mhurhangee/ep-ind-claims huggingface dataset:
A CDN-based content management system, comprising: a distributed scheduling center, a data center, a task executing server cluster, a distributed reliability coordinating system, and content caching servers, characterized in that: the distributed scheduling center includes a plurality of distributed scheduling servers, and is configured to schedule tasks based on client content management requests; the data center is configured to store client task request data, and count and analyze task; the task executing server cluster including task executing servers is deployed in different regions and operated by different operators, configured to receive task conversion commands sent by the distributed scheduling servers, and send task commands to content caching servers deployed in corresponding regions and operated by corresponding operators; the distributed reliability coordinating system is configured to store status and properties of all servers in the content management system; and the content caching servers are configured to cache client files, and each of the content caching servers is arranged with a content management client; and the content management client is configured to execute tasks indicated in the task commands allocated by a task executing server in the task executing server cluster and send task results as feedback to the task executing server, and the task executing server is configured to send the task results as feedback to the distributed scheduling center. the distributed scheduling center includes a plurality of distributed scheduling servers, and is configured to schedule tasks based on client content management requests; the data center is configured to store client task request data, and count and analyze task; the task executing server cluster including task executing servers is deployed in different regions and operated by different operators, configured to receive task conversion commands sent by the distributed scheduling servers, and send task commands to content caching servers deployed in corresponding regions and operated by corresponding operators; the distributed reliability coordinating system is configured to store status and properties of all servers in the content management system; and the content caching servers are configured to cache client files, and each of the content caching servers is arranged with a content management client; and the content management client is configured to execute tasks indicated in the task commands allocated by a task executing server in the task executing server cluster and send task results as feedback to the task executing server, and the task executing server is configured to send the task results as feedback to the distributed scheduling center.
A device for the generation of a time-dependent signal on a capacitive surface sensor, characterized in that a) the device comprises an electrically conductive structure, wherein the electrically conductive structure comprises at least two individual elements, each of which comprises an input region and an operative region as functional areas (16, 18), b) wherein the electrically conductive structure is in a first operative contact with the capacitive surface sensor at least in the operative regions of the electrically conductive structure, c) and the electrically conductive structure is in a second operative contact with an input means at least in an input region of the electrically conductive structure, d) wherein the input means is set up to provide a dynamic input to the input regions of the electrically conductive structure of the device, e) and the electrically conductive structure on the device is set up to modulate the dynamic input f) and to transfer the dynamic input to the capacitive surface sensor in the operative regions, g) and thus to generate a time-dependent signal on the capacitive surface sensor. a) the device comprises an electrically conductive structure, wherein the electrically conductive structure comprises at least two individual elements, each of which comprises an input region and an operative region as functional areas (16, 18), b) wherein the electrically conductive structure is in a first operative contact with the capacitive surface sensor at least in the operative regions of the electrically conductive structure, c) and the electrically conductive structure is in a second operative contact with an input means at least in an input region of the electrically conductive structure, d) wherein the input means is set up to provide a dynamic input to the input regions of the electrically conductive structure of the device, e) and the electrically conductive structure on the device is set up to modulate the dynamic input f) and to transfer the dynamic input to the capacitive surface sensor in the operative regions, g) and thus to generate a time-dependent signal on the capacitive surface sensor.
Method for impregnating a porous bone substitute material with a liquid impregnating agent, characterized in that a) the bone substitute material, with the total volume v, is enclosed in a chamber, with the internal volume V > v and with two closeable openings (3, 4); b) the impregnating agent is introduced into the chamber until the bone substitute material is at least partially immersed in the impregnating agent; c) one of the two openings (3; 4) is closed; d) the chamber is at least partially evacuated via the other, unclosed opening (4; 3), such that the air contained in the pores of the bone substitute material escapes at least partially therefrom; and e) the vacuum generated in the chamber is cancelled again by delivering air or a gas through one of the openings (3; 4), such that f) the impregnating agent penetrates into the pores of the bone substitute material immersed in the impregnating agent. a) the bone substitute material, with the total volume v, is enclosed in a chamber, with the internal volume V > v and with two closeable openings (3, 4); b) the impregnating agent is introduced into the chamber until the bone substitute material is at least partially immersed in the impregnating agent; c) one of the two openings (3; 4) is closed; d) the chamber is at least partially evacuated via the other, unclosed opening (4; 3), such that the air contained in the pores of the bone substitute material escapes at least partially therefrom; and e) the vacuum generated in the chamber is cancelled again by delivering air or a gas through one of the openings (3; 4), such that f) the impregnating agent penetrates into the pores of the bone substitute material immersed in the impregnating agent.
Light curtain comprising at least one first and one second optical unit (102, 104), wherein light emitting elements and light receiving elements are provided to form a light grid from a plurality of light barriers formed between opposing light emitting elements and light receiving elements for monitoring a protective field, each of said optical units (102, 104) comprising: control unit, a plurality of optoelectronic components interconnected by means of a communication bus, each of said optoelectronic components having a transmission input terminal for receiving a transmission signal and a transmission output terminal for outputting a transmission signal, and a receiving terminal for receiving a control signal from said control unit, said optoelectronic components comprising at least one light emitting element, at least one light receiving element, and a control element with an electronic circuit for driving said at least one light emitting element and for processing signals generated by said at least one light receiving element, wherein said communication bus comprises a data-out line connected in parallel to said control elements for unidirectionally transmitting data from said control unit to said control elements, a data-in line serially interconnecting said control elements for unidirectionally transmitting data from said control elements to said control unit, and a shared system clock line connected in parallel to said control elements for providing a system clock, wherein an individual address is allocated to and stored in each of said optoelectronic components, said address being indicative of a position of the respective optoelectronic component within the light curtain and with respect to the other optoelectronic components. control unit, a plurality of optoelectronic components interconnected by means of a communication bus, each of said optoelectronic components having a transmission input terminal for receiving a transmission signal and a transmission output terminal for outputting a transmission signal, and a receiving terminal for receiving a control signal from said control unit, said optoelectronic components comprising at least one light emitting element, at least one light receiving element, and a control element with an electronic circuit for driving said at least one light emitting element and for processing signals generated by said at least one light receiving element, wherein said communication bus comprises a data-out line connected in parallel to said control elements for unidirectionally transmitting data from said control unit to said control elements, a data-in line serially interconnecting said control elements for unidirectionally transmitting data from said control elements to said control unit, and a shared system clock line connected in parallel to said control elements for providing a system clock, wherein an individual address is allocated to and stored in each of said optoelectronic components, said address being indicative of a position of the respective optoelectronic component within the light curtain and with respect to the other optoelectronic components.
A display device comprising: a support configured to support a body and serve as an antenna to receive a broadcast signal transmitted from an outside thereof; a matching circuit disposed in the body and configured to match a signal reception characteristic of the support to a frequency band allocated to a broadcast channel, wherein the matching circuit includes at least one variable capacitor and at least one inductor; a tuner configured to select a signal in the frequency band allocated to the broadcast channel among broadcast signals output from the matching circuit; a display configured to display an image signal included in the selected signal of the frequency band; characterised by: a detector configured to detect the signal reception characteristic of the support; and a processor configured to, when a selection of a broadcast channel is input, control capacitance of the variable capacitor such that the signal reception characteristic matches a frequency band allocated to the selected broadcast channel; and wherein the processor is configured to generate a control signal for controlling the capacitance of the variable capacitor based on the detected signal reception characteristic and the frequency band allocated to the selected broadcast channel. a support configured to support a body and serve as an antenna to receive a broadcast signal transmitted from an outside thereof; a matching circuit disposed in the body and configured to match a signal reception characteristic of the support to a frequency band allocated to a broadcast channel, wherein the matching circuit includes at least one variable capacitor and at least one inductor; a tuner configured to select a signal in the frequency band allocated to the broadcast channel among broadcast signals output from the matching circuit; a display configured to display an image signal included in the selected signal of the frequency band; characterised by: a detector configured to detect the signal reception characteristic of the support; and a processor configured to, when a selection of a broadcast channel is input, control capacitance of the variable capacitor such that the signal reception characteristic matches a frequency band allocated to the selected broadcast channel; and a detector configured to detect the signal reception characteristic of the support; and a processor configured to, when a selection of a broadcast channel is input, control capacitance of the variable capacitor such that the signal reception characteristic matches a frequency band allocated to the selected broadcast channel; and wherein the processor is configured to generate a control signal for controlling the capacitance of the variable capacitor based on the detected signal reception characteristic and the frequency band allocated to the selected broadcast channel.
Apparatus for distributing a mixed fluid, in particular liquid manure or slurry manure on agricultural productive surfaces comprising - a distribution device having at least one fluid inlet which can be connected to a mixed fluid supply and a plurality of fluid outlets, - a plurality of fluid conduits connected to the fluid outlets for distribution of the mixed fluid on to a predetermined working width, wherein the fluid conduits at their downstream end each have a respective connecting portion for coupling to an application device, wherein the application device is adapted in particular for discharge of the mixed fluid in the direction of the productive surfaces, - wherein a fluid outlet and the fluid conduit connected to the fluid outlet define a respective flow path, characterised by a device for blockage detection in individual ones, a plurality of or all flow paths, which has - a plurality of sensors which are respectively introduced into one of the flow paths and are adapted to output a measurement signal, dependent on the delivery flow in the flow path, and - an electronic evaluation unit which is adapted to receive the measurement signals output by the sensors, compare them to each other and on the basis of signal deviations determined in that case to identify individual ones of or a plurality of flow paths as blocked, characterised in that the sensors are directed from a location of their entry into the respective flow path in a downstream direction. - a distribution device having at least one fluid inlet which can be connected to a mixed fluid supply and a plurality of fluid outlets, - a plurality of fluid conduits connected to the fluid outlets for distribution of the mixed fluid on to a predetermined working width, wherein the fluid conduits at their downstream end each have a respective connecting portion for coupling to an application device, wherein the application device is adapted in particular for discharge of the mixed fluid in the direction of the productive surfaces, - wherein a fluid outlet and the fluid conduit connected to the fluid outlet define a respective flow path, - a plurality of sensors which are respectively introduced into one of the flow paths and are adapted to output a measurement signal, dependent on the delivery flow in the flow path, and - an electronic evaluation unit which is adapted to receive the measurement signals output by the sensors, compare them to each other and on the basis of signal deviations determined in that case to identify individual ones of or a plurality of flow paths as blocked, characterised in that the sensors are directed from a location of their entry into the respective flow path in a downstream direction.
Method for manufacturing a continuous bag-like package blank, which is produced by a plane plastic sheet being unwound from a storage reel of the sheet, the sheet being conveyed through an edge thickening equipment and further to a folding device, to a welding device and to a slotting tool to obtain a continuous bag-like package blank having edge thickenings, which are introducible into channels intended therefor in support arms in a packing machine, wherein the edge thickening equipment comprises a process bed, over which the edge area (26, 27) of the sheet is conveyed, wherein an extruder device (12, 13) comprises a first extruder nozzle placed on the opposite side of the sheet in relation to the process bed, wherein said first extruder nozzle is aligned and continuously extrudes a material bead that is permanently attached to a first edge area of the sheet, and that the extruder device (12, 13) comprises a second extruder nozzle placed on the opposite side of the sheet in relation to the process bed, wherein said second extruder nozzle is aligned and continuously extrudes a material bead that is permanently attached to a second edge area of the sheet opposite the first edge area, characterized in that the extruder nozzles (15, 16) individually can be controllably displaced in relation to each other, on one hand for an adaptation to different widths of the sheet, and on the other hand for an exact alignment in relation to the respective edge areas (26, 27) of the sheet as well as for an alignment of the location of the two nozzles (15, 16) in relation to the storage reel and thereby the sheet in the edge thickening equipment, and that the angle of at least one extruder nozzle (15, 16) in relation to the process bed can be regulated.
A dual-phase oral care composition comprising: a) a first phase comprising a calcium source; b) a second phase comprising a silicate source that dissolves in water to give a solution with a concentration of at least 0.1 moles per litre at 25°C and atmospheric pressure; and wherein the calcium source and the silicate source are physically separate prior to the use of the composition; wherein the calcium source is calcium hydroxide, calcium gluconate, calcium oxide, calcium lactate, calcium sulfate, calcium carboxymethyl cellulose, calcium alginate, calcium salts of citric acid, calcium chloride, calcium nitrate, calcium acetate or mixtures thereof; and wherein the silicate source comprises sodium silicate, potassium silicate, tetraethyl orthosilicate, tetraethylsilicate or mixtures thereof. a) a first phase comprising a calcium source; b) a second phase comprising a silicate source that dissolves in water to give a solution with a concentration of at least 0.1 moles per litre at 25°C and atmospheric pressure; and
Socket arrangement having a housing, in particular a built-in housing, bearing at least one socket, preferably a plurality of sockets, the socket having an electrically conductive flange inserted into a housing opening, and a contact carrier which is inserted into the flange and which has one or more electrically conductive contacts for connecting to countercontacts of a plug corresponding to the socket, having a conductive element (8, 9) situated in the housing and having an introduction portion (11, 9') which is connected in an electrically conductive manner to a portion of the flange inside the housing, and having a diversion portion (13, 9") which is connected to a diverter, characterized in that the contact carrier is inserted into the flange from the inner side, and a retaining portion of the contact carrier at least partially overlaps the end face of the flange when the introduction portion of the conductive element lying against the end-face portion of the flange on the inner side of the housing is situated in between.
A method for modelling casing wear, riser wear and/or friction factors in drilling operations, for use when performing a drilling operation, the method comprising: performing a drilling operation; applying a linear inversion technique or a nonlinear inversion technique to one or more parameters of at least one of a casing wear model, a riser wear model, or a friction factor model using historical data from a previously drilled well as input data to produce at least one of an updated casing wear model, an updated riser wear model, or an updated friction factor model, respectively; and implementing the at least one of the updated casing wear model, the updated riser wear model, or the updated friction factor model for prediction of casing wear, riser wear and/or friction factors when performing the drilling operation. performing a drilling operation; applying a linear inversion technique or a nonlinear inversion technique to one or more parameters of at least one of a casing wear model, a riser wear model, or a friction factor model using historical data from a previously drilled well as input data to produce at least one of an updated casing wear model, an updated riser wear model, or an updated friction factor model, respectively; and implementing the at least one of the updated casing wear model, the updated riser wear model, or the updated friction factor model for prediction of casing wear, riser wear and/or friction factors when performing the drilling operation.
An apparatus for mixing intensification comprising: - a reactor vessel provided with Smooth Periodic Constrictions wherein the distance between consecutive convergent sections is 3 to 4.5 times the inner diameter of the straight section, the convergent-divergent section length (L 1) of the reactor vessel is 1.4 to 2.0 times the inner diameter of the straight section, the shortest diameter (d 0) of the convergent- divergent section of the reactor vessel is 0.41 to 0.6 times the inner diameter of the straight section, the radius of curvature (R c) of the sidewall of the convergent section of the reactor vessel is 0.4 to 0.5 times the inner diameter of the straight section, the radius of curvature (R d) of the sidewall of the divergent section of the reactor vessel is 0.4 to 0.5 times the inner diameter of the straight section, the radius of curvature (R t) at the convergent-divergent section center of the reactor vessel is 0.2 to 0.5 times the inner diameter of the straight section, and the open area (α) defined as (d 0 /D) 2 is between 17 and 36%; - a mixing chamber; - oscillation means to oscillate a system within the reactor vessel. - a reactor vessel provided with Smooth Periodic Constrictions wherein the distance between consecutive convergent sections is 3 to 4.5 times the inner diameter of the straight section, the convergent-divergent section length (L 1) of the reactor vessel is 1.4 to 2.0 times the inner diameter of the straight section, the shortest diameter (d 0) of the convergent- divergent section of the reactor vessel is 0.41 to 0.6 times the inner diameter of the straight section, the radius of curvature (R c) of the sidewall of the convergent section of the reactor vessel is 0.4 to 0.5 times the inner diameter of the straight section, the radius of curvature (R d) of the sidewall of the divergent section of the reactor vessel is 0.4 to 0.5 times the inner diameter of the straight section, the radius of curvature (R t) at the convergent-divergent section center of the reactor vessel is 0.2 to 0.5 times the inner diameter of the straight section, and the open area (α) defined as (d 0 /D) 2 is between 17 and 36%; - a mixing chamber; - oscillation means to oscillate a system within the reactor vessel.
A cooktop for a fixed or mobile cooking appliance, having a base plate, in particular a glass-ceramic base plate, having a side edge, an outer surface and a peripheral outer edge which forms a plane and which is located at the intersection between said side edge and said outer surface, said cooktop having at least one cooking area (3, 3') and at least one control and/or information area, said control and/or information area having a window that is separated from said base plate and has a side edge, an outer surface and a peripheral outer edge located at the intersection between said side edge and said outer surface, said cooktop also having a seal made of synthetic material which is located between a part of the side edge of said base plate and a part of the side edge of said window so as to provide sealing between said window and said base plate, said seal having an outer surface, at least a part, or all, of the peripheral outer edge of said window not being in the plane of the peripheral outer edge of said base plate, characterized in that said cooktop has at least one end plate which is made of different material than that of the seal and is disposed above or on said seal, at least a part of the outer surface of said seal which is located between the outer surface of said base plate and the outer surface of said window being covered by said end plate.