mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: printing a 3D object via a fused filament fabrication, FFF, printer; and receiving a desired color marking to be marked on a surface of the 3D object; characterized by controlling a point energy source to emit energy on a thermal treatment layer of the 3D object in accordance with the desired color marking, wherein the thermal treatment layer comprises a leuco dye and an acid developer in a matrix that changes color at a temperature that is higher than an extrusion temperature of a filament material extruded by the FFF printer, and wherein the point energy source is controlled to emit energy on the thermal treatment layer via a plurality of passes using bursts of energy across a location on the thermal treatment layer receiving the energy. printing a 3D object via a fused filament fabrication, FFF, printer; and receiving a desired color marking to be marked on a surface of the 3D object; characterized by controlling a point energy source to emit energy on a thermal treatment layer of the 3D object in accordance with the desired color marking, wherein the thermal treatment layer comprises a leuco dye and an acid developer in a matrix that changes color at a temperature that is higher than an extrusion temperature of a filament material extruded by the FFF printer, and wherein the point energy source is controlled to emit energy on the thermal treatment layer via a plurality of passes using bursts of energy across a location on the thermal treatment layer receiving the energy.
A method of providing bearer path establishment as a service provided by an Application Server, AS, wherein the AS is in a first Internet protocol, IP, multimedia subsystem, the method comprising: receiving a Session Initiation Protocol, SIP, INVITE request at the service provided by the AS, the SIP INVITE request for initiating establishment of a call between a user element served by a visited circuit-switched subsystem and a remote end-point; and in response to receiving the SIP INVITE request: invoking a back-to-back user agent to establish a signaling anchor point at the service provided by the AS for an access signaling leg and a remote signaling leg for the call; and sending a SIP message from the service provided by the AS toward the remote end point, the message being for effecting establishment of at least part of a circuit-switched portion of a bearer path for the call via a gateway in a second IP multimedia subsystem. receiving a Session Initiation Protocol, SIP, INVITE request at the service provided by the AS, the SIP INVITE request for initiating establishment of a call between a user element served by a visited circuit-switched subsystem and a remote end-point; and in response to receiving the SIP INVITE request: invoking a back-to-back user agent to establish a signaling anchor point at the service provided by the AS for an access signaling leg and a remote signaling leg for the call; and sending a SIP message from the service provided by the AS toward the remote end point, the message being for effecting establishment of at least part of a circuit-switched portion of a bearer path for the call via a gateway in a second IP multimedia subsystem. invoking a back-to-back user agent to establish a signaling anchor point at the service provided by the AS for an access signaling leg and a remote signaling leg for the call; and sending a SIP message from the service provided by the AS toward the remote end point, the message being for effecting establishment of at least part of a circuit-switched portion of a bearer path for the call via a gateway in a second IP multimedia subsystem.
A method for evaluating the risk of metastatic relapse in a breast cancer patient, wherein said method comprises: - measuring the level of expression of each of the following genes: BTG2, UBE2C, VEGFA, SLC25A5, FABP5, ENO1, PSMB7, TUBB6, TACC3, SURF4, RHOC, CHCHD2, SFRS5, TNFSF13, DDT, C1orf64, RAB10, XIST, TUBA4A, PPA1, C4B, TUBB2C, C3orf37, GATA3, PGK1, PPP1CA, BCL2A1, IL6ST, PSMB3, RPN1, ETFB, CYC1, POR, TUBB3, TMED9, TOE1, C17orf37, PSMA, in a sample of breast tumoral tissue obtained from said patient, and - comparing the level of expression of each of said genes with the mean level of expression of the same gene measured in samples of breast tumoral tissue from a reference group of patients with breast cancer, wherein an overexpression of UBE2C, VEGFA, SLC25A5, FABP5, ENO1, PSMB7, TUBB6, TACC3, SURF4, RHOC, CHCHD2, DDT, RAB10, TUBA4A, PPA1, TUBB2C, C3orf37, PGK1, PPP1CA, BCL2A1, PSMB3, RPN1, ETFB, CYC1, POR, TUBB3, TMED9, TOE1, C17orf37, PSMA5, and an underexpression of BTG2, SFRS5, TNFSF13, C1orf64, XIST, C4B, GATA3, IL6ST, are correlated with a higher probability of metastatic relapse. - measuring the level of expression of each of the following genes: BTG2, UBE2C, VEGFA, SLC25A5, FABP5, ENO1, PSMB7, TUBB6, TACC3, SURF4, RHOC, CHCHD2, SFRS5, TNFSF13, DDT, C1orf64, RAB10, XIST, TUBA4A, PPA1, C4B, TUBB2C, C3orf37, GATA3, PGK1, PPP1CA, BCL2A1, IL6ST, PSMB3, RPN1, ETFB, CYC1, POR, TUBB3, TMED9, TOE1, C17orf37, PSMA, in a sample of breast tumoral tissue obtained from said patient, and - comparing the level of expression of each of said genes with the mean level of expression of the same gene measured in samples of breast tumoral tissue from a reference group of patients with breast cancer, wherein an overexpression of UBE2C, VEGFA, SLC25A5, FABP5, ENO1, PSMB7, TUBB6, TACC3, SURF4, RHOC, CHCHD2, DDT, RAB10, TUBA4A, PPA1, TUBB2C, C3orf37, PGK1, PPP1CA, BCL2A1, PSMB3, RPN1, ETFB, CYC1, POR, TUBB3, TMED9, TOE1, C17orf37, PSMA5, and an underexpression of BTG2, SFRS5, TNFSF13, C1orf64, XIST, C4B, GATA3, IL6ST, are correlated with a higher probability of metastatic relapse.
A purified monoclonal antibody, wherein the monoclonal antibody comprises a heavy chain variable domain comprising the amino acid sequence set forth as SEQ ID NO: 3, the amino acid sequence set forth as SEQ ID NO: 5 and the amino acid sequence set forth as SEQ ID NO: 7 [005-2G02] and a light chain variable domain comprising the amino acid sequence set forth as SEQ ID NO: 13, the amino acid sequence set forth as SEQ ID NO: 15 and the amino acid sequence set forth as SEQ ID NO: 17 [005-2G02], wherein the monoclonal antibody specifically binds hemagglutinin of H1N1, H5N1 and H3N2.
A guide assembly for a disc brake comprising: a guide pin comprising a sleeve with a sleeve portion; a receiving portion of a brake carrier to receive the sleeve portion; characterised in that the sleeve portion and receiving portion have corresponding non-circular cross-sectional profiles such that, when the sleeve portion is received and aligned in the receiving portion, rotation of the sleeve relative to the brake carrier is thereby at least restricted. a guide pin comprising a sleeve with a sleeve portion; a receiving portion of a brake carrier to receive the sleeve portion; characterised in that the sleeve portion and receiving portion have corresponding non-circular cross-sectional profiles such that, when the sleeve portion is received and aligned in the receiving portion, rotation of the sleeve relative to the brake carrier is thereby at least restricted.
A surgical system (100, 300), comprising: a guide (102, 302) having a lumen (110, 310) extending therethrough; a suture anchor comprising a sheath (106, 306) and a screw (108, 308), the sheath (106, 306) having a first side opening (116, 316) and the screw (108, 308) being configured to be received within a lumen formed in the sheath (106, 306) so as to mate with the sheath (106, 306); a first driver shaft (112, 312) configured to be removably received within the lumen (110, 310) of the guide (102, 302) such that an awl tip (112d, 312d) thereof extends beyond a distal end of the sheath (106, 306); and a second driver shaft (114, 314) configured to be removably received within the lumen (110, 310) of the guide (102, 302) after the first driver shaft (112, 312) is removed therefrom, the second driver shaft (114, 314) having a distal driver member configured to be removably received within a proximal channel formed in the screw (108, 308) to drive the screw (108, 308) into mating engagement with the sheath (106, 306). a guide (102, 302) having a lumen (110, 310) extending therethrough; a suture anchor comprising a sheath (106, 306) and a screw (108, 308), the sheath (106, 306) having a first side opening (116, 316) and the screw (108, 308) being configured to be received within a lumen formed in the sheath (106, 306) so as to mate with the sheath (106, 306); a first driver shaft (112, 312) configured to be removably received within the lumen (110, 310) of the guide (102, 302) such that an awl tip (112d, 312d) thereof extends beyond a distal end of the sheath (106, 306); and a second driver shaft (114, 314) configured to be removably received within the lumen (110, 310) of the guide (102, 302) after the first driver shaft (112, 312) is removed therefrom, the second driver shaft (114, 314) having a distal driver member configured to be removably received within a proximal channel formed in the screw (108, 308) to drive the screw (108, 308) into mating engagement with the sheath (106, 306).
A diesel engine fluid reservoir system comprising: a reservoir of diesel exhaust fluid in thermal communication with a heating element; a conduit loop (20, 22, 122) for the flow of engine coolant fluid to the heating element and back to a diesel engine having a sprung gate valve with a no-flow position and a flow position for control of the engine coolant fluid flow therethrough; a temperature sensor disposed to sense ambient temperature and/or a temperature of the diesel exhaust fluid; a controller communicatively coupled to the temperature sensor and communicatively coupled to the sprung gate valve; wherein when the temperature sensor senses a temperature below the freezing point temperature of the diesel exhaust fluid, the controller sends a signal to the sprung gate valve to be in the flow position; wherein the sprung gate valve comprises: an endless elastic band (234; 235'; 346, 348) sandwiched between a first gate member (230; 230') and a second gate member (232; 232') that each define an opening therethrough alignable with the conduit loop in the flow position thereby allowing engine coolant fluid to flow to the heating element to transfer heat to the diesel exhaust fluid; and a solenoid actuator (104, 106) that moves the first and second gate members (230, 232) together linearly within a pocket within the conduit loop. a reservoir of diesel exhaust fluid in thermal communication with a heating element; a conduit loop (20, 22, 122) for the flow of engine coolant fluid to the heating element and back to a diesel engine having a sprung gate valve with a no-flow position and a flow position for control of the engine coolant fluid flow therethrough; a temperature sensor disposed to sense ambient temperature and/or a temperature of the diesel exhaust fluid; a controller communicatively coupled to the temperature sensor and communicatively coupled to the sprung gate valve; wherein when the temperature sensor senses a temperature below the freezing point temperature of the diesel exhaust fluid, the controller sends a signal to the sprung gate valve to be in the flow position; wherein the sprung gate valve comprises: an endless elastic band (234; 235'; 346, 348) sandwiched between a first gate member (230; 230') and a second gate member (232; 232') that each define an opening therethrough alignable with the conduit loop in the flow position thereby allowing engine coolant fluid to flow to the heating element to transfer heat to the diesel exhaust fluid; and a solenoid actuator (104, 106) that moves the first and second gate members (230, 232) together linearly within a pocket within the conduit loop. an endless elastic band (234; 235'; 346, 348) sandwiched between a first gate member (230; 230') and a second gate member (232; 232') that each define an opening therethrough alignable with the conduit loop in the flow position thereby allowing engine coolant fluid to flow to the heating element to transfer heat to the diesel exhaust fluid; and a solenoid actuator (104, 106) that moves the first and second gate members (230, 232) together linearly within a pocket within the conduit loop.
Transdermal composition comprising: a matrix having a single layer configuration comprising: (i) rasagiline; and (ii) a pressure sensitive adhesive comprising: (a) an acrylate copolymer that has no pendant functional groups which are either -OH or -COOH; and (b) a cationic acrylic copolymer; and a backing. a matrix having a single layer configuration comprising: (i) rasagiline; and (ii) a pressure sensitive adhesive comprising: (a) an acrylate copolymer that has no pendant functional groups which are either -OH or -COOH; and (b) a cationic acrylic copolymer; and (i) rasagiline; and (ii) a pressure sensitive adhesive comprising: (a) an acrylate copolymer that has no pendant functional groups which are either -OH or -COOH; and (b) a cationic acrylic copolymer; and (a) an acrylate copolymer that has no pendant functional groups which are either -OH or -COOH; and (b) a cationic acrylic copolymer; and a backing.
An apparatus comprising: a housing having a first flow bore and a second flow bore, said first flow bore having a drilling fluid flowing therein; a device disposed in said second flow bore to receive a fluid flow; a diverter (102,306) disposed between said first and second flow bores, said diverter (102,306) having a first position preventing the drilling fluid from flowing into said second flow bore and a second position allowing a portion of the drilling fluid to flow into said second flow bore and through said device; and a feedback and control mechanism coupled to said diverter (102,306) and the feedback and control mechanism includes sensors measuring a property, and a processor to adjust the position of said diverter in response to the measured property; and a power generation assembly that includes a housing having a turbine mounted therein and a receiving end coupled to the secondary flow bore, wherein the primary flow bore is disposed adjacent the turbine. a housing having a first flow bore and a second flow bore, said first flow bore having a drilling fluid flowing therein; a device disposed in said second flow bore to receive a fluid flow; a diverter (102,306) disposed between said first and second flow bores, said diverter (102,306) having a first position preventing the drilling fluid from flowing into said second flow bore and a second position allowing a portion of the drilling fluid to flow into said second flow bore and through said device; and a feedback and control mechanism coupled to said diverter (102,306) and the feedback and control mechanism includes sensors measuring a property, and a processor to adjust the position of said diverter in response to the measured property; and a power generation assembly that includes a housing having a turbine mounted therein and a receiving end coupled to the secondary flow bore, wherein the primary flow bore is disposed adjacent the turbine.
A bandwidth control method, comprising: • obtaining, by a bandwidth control device, an access request of a mobile terminal, wherein the access request is used to indicate that the mobile terminal requests to access the Internet by using a home gateway of a fixed terminal; • obtaining, by the bandwidth control device, a subscribed bandwidth of the fixed terminal; • obtaining, by the bandwidth control device, a subscribed bandwidth of the mobile terminal; • calculating, by the bandwidth control device, a first bandwidth according to the subscribed bandwidth of the mobile terminal; • using, by the bandwidth control device, the sum of the subscribed bandwidth of the fixed terminal and the first bandwidth as a second bandwidth, or using, by the bandwidth control device, the sum of the subscribed bandwidth of the fixed terminal, the first bandwidth, and a redundant bandwidth as the second bandwidth; • adjusting, by the bandwidth control device, a bandwidth allocated to the fixed terminal from the subscribed bandwidth of the fixed terminal to the second bandwidth, wherein the second bandwidth is greater than the subscribed bandwidth of the fixed terminal. • obtaining, by a bandwidth control device, an access request of a mobile terminal, wherein the access request is used to indicate that the mobile terminal requests to access the Internet by using a home gateway of a fixed terminal; • obtaining, by the bandwidth control device, a subscribed bandwidth of the fixed terminal; • obtaining, by the bandwidth control device, a subscribed bandwidth of the mobile terminal; • calculating, by the bandwidth control device, a first bandwidth according to the subscribed bandwidth of the mobile terminal; • using, by the bandwidth control device, the sum of the subscribed bandwidth of the fixed terminal and the first bandwidth as a second bandwidth, or using, by the bandwidth control device, the sum of the subscribed bandwidth of the fixed terminal, the first bandwidth, and a redundant bandwidth as the second bandwidth; • adjusting, by the bandwidth control device, a bandwidth allocated to the fixed terminal from the subscribed bandwidth of the fixed terminal to the second bandwidth, wherein the second bandwidth is greater than the subscribed bandwidth of the fixed terminal.
A halogenated phenyl ether flame retardant having the general formula: wherein each X is independently Cl or Br, n is an integer of from 0 to 12, each m is independently an integer of 1 to 5 and each p is independently an integer of 1 to 4, provided that, when each X is Cl, the total amount halogen in the flame retardant is from about 50 wt% to about 65 wt% and when each X is Br, the total amount of halogen in the flame retardant is from about 70 wt % to about 79 wt%, and wherein from about 30% to about 80% of the halogenated phenyl ethers of formula I present in the composition are fully halogenated, and from about 70% to about 20% of all halogenated phenyl ethers are partially halogenated.
Apparatus comprising: a transmitter for controlling one or more luminaires which illuminate at least part of an environment occupied by a user, and/or controlling one or more domestic or office appliances available in said environment; and a controller configured to provide control functionality for controlling the luminaires and/or appliances via the transmitter; characterized in that the controller is configured to receive an altitude measurement from an altimeter disposed about the user's person, and based thereon to provide said control functionality in dependence on an altitude of the user relative to an altitude of each of the luminaires and/or appliances. a transmitter for controlling one or more luminaires which illuminate at least part of an environment occupied by a user, and/or controlling one or more domestic or office appliances available in said environment; and a controller configured to provide control functionality for controlling the luminaires and/or appliances via the transmitter; characterized in that the controller is configured to receive an altitude measurement from an altimeter disposed about the user's person, and based thereon to provide said control functionality in dependence on an altitude of the user relative to an altitude of each of the luminaires and/or appliances.
Process for the operation of a heating and ventilation unit with heat recovery, into which outside air is routed over an air/air heat exchanger, where outside air takes up heat from exhaust air in the heat exchanger, from which entrained air is routed to an evaporator of a heat pump to an air/air heat exchanger as a heat source, in order to evaporate a refrigerant medium contained in a refrigerant circuit, and where entrained air can be added to the outside air for a sufficient heat energy content, identified by the process steps, - that the supply air warmed-up by the air/air heat exchanger with a primary temperature (t Ge) of approx. 15 - 20°C is warmed up in an air heater to a secondary temperature (t Ga) which is higher than a temperature (t AB) of the exhaust air, - that, in a gas cooler of a heat exchanger, CO 2 as a refrigerant medium in a heat transfer medium gives up heat in a supercritical status, - that, in the gas cooler the refrigerant medium, from an initial status with a first temperature (t Üe) which is supercritical, is cooled down to a second status with a second temperature (t Üa) with an almost isobaric pressure which has a value between approx. 73.8 bar and 90 bar, - that the CO 2 is expanded in its direction of flow (c) upstream of the evaporator through a throttle to a pressure below 73 bar and - that the heat transfer medium in the air heater gives heat to the supply air - that the supply air warmed-up by the air/air heat exchanger with a primary temperature (t Ge) of approx. 15 - 20°C is warmed up in an air heater to a secondary temperature (t Ga) which is higher than a temperature (t AB) of the exhaust air, - that, in a gas cooler of a heat exchanger, CO 2 as a refrigerant medium in a heat transfer medium gives up heat in a supercritical status, - that, in the gas cooler the refrigerant medium, from an initial status with a first temperature (t Üe) which is supercritical, is cooled down to a second status with a second temperature (t Üa) with an almost isobaric pressure which has a value between approx. 73.8 bar and 90 bar, - that the CO 2 is expanded in its direction of flow (c) upstream of the evaporator through a throttle to a pressure below 73 bar and - that the heat transfer medium in the air heater gives heat to the supply air
A skin care product comprising a therapeutically effective amount of a honey extract, the honey extract comprising a phenolic compounds to saccharides ratio of at least 5 times greater than the raw honey from which the honey extract is derived, said honey extract also comprising an MMP inhibitory phenolic extract and a mixture of at least ethanol and water to inhibit skin aging such as the loss of skin elasticity, and therefore the formation of wrinkles, and/or non-therapeutic photo-ageing of the skin, wherein the honey extract has a concentration of methyl syringate approximately 5 to 20 times higher than the concentration in the raw honey, wherein the honey from which the extract is produced is substantially derived from nectar produced by plants of the genus Leptospermum, Kunzea or Knightia, or combinations thereof.
Fire-protection device for pipelines, in particular ventilation pipelines, with a housing which receives a flap-like closure device (37, 38) which is pivotable in springloaded manner approximately parallel to the plane of the wall of the housing, the pivot axis of the closure device (37, 38) being aligned approximately perpendicularly to the axis of the pipeline, wherein the closure device (37, 38) consists of one or more segmented closure flaps (8a, 9a, 10a) which rest on the rounded curved wall of the round-profiled housing (1, 2, 4) and in the pivoted-up rest position, have profiling adapted approximately to the rounded curved wall and in the pivoted-down working position, have an approximately even surface extension, wherein the metallic closure flaps (8a, 9a, 10a) are covered on both sides by plate segments foaming due to the action of heat, characterised in that the foamable plate segments (13-15, 19-21) arranged on both sides of the closure flaps (8a, 9a, 10a) are covered on their outer side respectively approximately all-over by a flexible spring steel plate (5, 6).