mhurhangee/ep-ind-claims huggingface dataset:
Process for separating a plurality of chemical components (Cx) from a chemical mixture (M1-M4), the chemical mixture (M1-M4) comprising a plurality of fluorinated fluids (F1-F6), each fluorinated fluid (F1-F6) comprising at least one fluorinated chemical component (Cx), the process comprising: - a step of identification in the chemical mixture (M1-M4) of at least two sub-mixtures (N1-N5), each sub-mixture (N1-N5) being a simple sub-mixture (N1, N3) comprising a single chemical component (C1, C4) or a complex sub-mixture (N2, N4, N5) comprising a combination of chemical components (C21, C22, C41, C42, C51, C52), each complex sub-mixture (N2, N4, N5) being associated either with a first secondary distillation group by a pressure swing distillation method, or with a second secondary distillation group by an extraction distillation method, - a primary distillation step, by means of a simple main distillation column, so as to separate each identified sub-mixture (N1-N5), - a secondary distillation step, by means of a same advanced unit of two auxiliary extraction columns (2, 3), of each complex sub-mixture (N2, N4, N5) of the first group and of the second group, the complex sub-mixtures of the first group being separated by the pressure swing distillation method and the complex sub-mixtures (N4, N5) of the second group being separated, by means of a same solvent, by the extraction distillation method, by the same two auxiliary columns (2, 3). - a step of identification in the chemical mixture (M1-M4) of at least two sub-mixtures (N1-N5), each sub-mixture (N1-N5) being a simple sub-mixture (N1, N3) comprising a single chemical component (C1, C4) or a complex sub-mixture (N2, N4, N5) comprising a combination of chemical components (C21, C22, C41, C42, C51, C52), each complex sub-mixture (N2, N4, N5) being associated either with a first secondary distillation group by a pressure swing distillation method, or with a second secondary distillation group by an extraction distillation method, - a primary distillation step, by means of a simple main distillation column, so as to separate each identified sub-mixture (N1-N5), - a secondary distillation step, by means of a same advanced unit of two auxiliary extraction columns (2, 3), of each complex sub-mixture (N2, N4, N5) of the first group and of the second group, the complex sub-mixtures of the first group being separated by the pressure swing distillation method and the complex sub-mixtures (N4, N5) of the second group being separated, by means of a same solvent, by the extraction distillation method, by the same two auxiliary columns (2, 3).
A method of storing a travel history using a controller to store the travel history of a vehicle in a storage device for each link connecting between nodes in road information, the method being characterized by comprising: determining, when two or more traveling positions of the vehicle exist in a lane and in a link (LINK2) on a downstream side of a branching point (NODE2), that travel histories in a link (LINK1) on an upstream side of the branching point (NODE2) and in link (LINK2) on the downstream side of the branching point (NODE2) are two or more types of travel histories on a basis of a predetermined determination condition; and storing the two or more types of travel histories in the link in the storage device so as to be sorted for the determined two or more types, wherein the predetermined determination condition involves the traveling positions in the lane. determining, when two or more traveling positions of the vehicle exist in a lane and in a link (LINK2) on a downstream side of a branching point (NODE2), that travel histories in a link (LINK1) on an upstream side of the branching point (NODE2) and in link (LINK2) on the downstream side of the branching point (NODE2) are two or more types of travel histories on a basis of a predetermined determination condition; and storing the two or more types of travel histories in the link in the storage device so as to be sorted for the determined two or more types, wherein the predetermined determination condition involves the traveling positions in the lane.
A Method for reducing an amount of records in a database, said method being implemented by an electronic apparatus comprising hardware resources for reducing amount of records in databases, said method being characterized in that said database is represented in the form of an oriented multigraph in which a valuated edge from a source vertex to a destination vertex represent a record of said database, said method being further characterized in that it comprises: - at least one step for obtaining, in said graph, at least one set of vertices and edges that form a group of a given balance (b) for each vertex of said set, called nilcatenation set (G̃); - at least one step for removing said nilcatenation set (G̃) from said oriented multigraph. - at least one step for obtaining, in said graph, at least one set of vertices and edges that form a group of a given balance (b) for each vertex of said set, called nilcatenation set (G̃); - at least one step for removing said nilcatenation set (G̃) from said oriented multigraph.
Device for fastening a cranial limb to a cranial crown adapted to be positioned both into a craniotomial hole and into a craniotomial cutting, comprising: - at least one cortical supporting riser; - first closing means (11, 13) operatively connected to said cortical riser; - second closing means adapted to be fastened to said cortical riser to complete its closing; - at least one handle removably connected to said cortical riser and adapted to drive said device to take it from its rest position to its operating fastening position; wherein said first closing means (11, 13) are connected to a distal end of the cortical riser and said second closing means are adapted to be fastened to the cortical riser in a near position of the distal end of the cortical riser, so that, when the device is in its operating fastening position, said first closing means (11, 13) are placed against the internal distal cranial surface and said second closing means are placed against the external near cranial surface, said first closing means (11, 13) being composed of at least two elongated elastic arms operatively connected to said cortical riser, each one of said elongated elastic arms ending in at least one small elongated arm placed transversally with respect to said elongated elastic arms. characterised in that said device is further equipped with at least one lower base to be assembled with the device for fastening a cranial limb and for simultaneously closing holes obtained to perform the craniotomy, said lower base having a cut-out through which said device passes when said device is moved to its operating fastening position, and a seat where said small transverse arms linked to said elastic arms are housed and slide. - at least one cortical supporting riser; - first closing means (11, 13) operatively connected to said cortical riser; - second closing means adapted to be fastened to said cortical riser to complete its closing; - at least one handle removably connected to said cortical riser and adapted to drive said device to take it from its rest position to its operating fastening position;
A marine boiler, comprising: a furnace; a burner which combusts a fuel for combustion and a combustion air in the furnace; a volatile gas supply portion which supplies volatile gas containing volatile organic compounds generated in a crude oil tank to the furnace; a discharging portion which discharges combustion gas generated due to combustion by the burner; and a control portion which is configured to adjust an amount of the fuel for combustion supplied to the burner and an amount of the combustion air supplied to the burner, and to control an operation to be within a predetermined load range, characterized in that the control portion includes a limited operation mode in which an operation is performed within a limited load range which is limited further than the predetermined load range so that the volatile gas, which flows from the volatile gas supply portion into the furnace and is introduced into the discharging portion, is maintained at a predetermined temperature or more, and stays in the furnace for a predetermined time or more, and in a case where the limited operation mode is set, the control portion determines whether or not a target value of a load is within the limited load range, operates the marine boiler at the target value when the target value is within the limited load range, and operates the marine boiler within the limited load range when the target value is not within the limited load range. a furnace; a burner which combusts a fuel for combustion and a combustion air in the furnace; a volatile gas supply portion which supplies volatile gas containing volatile organic compounds generated in a crude oil tank to the furnace; a discharging portion which discharges combustion gas generated due to combustion by the burner; and a control portion which is configured to adjust an amount of the fuel for combustion supplied to the burner and an amount of the combustion air supplied to the burner, and to control an operation to be within a predetermined load range, characterized in that the control portion includes a limited operation mode in which an operation is performed within a limited load range which is limited further than the predetermined load range so that the volatile gas, which flows from the volatile gas supply portion into the furnace and is introduced into the discharging portion, is maintained at a predetermined temperature or more, and stays in the furnace for a predetermined time or more, and in a case where the limited operation mode is set, the control portion determines whether or not a target value of a load is within the limited load range, operates the marine boiler at the target value when the target value is within the limited load range, and operates the marine boiler within the limited load range when the target value is not within the limited load range.
A breath actuated dry powder inhaler (1, 201), said inhaler (1, 201) comprising a substantially planar housing built up of a stack of substantially planar elements, said planar elements including a bottom plate, an intermediate plate and a top plate, said planar elements being parallel to each other, at least one planar element being provided with projections (20a-g, 220a-k) and an opening, that in the stack form a substantially disc shaped air circulation chamber for de-agglomeration of entrained powdered medicament using the energy of the inspiratory air stream, a plurality of air supply channels (7, 207), an air supply region for a powder flow and a discharge channel of the inhaler (1, 201), the chamber having a substantially polygonal sidewall extending about a central axis between top and bottom walls of the chamber, the central axis extending transversely to the bottom plate, the height of the chamber being smaller than its diameter, the plurality of air supply channels (7, 207) being disposed about the circumference of the chamber, which channels (7, 207) extend from an air inlet and which channels (7, 207) enter the chamber substantially tangentially to its sidewall, the housing comprising a powder channel (7a, 207a) extending through a powder dose supply region of the inhaler (1, 201) to the chamber, which powder channel (7a, 207a) enters the chamber substantially tangentially to its sidewall, the chamber further comprising an air outlet axially extending from a discharge opening and connecting to a discharge channel that extends to a mouthpiece, wherein the discharge channel connects substantially transversely to the air outlet of the chamber, characterized in that the inhaler (1, 201) comprises a single air circulation chamber and in that the polygonal sidewall comprises at least six straight line segments (5a-5g, 205a - 205k) or sides, each straight line segments (5a-5g, 205a - 205k) being spaced at the same first distance from an adjacent one forming the plurality of air supply channels (7, 207), the air supply channels (7, 207) having the same width and being regularly disposed about the circumference of the chamber, the powder channel (7a, 207a) being defined by two straight line segments which are spaced from each other at a second distance which is larger than the first distance.
A method for detection and quantification of vessel calcification of a breast wherein a radiographic image of the breast is transformed quantitatively to a tissue composition map indicating a total amount of breast tissue; a calcification map is generated indicating position in the tissue composition map of calcified tissue; a calcification free tissue composition map is generated from the tissue composition map using the position of calcified tissue in the calcification map; a vessel map of the position of vessels in the tissue composition map is generated; and the vessel map is combined with the calcification map to generate a map of vessel calcification indicating the position of calcified vessels in the tissue composition map; generating a quantification measure of vessel calcification of the breast from the vessel map and normalizing said quantification measure of vessel calcification by combining it with results from a measurement of the breast volume. a radiographic image of the breast is transformed quantitatively to a tissue composition map indicating a total amount of breast tissue; a calcification map is generated indicating position in the tissue composition map of calcified tissue; a calcification free tissue composition map is generated from the tissue composition map using the position of calcified tissue in the calcification map; a vessel map of the position of vessels in the tissue composition map is generated; and the vessel map is combined with the calcification map to generate a map of vessel calcification indicating the position of calcified vessels in the tissue composition map; generating a quantification measure of vessel calcification of the breast from the vessel map and normalizing said quantification measure of vessel calcification by combining it with results from a measurement of the breast volume.
Crutch comprising: a handgrip (2; 102; 202; 302; 402) extending along a first axis (AA1; AC1; AD1); a forearm support (3; 203; 303; 403), having a stem that extends along a second axis (AA2; AC2; AD2) and is connected to a back end (2a; 202a; 302a) of the handgrip (2; 102; 202; 302; 402); a support pole (4; 104; 204; 304; 404), extending along a third axis (AA3; AC3; AD3) and connected to a front end (2b; 302b) of the handgrip (2; 102; 202; 302; 402); and adjusting members (5; 105; 205; 305; 405), configured to adjust an angular position of at least one of the support pole (4; 104; 204; 304; 404) and the forearm support (3; 203; 303; 403) with respect to the handgrip (2; 102; 202; 302; 402); characterised in that the adjusting members (5; 105; 205; 305; 405) are configured to adjust an angle between the third axis (AA3; AC3; AD3) of the support pole (4; 104; 204; 304; 404) and a plane defined by the first axis (AA1; AC1; AD1) of the handgrip (2; 102; 202; 302; 402) and the second axis (AA2; AC2; AD2) of the forearm support (3; 203; 303; 403). a handgrip (2; 102; 202; 302; 402) extending along a first axis (AA1; AC1; AD1); a forearm support (3; 203; 303; 403), having a stem that extends along a second axis (AA2; AC2; AD2) and is connected to a back end (2a; 202a; 302a) of the handgrip (2; 102; 202; 302; 402); a support pole (4; 104; 204; 304; 404), extending along a third axis (AA3; AC3; AD3) and connected to a front end (2b; 302b) of the handgrip (2; 102; 202; 302; 402); and adjusting members (5; 105; 205; 305; 405), configured to adjust an angular position of at least one of the support pole (4; 104; 204; 304; 404) and the forearm support (3; 203; 303; 403) with respect to the handgrip (2; 102; 202; 302; 402); characterised in that the adjusting members (5; 105; 205; 305; 405) are configured to adjust an angle between the third axis (AA3; AC3; AD3) of the support pole (4; 104; 204; 304; 404) and a plane defined by the first axis (AA1; AC1; AD1) of the handgrip (2; 102; 202; 302; 402) and the second axis (AA2; AC2; AD2) of the forearm support (3; 203; 303; 403).
An injection system including a longitudinal barrel, a distally projecting tip and a tip cap assembly, said distally projecting tip being provided with a fluid passageway extending therethrough, a distal surface and a lateral surface, said tip cap assembly comprising: - an elastomeric inner cap having a frustoconical protrusion, said frustoconical protrusion having a proximal face, said proximal face is the most proximal face of said elastomeric inner cap, - a rigid outer cap which is or can be securely disposed around said elastomeric inner cap, said tip cap assembly being configured so that, when said tip cap assembly closes said fluid passageway, said frustoconical protrusion contacts said distally projecting tip only at the distal surface, the elastomeric inner cap having a circular bump, said circular bump having a diameter which is greater than an internal diameter of the rigid outer cap. - an elastomeric inner cap having a frustoconical protrusion, said frustoconical protrusion having a proximal face, said proximal face is the most proximal face of said elastomeric inner cap, - a rigid outer cap which is or can be securely disposed around said elastomeric inner cap, said tip cap assembly being configured so that, when said tip cap assembly closes said fluid passageway, said frustoconical protrusion contacts said distally projecting tip only at the distal surface, the elastomeric inner cap having a circular bump, said circular bump having a diameter which is greater than an internal diameter of the rigid outer cap.
A method of providing multicast broadcast service, MBS, to a non-internet group management protocol, IGMP, compliant mobile station comprising: receiving a request to join a multicast session from the mobile station at a MBS server, the request indicating a requested broadcast channel; when the requested broadcast channel is not currently being provided within an access service network, ASN, of the mobile station, sending an IGMP-join message from a proxy IGMP client to a first hop IGMP router indicating the multicast IP address of the requested broadcast channel; when the requested broadcast channel is currently being provided within the ASN, refraining the proxy IGMP client from sending the IGMP-join message and instead triggering establishment of MBS service for the requested broadcast channel for a base station currently serving the mobile station, wherein the MBS server operates the proxy IGMP client on behalf of the mobile station allowing the mobile station to receive MBS from an IGMP network. receiving a request to join a multicast session from the mobile station at a MBS server, the request indicating a requested broadcast channel; when the requested broadcast channel is not currently being provided within an access service network, ASN, of the mobile station, sending an IGMP-join message from a proxy IGMP client to a first hop IGMP router indicating the multicast IP address of the requested broadcast channel; when the requested broadcast channel is currently being provided within the ASN, refraining the proxy IGMP client from sending the IGMP-join message and instead triggering establishment of MBS service for the requested broadcast channel for a base station currently serving the mobile station, wherein the MBS server operates the proxy IGMP client on behalf of the mobile station allowing the mobile station to receive MBS from an IGMP network.
A system for conditioning and analyzing a biogas pipeline stream where the biogas contains one or more contaminants selected from the group consisting of H 2 O, CO 2, H 2 S, NH 3, C 2 H 6, siloxanes, VOC, and O 2 intermixed with CH 4, said system, comprising: a) at least a first gas pipeline takeoff probe for extracting a biogas sample, a heated probe enclosure to prevent dew point dropout from Joule-Thomson condensation of the heated biogas sample, heated tubing to provide thermal stability and avoid dew point dropout during transit to an associated sample analyzer unit; a biogas communication line limiting dew point dropout of the biogas sample conveying the heated biogas sample via a multi-input solenoid controlled valve switch and a gas input line into the sample analyzer unit, the input selection of which being determined by the multi-input solenoid controlled valve switch controlled flow from the respective outputs at particular stages of treatment within the system for conditionning and analysing the biogas b) a gas dryer unit for receiving the extracted biogas sample; c) a first pump and a first pressure regulator for increasing the pressure of the heated biogas sample exiting the gas dryer unit; d) the gas analyzer unit for measuring the quantity of a contaminant selected from the group consisting of H 2 O, CO 2, H 2 S, NH 3, C 2 H 6, siloxanes, VOC, and O 2 present in the dried, pressurized and heated biogas sample; e) a source of compressed industrial grade purge gas input, said purge gas being passed through a pressure regulator to said gas dryer unit and said gas analyzer unit; and f) a gas exhaust for venting the analyzed biogas sample. a) at least a first gas pipeline takeoff probe for extracting a biogas sample, a heated probe enclosure to prevent dew point dropout from Joule-Thomson condensation of the heated biogas sample, heated tubing to provide thermal stability and avoid dew point dropout during transit to an associated sample analyzer unit; a biogas communication line limiting dew point dropout of the biogas sample conveying the heated biogas sample via a multi-input solenoid controlled valve switch and a gas input line into the sample analyzer unit, the input selection of which being determined by the multi-input solenoid controlled valve switch controlled flow from the respective outputs at particular stages of treatment within the system for conditionning and analysing the biogas b) a gas dryer unit for receiving the extracted biogas sample; c) a first pump and a first pressure regulator for increasing the pressure of the heated biogas sample exiting the gas dryer unit; d) the gas analyzer unit for measuring the quantity of a contaminant selected from the group consisting of H 2 O, CO 2, H 2 S, NH 3, C 2 H 6, siloxanes, VOC, and O 2 present in the dried, pressurized and heated biogas sample; e) a source of compressed industrial grade purge gas input, said purge gas being passed through a pressure regulator to said gas dryer unit and said gas analyzer unit; and f) a gas exhaust for venting the analyzed biogas sample.