligned to a central axis of the primary coil and attached to adjacent ones of the plurality of slender components by an electrically insulating material. an external primary coil to which energy to be transferred is applied; an implanted secondary coil configured to be inductively coupled to the primary coil and connected to apply energy to a subcutaneous utilization device; and a member centered within the primary coil opposite the secondary coil and formed from a magnetically permeable material,