mhurhangee/ep-ind-claims huggingface dataset:
A packet processing method, comprising: receiving, by a network device, a first flow table entry sent by a controller, wherein the first flow table entry comprises a field carrying priority information and a newly-added field carrying first importance information that is used for indicating importance of the first flow table entry; if no idle flow table entry resource exists in a flow table, determining, by the network device, whether a second flow table entry exists in the flow table, wherein the second flow table entry comprises second importance information used for indicating importance of a second flow table entry, and the importance indicated by the second importance information is less than the importance indicated by the first importance information; and if the second flow table entry exists in the flow table, deleting, by the network device, the second flow table entry in the flow table, and adding the first flow table entry to the flow table. receiving, by a network device, a first flow table entry sent by a controller, wherein the first flow table entry comprises a field carrying priority information and a newly-added field carrying first importance information that is used for indicating importance of the first flow table entry; if no idle flow table entry resource exists in a flow table, determining, by the network device, whether a second flow table entry exists in the flow table, wherein the second flow table entry comprises second importance information used for indicating importance of a second flow table entry, and the importance indicated by the second importance information is less than the importance indicated by the first importance information; and if the second flow table entry exists in the flow table, deleting, by the network device, the second flow table entry in the flow table, and adding the first flow table entry to the flow table.
An antenna, comprising: a dielectric plate; at least one radiating patch provided on top of the dielectric plate; at least one delay line provided below the dielectric plate; wherein the dielectric plate comprises at least one first high-dielectric constant layer having a dielectric constant of 3.8-4.4 and one first foam plate contiguous with each other, a variable dielectric constant layer provided below the delay line; a ground plane provided below the variable dielectric constant layer; a bottom insulating plate provided below the ground plane; and, a feed line provided below the bottom insulating plate; wherein the bottom insulating plate comprises a second foam plate sandwiched between two glass plates (452; 456) or a second foam plate sandwiched between two polyethylene terephthalate plates (452; 456). a dielectric plate; at least one radiating patch provided on top of the dielectric plate; at least one delay line provided below the dielectric plate; wherein the dielectric plate comprises at least one first high-dielectric constant layer having a dielectric constant of 3.8-4.4 and one first foam plate contiguous with each other, a variable dielectric constant layer provided below the delay line; a ground plane provided below the variable dielectric constant layer; a bottom insulating plate provided below the ground plane; and, a feed line provided below the bottom insulating plate; wherein the bottom insulating plate comprises a second foam plate sandwiched between two glass plates (452; 456) or a second foam plate sandwiched between two polyethylene terephthalate plates (452; 456).
Apparatus for monitoring the clamping force acting in a belt strap, comprising a housing having a first housing part and a second housing part, a passage between the housing parts (11, 12) for the belt strap, a sensor component arranged in the housing and resting against one of the flat faces of the belt strap, and a device for detecting the deflection or the deflection force of the sensor component transversely to the belt longitudinal direction, the housing parts (11, 12) being connected to one another on one side at a hinge edge forming a joint and on the other side at a closure edge, a locking bolt extending with its bolt axis along the closure edge and passing with a first longitudinal portion through an opening in the first housing part and with a second longitudinal portion through an opening in the second housing part, characterized in that for the longitudinal locking of the locking bolt, said locking bolt additionally has a blocking portion on which the bolt cross section is reduced - with respect to the bolt cross section on the first longitudinal portion and/or with respect to the bolt cross section on the second longitudinal portion, - with respect to a bolt cross section directly following the blocking portion counter to the release direction of the locking bolt, and in that a blocking element, which is fixed immovably on the housing in both directions of the bolt axis, abuts against the blocking portion. - with respect to the bolt cross section on the first longitudinal portion and/or with respect to the bolt cross section on the second longitudinal portion, - with respect to a bolt cross section directly following the blocking portion counter to the release direction of the locking bolt,
A mobile robot comprising: a main body configured for running in a region; a sensor unit disposed on a front of the main body and configured for sensing an obstacle located at a predetermined distance from the main body by transmitting a sensing signal; a docking signal receiving unit configured for receiving a docking signal that is transmitted from a charging stand; a running unit configured for controlling running of the main body; and a control unit configured for determining the location of the obstacle in response to the sensing signal, for controlling running in response to the obstacle, and for controlling the running unit to dock with the charging stand in accordance with the docking signal if charging is required, wherein the control unit is configured to control the sensor unit to transmit a sensing signal with a cycle different from a signal transmission cycle of the docking signal, characterized in that the control unit is further configured to determine that a signal is sensed wrong and to stop operation of the sensor unit for a predetermined time when noise is generated due to overlap of the docking signal and the sensing signal. a main body configured for running in a region; a sensor unit disposed on a front of the main body and configured for sensing an obstacle located at a predetermined distance from the main body by transmitting a sensing signal; a docking signal receiving unit configured for receiving a docking signal that is transmitted from a charging stand; a running unit configured for controlling running of the main body; and a control unit configured for determining the location of the obstacle in response to the sensing signal, for controlling running in response to the obstacle, and for controlling the running unit to dock with the charging stand in accordance with the docking signal if charging is required, wherein the control unit is configured to control the sensor unit to transmit a sensing signal with a cycle different from a signal transmission cycle of the docking signal, characterized in that the control unit is further configured to determine that a signal is sensed wrong and to stop operation of the sensor unit for a predetermined time when noise is generated due to overlap of the docking signal and the sensing signal.
A process of painting and personalizing an image on a vehicle body during the painting application in manual, automatic and mixed phases within an assembly line, comprising the steps of: a. applying a phosphate base, cathodic electrodeposition painting, seal and filler; b. painting the vehicle body by at least one robot within a paint application booth c. providing at least one other robot comprising a final line of print heads within the paint application booth for digital printing of the image provided and personalized directly to the vehicle body, and d. carrying out a digital print using automotive ink, which is a solvent base / water base ink such as eco-solvent printing ink and UV ink. a. applying a phosphate base, cathodic electrodeposition painting, seal and filler; b. painting the vehicle body by at least one robot within a paint application booth c. providing at least one other robot comprising a final line of print heads within the paint application booth for digital printing of the image provided and personalized directly to the vehicle body, and d. carrying out a digital print using automotive ink, which is a solvent base / water base ink such as eco-solvent printing ink and UV ink.
An antenna device (109 - 112) comprising: a multilayer body including magnetic layers (11b - 11f) or dielectric layers (12a, 12g, 12h) that are stacked; and an outer coil conductor that forms an antenna coil and that has a winding axis in a direction orthogonal to a stacking direction of the multilayer body, the outer coil conductor being disposed so as to run around a periphery, or a part of the periphery, of the multilayer body, wherein an inner coil conductor that forms an inductor of a filter circuit is formed within a winding area of the outer coil conductor, the inner coil conductor having a winding axis in a direction orthogonal to the winding axis of the outer coil conductor, wherein at least a first end of the outer coil conductor and an end portion of the inner coil conductor are connected to each other. a multilayer body including magnetic layers (11b - 11f) or dielectric layers (12a, 12g, 12h) that are stacked; and an outer coil conductor that forms an antenna coil and that has a winding axis in a direction orthogonal to a stacking direction of the multilayer body, the outer coil conductor being disposed so as to run around a periphery, or a part of the periphery, of the multilayer body, wherein an inner coil conductor that forms an inductor of a filter circuit is formed within a winding area of the outer coil conductor, the inner coil conductor having a winding axis in a direction orthogonal to the winding axis of the outer coil conductor, wherein at least a first end of the outer coil conductor and an end portion of the inner coil conductor are connected to each other.
An illumination system for cultivation of aquatic animals in a volume of water, the cultivation using a feeding system for dispending food to the aquatic animals, the feeding system defining a feeding axis in the volume of water, the feeding axis defining the overall average travelling direction of the food in the volume of water after having been dispensed from and/or spread by the feeding system, the illumination system comprising: - a first illumination surface positioned in the volume of water and arranged to illuminate the feeding axis, the first illumination surface for emitting a first light in a first direction towards the feeding axis; - a second illumination surface positioned in the volume of water and arranged to illuminate the feeding axis, the second illumination surface for emitting a second light in a second direction towards the feeding axis; wherein the first illumination surface and the second illumination surface are different surfaces and are arranged to emit light towards the feeding axis from substantially different directions. - a first illumination surface positioned in the volume of water and arranged to illuminate the feeding axis, the first illumination surface for emitting a first light in a first direction towards the feeding axis; - a second illumination surface positioned in the volume of water and arranged to illuminate the feeding axis, the second illumination surface for emitting a second light in a second direction towards the feeding axis; wherein the first illumination surface and the second illumination surface are different surfaces and are arranged to emit light towards the feeding axis from substantially different directions.
An illumination-pattern rotator (302; 500; 600; 700; 800; 830; 850) for selective rotation of at least one input beam of light in use to provide three-dimensional structured illumination for microscopy, the rotator comprising a rotation selector (502; 602;805) and at least one mirror cluster (504-505;506) and characterized in that: said rotation selector (502;602;805) receiving at least one beam of light and directing the beam to select at least one mirror cluster (504-505;506), and each mirror cluster being arranged to receive the at least one beam reflected from the rotation selector and to rotate the at least one beam by a predefined angle of rotation, the rotator being such that said mirrors of the mirror cluster or each mirror cluster are each oriented differently in three-dimensional space to provide beam rotation. said rotation selector (502;602;805) receiving at least one beam of light and directing the beam to select at least one mirror cluster (504-505;506), and each mirror cluster being arranged to receive the at least one beam reflected from the rotation selector and to rotate the at least one beam by a predefined angle of rotation, the rotator being such that said mirrors of the mirror cluster or each mirror cluster are each oriented differently in three-dimensional space to provide beam rotation.
A method for manufacturing a middle frame for mobile terminal, characterized by comprising: providing (S101, S201) a metal plate; forming a plurality of elongated protrusions arranged in parallel on the metal plate, the plurality of elongated protrusions each extending along a length direction of the metal plate; forming (S103, S205) a tubular blank by bending the metal plate such that each of the plurality of elongated protrusions extends around the tubular blank; and cutting (S104, S206) the tubular blank into a plurality of annular pieces, wherein each of the plurality of annular pieces comprises one of the plurality of elongated protrusions. providing (S101, S201) a metal plate; forming a plurality of elongated protrusions arranged in parallel on the metal plate, the plurality of elongated protrusions each extending along a length direction of the metal plate; forming (S103, S205) a tubular blank by bending the metal plate such that each of the plurality of elongated protrusions extends around the tubular blank; and cutting (S104, S206) the tubular blank into a plurality of annular pieces, wherein each of the plurality of annular pieces comprises one of the plurality of elongated protrusions.
A compound represented by the following Chemical Formula 1, or a pharmaceutically acceptable salt thereof: in the Chemical Formula 1, X is -CH 2 -, -CO-, or -SO 2 -, Y is C 1-3 alkylene, or-NH-, R 1 is C 1-4 alkyl, benzodioxolyl, benzofuranyl, benzyl, furanyl, phenyl, pyrazolyl, pyridinyl, pyrimidinyl, or thienyl, wherein, R 1 is unsubstituted; or substituted with 1 to 3 substituents respectively selected from the group consisting of C 1-4 alkyl, C 1-4 haloalkyl, C 1-4 alkoxy, C 1-4 haloalkoxy, C 3-6 cycloalkenyl, hydroxy, halogen, cyano, -COO(C 1-4 alkyl), morpholino, phenyl and pyrrolidinyl R 2 is imidazolyl, phenyl, pyridinyl, thienyl, or pyridinyl fused with a 5-membered heteroaromatic ring having one or two heteroatoms selected from the group consisting of nitrogen and oxygen, wherein, R 2 is unsubstituted; or substituted with 1 to 3 substituents respectively selected from the group consisting of C 1-4 alkyl, C 1-4 haloalkyl, C 1-4 alkoxy, C 1-4 haloalkoxy, halogen, cyano, phenyl, phenoxy, N(C 1-4 alkyl) 2 and -CO-morpholino, R 3 is hydrogen, or C 1-4 alkyl, R 4 is C 1-4 alkyl, R 5 is hydrogen, or C 1-4 alkyl, and R 6 is hydrogen, or C 1-4 alkyl.
A light curtain component, having: - a housing which extends essentially along a longitudinal direction, and - a plurality of optoelectronic emission or reception elements (28, 30) arranged in the housing, which are oriented toward an upper side of the housing and are separated from one another along the longitudinal direction, wherein the housing comprises a front side which extends transversely to the upper side, characterized in that the front side is essentially trapezoidal in a plan view and comprises a first, a second, and a third planar front surface (48", 50", 52), wherein the first and the second planar front surfaces (48", 50", 52) each form an angle (α) of 45° with the longitudinal direction and an angle of 90° with each other, wherein the third planar front surface is oriented orthogonally to the longitudinal direction and connects the first and the second front surfaces (48"; 50") to one another, and wherein one of the optoelectronic emission or reception elements (28, 30), which is arranged in the housing and lies spatially closest to the front side, has an equally large first distance (d 1) from the first, the second and the third planar front surfaces (48"; 50", 52). - a housing which extends essentially along a longitudinal direction, and - a plurality of optoelectronic emission or reception elements (28, 30) arranged in the housing, which are oriented toward an upper side of the housing and are separated from one another along the longitudinal direction,
A magnetic toy assembly, suitable for bi-dimensional and three-dimensional puzzles and/or playthings, comprising: an anchorage base member in magnetically conductive material, having a slide surface for toy pieces; a plurality of movable main toy pieces, each comprising a body in magnetically non-conductive material and at least one permanent magnet, having a polarization axis orientated towards the slide surface; said body having a rear side configured to slidably contact the slide surface of the anchorage base member, and side contact surfaces configured to allow a contact and a relative sliding movement between the main toy pieces; in which the permanent magnet comprises a first pole facing said slide surface, and a second pole facing in an opposite direction in respect to the first pole of the permanent magnet; characterised in that each of two or more main toy pieces, comprises a pole extension magnetically connected to the second pole of the permanent magnet; and in that the pole extension is extending crosswise the polarization axis of the permanent magnet, towards at least one side contact surface of the body of the main toy piece. an anchorage base member in magnetically conductive material, having a slide surface for toy pieces; a plurality of movable main toy pieces, each comprising a body in magnetically non-conductive material and at least one permanent magnet, having a polarization axis orientated towards the slide surface; said body having a rear side configured to slidably contact the slide surface of the anchorage base member, and side contact surfaces configured to allow a contact and a relative sliding movement between the main toy pieces; in which the permanent magnet comprises a first pole facing said slide surface, and a second pole facing in an opposite direction in respect to the first pole of the permanent magnet; characterised in that each of two or more main toy pieces, comprises a pole extension magnetically connected to the second pole of the permanent magnet; and in that the pole extension is extending crosswise the polarization axis of the permanent magnet, towards at least one side contact surface of the body of the main toy piece.
Method for manufacturing a thermoplastic product or a thermoplastic composite, in the form of a sheet and/or a multilayer, comprising the following steps: - providing a raw material comprising at least one thermoplastic material, - depositing said raw material on conveying means, - pre-consolidating said raw material step by step by compressing it, while heating it to a temperature below its melting temperature, to form a pre-consolidated product, - consolidating said pre-consolidated product step by step, by compressing it, while heating it to a temperature above the melting temperature of said raw material, to form a consolidated product, the pre-consolidation and the consolidation being done sequentially. - providing a raw material comprising at least one thermoplastic material, - depositing said raw material on conveying means, - pre-consolidating said raw material step by step by compressing it, while heating it to a temperature below its melting temperature, to form a pre-consolidated product, - consolidating said pre-consolidated product step by step, by compressing it, while heating it to a temperature above the melting temperature of said raw material, to form a consolidated product,
Method for disinfecting a dialysate side of a hemodialysis unit (10; 10'), the hemodialysis unit (10; 10') comprising: a dialyzer inflow line fluidically opening into an inflow connector, a dialyzer outflow line fluidically starting at an outflow connector, a recirculation line with a recirculation valve between the dialyzer outflow line and the dialyzer inflow line, a return line (15; 15') between the inflow connector and the outflow connector, a disinfection liquid adapted to be introduced into one of the lines via a disinfection valve, a preservation liquid adapted to be introduced into one of the lines via a preservation valve, and a liquid pump arranged along one of the lines, the method comprising the steps of: introducing the disinfection liquid into the lines, opening the recirculation valve and activating the liquid pump for a predetermined disinfection period, after the lapse of the disinfection period: opening the preservation valve, whereby the preservation liquid is introduced into all lines, wherein the preservation liquid is a diluent by which the disinfection liquid in the lines is diluted to 50% at most, and after the lapse of a preservation period: opening a waste valve so that the preservation liquid is pumped from the lines into a waste line. a dialyzer inflow line fluidically opening into an inflow connector, a dialyzer outflow line fluidically starting at an outflow connector, a recirculation line with a recirculation valve between the dialyzer outflow line and the dialyzer inflow line, a return line (15; 15') between the inflow connector and the outflow connector, a disinfection liquid adapted to be introduced into one of the lines via a disinfection valve, a preservation liquid adapted to be introduced into one of the lines via a preservation valve, and a liquid pump arranged along one of the lines, introducing the disinfection liquid into the lines, opening the recirculation valve and activating the liquid pump for a predetermined disinfection period, after the lapse of the disinfection period: opening the preservation valve, whereby the preservation liquid is introduced into all lines, wherein the preservation liquid is a diluent by which the disinfection liquid in the lines is diluted to 50% at most, and after the lapse of a preservation period: opening a waste valve so that the preservation liquid is pumped from the lines into a waste line.