mhurhangee/ep-ind-claims huggingface dataset:
A machinery for scanning a slab of rock material, comprising: - a support to support the slab, - a scanner configured to capture an image of the slab, - a reader device configured to read an identifying element, in particular containing items of information, applied on the slab, - a control unit adapted to produce, as an output, an image of the slab; wherein the control unit is configured to receive from the reader device an input signal concerning the identifying element and, based on said input signal, to determine the parameters with which the scanner scans the slab and/or the parameters with which the control unit processes the output image of the slab; characterized in that the scanner is adapted to detect optical references applied on the slab; and the control unit is configured to determine the position of said optical references and, based on this position, to produce, as an output, the spatial positioning of the slab with reference to a reference system. - a support to support the slab, - a scanner configured to capture an image of the slab, - a reader device configured to read an identifying element, in particular containing items of information, applied on the slab, - a control unit adapted to produce, as an output, an image of the slab; wherein the control unit is configured to receive from the reader device an input signal concerning the identifying element and, based on said input signal, to determine the parameters with which the scanner scans the slab and/or the parameters with which the control unit processes the output image of the slab;
A method comprising: accessing a network topology configuration set comprising two or more route target groups, RTGs, wherein each RTG comprises a topology type identifier, one or more site identifiers, one or more role identifiers associated with each of the one or more site identifiers, and one or more route target identifiers, wherein at least one of the one or more site identifiers contained in a first RTG of the two or more RTGs is also contained in a second RTG of the two or more RTGs, and wherein the first RTG comprises a different topology type identifier than the second RTG; generating one or more route target statements, based on the topology type- and role identifiers of the first and second RTGs, defining the export or import of network layer reachability information between one or more routing nodes in a virtual private network, VPN topology; and transmitting the one or more route target statements to one or more routing nodes. accessing a network topology configuration set comprising two or more route target groups, RTGs, wherein each RTG comprises a topology type identifier, one or more site identifiers, one or more role identifiers associated with each of the one or more site identifiers, and one or more route target identifiers, wherein at least one of the one or more site identifiers contained in a first RTG of the two or more RTGs is also contained in a second RTG of the two or more RTGs, and wherein the first RTG comprises a different topology type identifier than the second RTG; generating one or more route target statements, based on the topology type- and role identifiers of the first and second RTGs, defining the export or import of network layer reachability information between one or more routing nodes in a virtual private network, VPN topology; and transmitting the one or more route target statements to one or more routing nodes.
A process for removing carbon monoxide and acid gases from a carbon monoxide-containing fluid stream, wherein a) the fluid stream is brought into contact with an absorption medium comprising a sterically hindered amine or a tertiary amine and additionally comprising a sterically unhindered primary or secondary amine in an absorption zone to obtain a deacidified fluid stream and an acidgases-laden absorption medium, b) the laden absorption medium is heated in a first heat exchanger and decompressed into a decompression zone to a pressure of from 5 to 10 bar to obtain a carbon monoxide-comprising gas phase and a carbon monoxide-depleted laden absorption medium, c) the carbon monoxide-depleted laden absorption medium is passed into a stripper in which at a pressure of 1 to 2.5 bar the acid gases are at least partially liberated by supplying heat to obtain a regenerated absorption medium and an acid-gas-comprising stream, the carbon monoxide-depleted laden absorption medium optionally being heated in a second heat exchanger before being introduced into the stripper, and d) the regenerated absorption medium is recycled into the absorption zone, wherein, if the second heat exchanger is present, the heating medium used in the second heat exchanger is the regenerated absorption medium and the heating medium used in the first heat exchanger is the regenerated absorption medium after it has passed through the second heat exchanger, or, if the second heat exchanger is not present, the heating medium used in the first heat exchanger is the regenerated absorption medium, and the amount of heat transferred in the first heat exchanger is such that the carbon monoxide-comprising gas phase comprises 50% to 97% by volume of acid gases. a) the fluid stream is brought into contact with an absorption medium comprising a sterically hindered amine or a tertiary amine and additionally comprising a sterically unhindered primary or secondary amine in an absorption zone to obtain a deacidified fluid stream and an acidgases-laden absorption medium, b) the laden absorption medium is heated in a first heat exchanger and decompressed into a decompression zone to a pressure of from 5 to 10 bar to obtain a carbon monoxide-comprising gas phase and a carbon monoxide-depleted laden absorption medium, c) the carbon monoxide-depleted laden absorption medium is passed into a stripper in which at a pressure of 1 to 2.5 bar the acid gases are at least partially liberated by supplying heat to obtain a regenerated absorption medium and an acid-gas-comprising stream, the carbon monoxide-depleted laden absorption medium optionally being heated in a second heat exchanger before being introduced into the stripper, and d) the regenerated absorption medium is recycled into the absorption zone,
A resin composition for ink supply tubes, containing: a thermoplastic elastomer containing a (b)-(a)-(b)-type isobutylene triblock copolymer containing polymer blocks (a) having isobutylene units and polymer blocks (b) having styrene units; and a lubricant containing at least one of an ethylenic polymer, a propylenic polymer, and a styrenic polymer, wherein the content of the thermoplastic elastomer in the resin composition is 70% by mass or more, the content of the lubricant in the resin composition is 5% to 15% by mass, the content of the (b)-(a)-(b)-type isobutylene triblock copolymer in the resin composition is 50% to 95% by mass, the content of the polymer blocks (a) in the (b)-(a)-(b)-type isobutylene triblock copolymer is 80% to 90% by mass, and the content of the polymer blocks (b) in the (b)-(a)-(b)-type isobutylene triblock copolymer is 10% to 20% by mass. a thermoplastic elastomer containing a (b)-(a)-(b)-type isobutylene triblock copolymer containing polymer blocks (a) having isobutylene units and polymer blocks (b) having styrene units; and a lubricant containing at least one of an ethylenic polymer, a propylenic polymer, and a styrenic polymer, wherein the content of the thermoplastic elastomer in the resin composition is 70% by mass or more, the content of the lubricant in the resin composition is 5% to 15% by mass, the content of the (b)-(a)-(b)-type isobutylene triblock copolymer in the resin composition is 50% to 95% by mass, the content of the polymer blocks (a) in the (b)-(a)-(b)-type isobutylene triblock copolymer is 80% to 90% by mass, and the content of the polymer blocks (b) in the (b)-(a)-(b)-type isobutylene triblock copolymer is 10% to 20% by mass.
A mutant YqhD enzyme wherein the unmutated (parent) YqhD enzyme comprises at least one of the following Conserved Regions 1 and/or 2 (CR1 and/or CR2) -Glu-Xa1-Xa2-Xa3-Xa4-Xa5-Xa6-Xa7-Xa8- wherein Xa1 represents Ser, Xa2 represents Asn, Xa3 represents Ala, Xa4 represents Gly, Xa5 represents Ala, Xa6 represents Val, Xa7 represents Ile, and Xa8 represents Ser, - His-Xa9-X10-X11-X12-X13-X14-X15-X16-X17- wherein Xa9 represents Ala, X10 represents Gln, X11 represents Thr, X12 represents Leu, X13 represents Ala, X14 represents Ile, X15 represents Val, X16 represents Leu, and X17 represents Pro and wherein, - the mutant enzyme has retained more than 50% of the yqhD activity of the parent enzyme and, - the catalytic efficiency of the YqhD enzyme toward NADPH is increased, and - it comprises at least one of the following amino acid sequences in conserved regions CR1 and/or CR2: - CR1: Glu Ser Asn Ala Ser Ala Val Ile Ser as identified in SEQ ID N°2 or Glu Ser Asn Ala Glu Ala Val He Ser as identified in SEQ ID N°1; - CR2: His Ala Gln Thr Leu Thr He Val Leu Pro as identified in SEQ ID N°3; the amino acid residue marked in bold and underlined identifying the amino acid in the mutant YqhD different from the amino acid in the parent YqhD. Xa1 represents Ser, Xa2 represents Asn, Xa3 represents Ala, Xa4 represents Gly, Xa5 represents Ala, Xa6 represents Val, Xa7 represents Ile, and Xa8 represents Ser, Xa9 represents Ala, X10 represents Gln, X11 represents Thr, X12 represents Leu, X13 represents Ala, X14 represents Ile, X15 represents Val, X16 represents Leu, and X17 represents Pro - the mutant enzyme has retained more than 50% of the yqhD activity of the parent enzyme and, - the catalytic efficiency of the YqhD enzyme toward NADPH is increased, and - it comprises at least one of the following amino acid sequences in conserved regions CR1 and/or CR2: - CR1: Glu Ser Asn Ala Ser Ala Val Ile Ser as identified in SEQ ID N°2 or Glu Ser Asn Ala Glu Ala Val He Ser as identified in SEQ ID N°1; - CR2: His Ala Gln Thr Leu Thr He Val Leu Pro as identified in SEQ ID N°3; the amino acid residue marked in bold and underlined identifying the amino acid in the mutant YqhD different from the amino acid in the parent YqhD. - CR1: Glu Ser Asn Ala Ser Ala Val Ile Ser as identified in SEQ ID N°2 or Glu Ser Asn Ala Glu Ala Val He Ser as identified in SEQ ID N°1; - CR2: His Ala Gln Thr Leu Thr He Val Leu Pro as identified in SEQ ID N°3;
Apparatus, comprising: a catheter configured for insertion into a body of a subject, the catheter comprising a flexible distal portion configured to flex in response to a mechanical force applied to the catheter, characterised in that it further comprises a conducting element, held by the flexible distal portion of the catheter such that a position of the conducting element changes as the flexible distal portion flexes; at least one transmitting coil, disposed within the catheter proximally to the conducting element, configured to generate an alternating magnetic field that induces, in the conducting element, eddy currents that vary with the position of the conducting element; and one or more receiving coils, disposed within the catheter proximally to the conducting element, configured to output respective signals responsively to a superposition of (i) the magnetic field generated by the transmitting coil, and (ii) a secondary magnetic field generated by the eddy currents. a catheter configured for insertion into a body of a subject, the catheter comprising a flexible distal portion configured to flex in response to a mechanical force applied to the catheter, characterised in that it further comprises a conducting element, held by the flexible distal portion of the catheter such that a position of the conducting element changes as the flexible distal portion flexes; at least one transmitting coil, disposed within the catheter proximally to the conducting element, configured to generate an alternating magnetic field that induces, in the conducting element, eddy currents that vary with the position of the conducting element; and one or more receiving coils, disposed within the catheter proximally to the conducting element, configured to output respective signals responsively to a superposition of (i) the magnetic field generated by the transmitting coil, and (ii) a secondary magnetic field generated by the eddy currents.
A method for transmitting information using a synchronization channel, the method comprising: generating at least one predetermined sequence for each of a first synchronization channel and a second synchronization channel; performing phase modulation for indicating additional information on sequence elements corresponding to each of a first region of the first synchronization channel and a second region of the second synchronization channel; and transmitting the first synchronization channel and the second synchronization channel each having the respective phase modulated sequence applied thereto, wherein the generating comprises generating different sequences for the first synchronization channel and the second synchronization channel, respectively, and the generated different sequences are combined to indicate other additional information. generating at least one predetermined sequence for each of a first synchronization channel and a second synchronization channel; performing phase modulation for indicating additional information on sequence elements corresponding to each of a first region of the first synchronization channel and a second region of the second synchronization channel; and transmitting the first synchronization channel and the second synchronization channel each having the respective phase modulated sequence applied thereto, wherein the generating comprises generating different sequences for the first synchronization channel and the second synchronization channel, respectively, and the generated different sequences are combined to indicate other additional information.
A package comprising compressed mineral wool insulation blowing wool fibres obtained by compressing the mineral wool insulation blowing wool fibres with a press along a single axis and at least one retainer which retains the mineral wool insulation blowing wool fibres under compression within the package; wherein upon release of the retainer, the mineral wool insulation blowing wool fibres expand the package substantially along a single expansion axis.
A developer containing device for containing developer, comprising: a partition arranged between an outer space and an inner space for containing said developer, a bearing arranged on said partition, and a rotation shaft carried by said bearing and extending from said outer space to said inner space; and comprising a sealing member arranged on said inner space side, having one end side (18a, 18c) fixed to said partition and the other end side (18b, 18d) being in contact with a surface of said rotation shaft, and thereby isolating said bearing from said inner space; a communication groove arranged at the surface of said rotation shaft, and connecting said outer space to a closed space isolated from said inner space by said sealing member; and a communication passage (23; 13h) arranged on said partition for connecting said outer space to said closed space. a partition arranged between an outer space and an inner space for containing said developer, a bearing arranged on said partition, and a rotation shaft carried by said bearing and extending from said outer space to said inner space; and comprising a sealing member arranged on said inner space side, having one end side (18a, 18c) fixed to said partition and the other end side (18b, 18d) being in contact with a surface of said rotation shaft, and thereby isolating said bearing from said inner space; a communication groove arranged at the surface of said rotation shaft, and connecting said outer space to a closed space isolated from said inner space by said sealing member; and a communication passage (23; 13h) arranged on said partition for connecting said outer space to said closed space.
A composition for use in a method of treating a tumor in a patient, the method comprising: administering to the patient intratumorally the composition, wherein the composition comprises a combination of at least two immune checkpoint inhibitors and at least one cytokine, each being present in the composition in therapeutically effective amounts, and a pharmaceutically acceptable carrier, in an amount sufficient to treat the tumor, wherein the at least two checkpoint inhibitors are a CTLA-4 inhibitor and a PD-1 inhibitor, and wherein the cytokine is GM-CSF; and ablating at least a portion of the tumor, thereby creating a zone of lesion, wherein ablating is performed using RF-EMB ablation and/or cryoablation. administering to the patient intratumorally the composition, wherein the composition comprises a combination of at least two immune checkpoint inhibitors and at least one cytokine, each being present in the composition in therapeutically effective amounts, and a pharmaceutically acceptable carrier, in an amount sufficient to treat the tumor, wherein the at least two checkpoint inhibitors are a CTLA-4 inhibitor and a PD-1 inhibitor, and wherein the cytokine is GM-CSF; and ablating at least a portion of the tumor, thereby creating a zone of lesion, wherein ablating is performed using RF-EMB ablation and/or cryoablation.
A method for controlling an energy storage system, the energy storage system comprises at least two battery modules (104, 106) electrically coupled in parallel to each other, wherein the method comprising the steps of: - receiving a signal indicative of a maximum power capability (204, 206) of each of the respective battery modules (104, 106); - assigning a power threshold limit for the at least two battery modules (104, 106) of the energy storage system corresponding to the lowest maximum power capability received from the battery modules; - providing a charge current to the at least two battery modules (104, 106), the charge current having a current level being proportional to the power threshold limit; further characterized in comprising the steps of - measuring a battery charge level of the battery module having lowest maximum power capability; and - adjusting the charge current for reducing a difference between the battery charge level of the battery module having the lowest maximum power capability and the power threshold limit. - receiving a signal indicative of a maximum power capability (204, 206) of each of the respective battery modules (104, 106); - assigning a power threshold limit for the at least two battery modules (104, 106) of the energy storage system corresponding to the lowest maximum power capability received from the battery modules; - providing a charge current to the at least two battery modules (104, 106), the charge current having a current level being proportional to the power threshold limit; further characterized in comprising the steps of - measuring a battery charge level of the battery module having lowest maximum power capability; and - adjusting the charge current for reducing a difference between the battery charge level of the battery module having the lowest maximum power capability and the power threshold limit. - measuring a battery charge level of the battery module having lowest maximum power capability; and - adjusting the charge current for reducing a difference between the battery charge level of the battery module having the lowest maximum power capability and the power threshold limit.
A turbine distributor vane of a gas turbine engine, including an outer platform and an inner platform between which extends an outer wall, forming an outer skin, characterised in that it includes an inner wall, forming an inner skin, facing the outer wall so as to define an inter-skin cavity between the outer and inner walls, the inner wall including a plurality of cooling orifices for cooling the outer wall by impact, the outer and inner walls being produced by additive manufacturing.
An applicator to be used for applying a treatment agent to one's head hair, the applicator comprising: a container connector for connection with a dispensing container accommodating therein the treatment agent; an upper guide member of a hollow shape including an outlet formed in a lower face thereof through which the treatment agent is dispensed, and formed so as to extend forward from the container connector; a lower guide member disposed parallel to the upper guide member so as to oppose the outlet; and a parallel supporting body that displaces at least one of the upper guide member and the lower guide member up and downward, while maintaining the upper guide member and the lower guide member parallel to each other, wherein the upper guide member includes a plurality of hair guide protrusions formed on the lower face thereof so as to protrude in a comb teeth shape, the upper guide member includes a hair grasping portion including the plurality of the hair guide protrusions formed in a comb teeth shape and a frontal portion formed on a front side of the hair grasping portion and the frontal portion is formed such that a clearance between the upper guide member and the lower guide member becomes narrower from a forward position toward the hair grasping portion, characterized in that the lower guide member includes a plurality of hair guide recesses formed on an upper face thereof, and each of the plurality of hair guide recesses is opposed to a corresponding one of the plurality of hair guide protrusions and introduces at least a lower end portion of the corresponding one of the plurality of hair guide protrusions therein. a container connector for connection with a dispensing container accommodating therein the treatment agent; an upper guide member of a hollow shape including an outlet formed in a lower face thereof through which the treatment agent is dispensed, and formed so as to extend forward from the container connector; a lower guide member disposed parallel to the upper guide member so as to oppose the outlet; and a parallel supporting body that displaces at least one of the upper guide member and the lower guide member up and downward, while maintaining the upper guide member and the lower guide member parallel to each other,
Air freight container having a base body for receiving goods to be transported, a plurality of wall elements connected to the base body, and a cover element connected to the wall elements, wherein the connection of the wall elements (5a-5c) to one another, to the base body and/or to the cover element (6a, 6b) is in the form of a releasable connection, characterised in that, for forming a releasable structural connection, the wall elements and the base body and/or the cover element (6a, 6b) have one-piece connecting elements (2a-2g) which can be connected in an interlocking manner, and the connecting elements (2a-2g) are arranged in the edge regions and corner regions of the air freight container, wherein the connecting elements (2a-2e) each have a cylinder-like or cylinder-shaped projection and a correspondingly formed recess, wherein the projection is arranged inside the recess in the assembled position, wherein the connecting elements (2b-2e) that extend horizontally when the container is in the use position are able to be clipped into one another, whereby the recess wraps around the cylinder-like or cylinder-shaped projection in a region of greater than 180° so that a reliable interlocking connection is formed, and wherein the connecting elements (2f, 2g) that extend vertically when the container is in the use position have such a large wrap-around angle of the recess and the projection that clipping is no longer possible and the projection must be slid into the recess.