mhurhangee/patent-ind-claim-en huggingface dataset:
A damage recovery system of a structural region of an aircraft , comprising: - a first tank containing a polyurethane foam; - a main duct fluidically coupled to the tank to receive said polyurethane foam during a first operating condition; - a plurality of secondary ducts , fluidically coupled to the main duct to receive said polyurethane foam during the first operating condition; - release means for releasing said polyurethane foam, operatively coupled to said secondary ducts , and adapted to allow an outflow of the polyurethane foam from the secondary ducts during the first operating condition; and - capsules , arranged in the proximity of said release means and containing graphene powders, configured to release said graphene powder during the outflow of the polyurethane foam from the release means so that said graphene powder can mix with said polyurethane foam. - a first tank containing a polyurethane foam; - a main duct fluidically coupled to the tank to receive said polyurethane foam during a first operating condition; - a plurality of secondary ducts , fluidically coupled to the main duct to receive said polyurethane foam during the first operating condition; - release means for releasing said polyurethane foam, operatively coupled to said secondary ducts , and adapted to allow an outflow of the polyurethane foam from the secondary ducts during the first operating condition; and - capsules , arranged in the proximity of said release means and containing graphene powders, configured to release said graphene powder during the outflow of the polyurethane foam from the release means so that said graphene powder can mix with said polyurethane foam.
A composition comprising as active ingredients an extract of Rhodiola and folic acid for use in the treatment of premature ejaculation wherein the daily dosage of extract of Rhodiola is between 50 and 900 mg and the daily dosage of folic acid is between 50 and 400 μg.
A laminated glazing comprising: • a first glass sheet ; • at least one interlayer sheet made of thermoplastic polymer; said first glass sheet being in direct contact with said interlayer sheet ; • optionally a "solar-protection" sheet or functional metal layer having reflective properties in the infrared region and/or in the solar radiation region; • optionally a second interlayer sheet when said "solar-protection" sheet is present; • a second glass sheet ; and • at least one sheet of pressure-sensitive adhesive , in direct contact with a heat-sensitive functional sheet based on encapsulated liquid crystals, on electrophoretic particles dispersed in a medium, on particles dispersed in an electrophoretic fluid or on particles for the polarization of light; said second glass sheet being in direct contact with said sheet of pressure-sensitive adhesive , said sheet of pressure-sensitive adhesive and said second glass sheet being in direct contact at the external face of the latter. • a first glass sheet ; • at least one interlayer sheet made of thermoplastic polymer; said first glass sheet being in direct contact with said interlayer sheet ; • optionally a "solar-protection" sheet or functional metal layer having reflective properties in the infrared region and/or in the solar radiation region; • optionally a second interlayer sheet when said "solar-protection" sheet is present; • a second glass sheet ; and • at least one sheet of pressure-sensitive adhesive , in direct contact with a heat-sensitive functional sheet based on encapsulated liquid crystals, on electrophoretic particles dispersed in a medium, on particles dispersed in an electrophoretic fluid or on particles for the polarization of light;
A copolymer for use in the prophylactic or curative treatment of a parenteral viral infection in a subject comprising an acrolein-derived segment and a polyalkylene glycol oligomer segment, the copolymer having a molecular weight of no more than 1000 Daltons, wherein the copolymer is administered systemically.
A process for production of a soft magnetic metal strip laminate that includes a plurality of soft magnetic metal strips laminated by using a polyamide acid solution, the process comprising the steps of: applying (S110) the polyamide acid solution on each of the plurality of the soft magnetic metal strips; performing (S120) a first heat treatment for drying each of the plurality of the soft magnetic metal strips at a maximum temperature of 200°C or less and a maintaining time of 1 min or less to obtain the degree of imidization of the polyamide acid solution which is in the range of 15 to 70%; laminating (S140) the plurality of soft magnetic metal strips to each other through the polyamide acid solution with the degree of imidization in the range of 15 to 70%; and performing (S150) a second heat treatment for heating the laminated soft magnetic metal strips to obtain the degree of imidization of the polyamide acid solution which is more than 90%. applying (S110) the polyamide acid solution on each of the plurality of the soft magnetic metal strips; performing (S120) a first heat treatment for drying each of the plurality of the soft magnetic metal strips at a maximum temperature of 200°C or less and a maintaining time of 1 min or less to obtain the degree of imidization of the polyamide acid solution which is in the range of 15 to 70%; laminating (S140) the plurality of soft magnetic metal strips to each other through the polyamide acid solution with the degree of imidization in the range of 15 to 70%; and performing (S150) a second heat treatment for heating the laminated soft magnetic metal strips to obtain the degree of imidization of the polyamide acid solution which is more than 90%.
A crank-driven exercise device comprising: a frame ; a spindle rotatably connected to the frame ; a crank arm connected to the spindle ; and a user input connected to the crank arm configured to receive a force from a user; wherein: the crank arm comprises a proximal section and a distal section ; the proximal section is connected to the spindle at a spindle interface ; the distal section is rotatably connected to the user input at a user input interface ; and the distal section is selectively fastenable and selectively rotatable relative to the proximal section at a crank interface ; wherein the distal section is rotatable relative to the proximal section in response to activation of a release and wherein the distal section is selectively fastenable to the proximal section at a user-selectable angle relative to the proximal section such that the distal section resists rotation relative to the proximal section in response to the proximal section and the distal section being fastened, wherein a distance between the spindle interface and the crank interface and a distance between the crank interface and the user input interface are substantially equal and wherein the distal section is fixable relative to the proximal section such that the user input rotates around an axis substantially co-linear with an axis around which the spindle rotates. a frame ; a spindle rotatably connected to the frame ; a crank arm connected to the spindle ; and a user input connected to the crank arm configured to receive a force from a user; wherein: the crank arm comprises a proximal section and a distal section ; the proximal section is connected to the spindle at a spindle interface ; the distal section is rotatably connected to the user input at a user input interface ; and the distal section is selectively fastenable and selectively rotatable relative to the proximal section at a crank interface ; the crank arm comprises a proximal section and a distal section ; the proximal section is connected to the spindle at a spindle interface ; the distal section is rotatably connected to the user input at a user input interface ; and the distal section is selectively fastenable and selectively rotatable relative to the proximal section at a crank interface ; wherein the distal section is rotatable relative to the proximal section in response to activation of a release and wherein the distal section is selectively fastenable to the proximal section at a user-selectable angle relative to the proximal section such that the distal section resists rotation relative to the proximal section in response to the proximal section and the distal section being fastened, wherein a distance between the spindle interface and the crank interface and a distance between the crank interface and the user input interface are substantially equal and wherein the distal section is fixable relative to the proximal section such that the user input rotates around an axis substantially co-linear with an axis around which the spindle rotates.
Method for producing a filling for macarons, the filling comprising at least a sugar, water, glucose syrup and a fat, wherein in a first step the sugar, water and glucose syrup are mixed into a syrup mixture, characterized in, that the amount of water is adjusted to produce a filling with an average moisture content of 20-35% (m/m) and an average water activity of 0.75 to 1 for a ganache filling or with an average moisture content of 15-30% (m/m) and an average water activity of 0.65 to 0.80 for a marzipan filling.
A lectin protein comprising the amino acid sequence of SEQ ID NO: 1, characterised by having an amino acid modification/ substitution at one or more of the positions selected from 1, 14, 34, 113 and 123 of SEQ ID NO: 1; and having better solubility and stability properties as compared to the lectin of SEQ ID NO: 1; and wherein said lectin binds to human breast cancer, colon cancer, ovarian cancer tissues and also cultured cells and leukemic cell lines; and exerts an in vitro antiproliferative activity on the cancer cells.
A repeater device that receives signal light and reference light and transmits them in a communication network, wherein the signal light and the reference light are generated from coherent light, wherein the signal light is light of weak intensity having quantum states and the reference light is light of normal intensity having no quantum states, the repeater device comprising: an optical route selector (SW1, SW2) configured to select an input-side spatial link (Li, Lj) connected to an upstream adjacent node and an output-side spatial link (Lp, Lq) connected to a downstream adjacent node; a link state detector (PD, 208) configured to detect a link state of at least one of the input-side spatial link and the output-side spatial link, wherein the link state is an attenuation rate or a transmission rate; and a controller configured to control the optical route selector to select an optimal pair of output-side spatial link and input-side spatial link according to the link state. an optical route selector (SW1, SW2) configured to select an input-side spatial link (Li, Lj) connected to an upstream adjacent node and an output-side spatial link (Lp, Lq) connected to a downstream adjacent node; a link state detector (PD, 208) configured to detect a link state of at least one of the input-side spatial link and the output-side spatial link, wherein the link state is an attenuation rate or a transmission rate; and a controller configured to control the optical route selector to select an optimal pair of output-side spatial link and input-side spatial link according to the link state.
Method for setting a thermal comfort state (KZ) of at least one user of a vehicle , wherein, at a start time (t0), at least one actual state variable of the user is detected by at least one device for detecting the at least one state variable, wherein the actual state variable is a skin temperature and/or a skin moistness of the user , wherein the at least one state variable is detected by a device , worn by the user , for detecting the at least one state variable, wherein at least one vehicle-mounted device for changing the state variable is controlled in such a way that a deviation of the actual state variable from a target state variable is minimized, wherein the control of the vehicle-mounted device for changing the state variable takes place when the target comfort state deviates from the starting comfort state, wherein a starting comfort state of the user is determined as a function of the at least one actual state variable, wherein a target comfort state is determined, characterized in that the starting comfort state and the target comfort state are determined in the form of a PMV index, wherein the at least one target state variable is determined as a function of the target comfort state by utilizing an already known association between the comfort state and at least one state variable.
A method for processing communications between hosts based on a policy, characterized by the method comprising: receiving, in a firewall comprised in an intermediate network device from a policy server , policy information including instructions for interception of encrypted communications for sending at least a part thereof to a separate audit server, wherein the firewall is a device that performs stateful inspection of data packets; intercepting and decrypting, in the firewall using a key received from an external source at least a part of an encrypted communication, at a packets level, between the hosts according to a first encrypted protocol in accordance with the policy information; and sending at least a part of the intercepted and decrypted communication from the firewall to the separate audit server in accordance with the policy information using a network protocol. receiving, in a firewall comprised in an intermediate network device from a policy server , policy information including instructions for interception of encrypted communications for sending at least a part thereof to a separate audit server, wherein the firewall is a device that performs stateful inspection of data packets; intercepting and decrypting, in the firewall using a key received from an external source at least a part of an encrypted communication, at a packets level, between the hosts according to a first encrypted protocol in accordance with the policy information; and sending at least a part of the intercepted and decrypted communication from the firewall to the separate audit server in accordance with the policy information using a network protocol.
A cellular structure, comprising: a thickness dimension defined by cell walls and a surface plane defined by the edges of interconnecting cells; the surface plane comprising a first cellular region of the cells having a first maximum dimension in the surface plane; the surface plane comprising a second cellular region of the cells having a second maximum dimension in the surface plane, wherein the second dimension is less than the first dimension; characterised in that the cross section along the height of the cell walls οf at least one of the first or second cellular regions has a non-linear contour; wherein the non-linear contour includes at least one bend or variable thickness; wherein the variable thickness includes a taper from the bottom of the cell to the surface plane. a thickness dimension defined by cell walls and a surface plane defined by the edges of interconnecting cells; the surface plane comprising a first cellular region of the cells having a first maximum dimension in the surface plane; the surface plane comprising a second cellular region of the cells having a second maximum dimension in the surface plane, wherein the second dimension is less than the first dimension; characterised in that the cross section along the height of the cell walls οf at least one of the first or second cellular regions has a non-linear contour; wherein the non-linear contour includes at least one bend or variable thickness; wherein the variable thickness includes a taper from the bottom of the cell to the surface plane.
A transfer device for the tobacco-processing industry for transferring rod-shaped articles for the tobacco-processing industry from a rod-making machine , in which the rod-shaped articles for the tobacco-processing industry are conveyed in a direction corresponding to a longitudinal axis of the articles , to a combining machine in which the rod-shaped articles are conveyed transversely to the longitudinal axis thereof, wherein the transfer device has a conveying element , wherein a rotary conveyor device is provided downstream of the conveying element , which is configured to remove the rod-shaped article , which is conveyed longitudinally axially by the conveying element , longitudinally axially and to receive it in a receptacle of the rotary conveyor device , and, following the removal, to rotate said receptacle during a rotation of the rotary conveyor device so that, following the rotation, the receptacle is moved transversely axially during the rotation of the rotary conveyor device , characterized in that a cutting device is in addition provided and that the conveying element acts as a counter-bearing to said cutting device .
An apparatus comprising: a wireless charging transmitter device including a power source electrically coupled to a three-dimensional coil array structured to include two or more coils to produce an electromagnetic field that emanates from the three-dimensional coil array, wherein each one of the two or more coils is structured as a surface spiral coil, wherein the two or more coils are arranged such that at least two coils are perpendicular to each other or form an acute angle to each other to direct the electromagnetic field to a charging area in which a receiver device can be wirelessly charged by including a receiver coil to receive the electromagnetic field from the three-dimensional coil array, wherein turns of the two or more coils comprise a conductor wound around a dielectric at an angle to one another thereby diminishing a proximity effect, and wherein the wireless charging transmitter device is operable to cause electromagnetic induction at the receiver coil while allowing the receiver device to move freely around the transmitter device by having one or more of the surface spiral coils strengthen intensity and direction of the generated electromagnetic field. a wireless charging transmitter device including a power source electrically coupled to a three-dimensional coil array structured to include two or more coils to produce an electromagnetic field that emanates from the three-dimensional coil array, wherein each one of the two or more coils is structured as a surface spiral coil, wherein the two or more coils are arranged such that at least two coils are perpendicular to each other or form an acute angle to each other to direct the electromagnetic field to a charging area in which a receiver device can be wirelessly charged by including a receiver coil to receive the electromagnetic field from the three-dimensional coil array, wherein turns of the two or more coils comprise a conductor wound around a dielectric at an angle to one another thereby diminishing a proximity effect, and wherein the wireless charging transmitter device is operable to cause electromagnetic induction at the receiver coil while allowing the receiver device to move freely around the transmitter device by having one or more of the surface spiral coils strengthen intensity and direction of the generated electromagnetic field.
A process for converting petroleum based waste oil (PBWO) to light and medium distillate, the process comprising the steps of: (a) mixing and heating the PBWO, in a pre-boiler containing a mixer, to a temperature and for a period of time sufficient to remove at least 90% of the water in the PBWO; (b) further mixing and heating the dehydrated PBWO, in a main boiler containing a mixer, to a temperature of 120 to 400°C, preferably 325 to 400°C to produce: (i) a first vapor stream of light end hydrocarbons, the light end hydrocarbons including one or more of naphthalene, gasoline or kerosene; and (ii) a first vapor stream of heavier hydrocarbons including at least 50% C8-C25 hydrocarbon chains; (c) directing the first vapor stream of heavier hydrocarbons from step (b) to a catalyst tower containing an aluminum silicate catalyst to crack the heavier hydrocarbon chains to shorter hydrocarbon chains; to produce: (i) a second vapor stream of light end hydrocarbons, the light end hydrocarbons including one or more of naphthalene, gasoline or kerosene; and (ii) a mixed vapor and liquid stream of heavier hydrocarbons including at least 50% C10-C15 hydrocarbon chains; (d) directing the mixed vapor and liquid stream of heavier hydrocarbons from step (c) to a stripper that separates the vapor from the liquid to provide separate vapor and liquid streams, wherein the liquid stream exiting the stripper includes at least 60% C10-C15 hydrocarbon chains, wherein the mixer in the main boiler and, optionally, in the pre-boiler is equipped with one or more paddles which turn and agitate the liquid within the boiler, wherein the mixer runs at speeds of 2 to 250 RPM. (a) mixing and heating the PBWO, in a pre-boiler containing a mixer, to a temperature and for a period of time sufficient to remove at least 90% of the water in the PBWO; (b) further mixing and heating the dehydrated PBWO, in a main boiler containing a mixer, to a temperature of 120 to 400°C, preferably 325 to 400°C to produce: (i) a first vapor stream of light end hydrocarbons, the light end hydrocarbons including one or more of naphthalene, gasoline or kerosene; and (ii) a first vapor stream of heavier hydrocarbons including at least 50% C8-C25 hydrocarbon chains; (c) directing the first vapor stream of heavier hydrocarbons from step (b) to a catalyst tower containing an aluminum silicate catalyst to crack the heavier hydrocarbon chains to shorter hydrocarbon chains; to produce: (i) a second vapor stream of light end hydrocarbons, the light end hydrocarbons including one or more of naphthalene, gasoline or kerosene; and (ii) a mixed vapor and liquid stream of heavier hydrocarbons including at least 50% C10-C15 hydrocarbon chains; (d) directing the mixed vapor and liquid stream of heavier hydrocarbons from step (c) to a stripper that separates the vapor from the liquid to provide separate vapor and liquid streams, wherein the liquid stream exiting the stripper includes at least 60% C10-C15 hydrocarbon chains,