mhurhangee/ep-ind-claims huggingface dataset:
A guider for conveying sheet materials, comprising: two side plates (13, 14); two wheel assemblies (7, 11) disposed in parallel between the two side plates (13, 14), a top passage plate being provided at the tops of the two wheel assemblies (7, 11); two lateral passage assemblies (10, 8) provided among the top passage plate and the two wheel assemblies (7, 11), wherein the two lateral passage assemblies (10, 8) form a horizontal passage with the top passage plate, characterized in that each of the lateral passage assemblies form a lateral passage with the wheel assembly (7, 11) located at the same side, wherein two ends of each of the lateral passage assemblies are hinged to the two side plates (13, 14); the guider further comprises: two swing plates (6, 17) fixedly connected to the two lateral passage assemblies (10, 8), respectively; a first driving device configured to drive the two swing plates (6, 17) to swing; a reversing member hinged between the two lateral passages and configured for the switch between the two lateral passages; and a second driving device configured to drive the reversing member to swing. two side plates (13, 14); two wheel assemblies (7, 11) disposed in parallel between the two side plates (13, 14), a top passage plate being provided at the tops of the two wheel assemblies (7, 11); two lateral passage assemblies (10, 8) provided among the top passage plate and the two wheel assemblies (7, 11), wherein the two lateral passage assemblies (10, 8) form a horizontal passage with the top passage plate, characterized in that each of the lateral passage assemblies form a lateral passage with the wheel assembly (7, 11) located at the same side, wherein two ends of each of the lateral passage assemblies are hinged to the two side plates (13, 14); the guider further comprises: two swing plates (6, 17) fixedly connected to the two lateral passage assemblies (10, 8), respectively; a first driving device configured to drive the two swing plates (6, 17) to swing; a reversing member hinged between the two lateral passages and configured for the switch between the two lateral passages; and a second driving device configured to drive the reversing member to swing. two swing plates (6, 17) fixedly connected to the two lateral passage assemblies (10, 8), respectively; a first driving device configured to drive the two swing plates (6, 17) to swing; a reversing member hinged between the two lateral passages and configured for the switch between the two lateral passages; and a second driving device configured to drive the reversing member to swing.
Turbine engine, comprising: - a device for bleeding a compressor, particularly a highpressure compressor discharging the pressurised air at high flow rates, comprising at least one valve for bleeding said compressor, an outlet of said valve being connected to a bleed system designed to discharge a bleed airflow; and - at least one device for cooling at least one unit, comprising a heat exchanger, an air outlet of which is connected to an ejector of the jet pump type, which comprises a feed-through duct for a secondary airflow coming from said air outlet as well as a nozzle for spraying a primary airflow inside said feed-through duct, characterised in that the device for bleeding the compressor is located downstream the compressor and in that the nozzle is connected to said bleed system. - a device for bleeding a compressor, particularly a highpressure compressor discharging the pressurised air at high flow rates, comprising at least one valve for bleeding said compressor, an outlet of said valve being connected to a bleed system designed to discharge a bleed airflow; and - at least one device for cooling at least one unit, comprising a heat exchanger, an air outlet of which is connected to an ejector of the jet pump type, which comprises a feed-through duct for a secondary airflow coming from said air outlet as well as a nozzle for spraying a primary airflow inside said feed-through duct, characterised in that the device for bleeding the compressor is located downstream the compressor and in that the nozzle is connected to said bleed system.
Minaprine dihydrochloride for use in preventing or treating cancer in a subject in need thereof, wherein said drug is not combined with a radiotherapy treatment.
An apparatus for simultaneously filling a plurality of inflatable containers with liquids comprising: a housing having a first end at which there is an opening configured for connection to a fluid supply, and a plurality of holes from which a plurality of hollow tubes extend, each of the plurality of hollow tubes having a respective one of the plurality of inflatable containers removably attached at an end thereto to facilitate substantially simultaneous filling of the plurality of containers from the fluid supply, characterised in that: each one of said plurality of inflatable containers is clamped about the end of its respective one of the plurality of hollow tubes by an elastic ring, the elastic rings are configured to release the inflatable containers from their respective hollow tubes when the inflatable containers have reached a desired size, by one or more of: i) the inflatable containers falling off the tube; ii) manual shaking the inflatable containers off the tube by a user; and iii) the inflatable containers being manually pulled away from the tube by a user, and each elastic ring is configured to seal its respective one of the plurality of inflatable containers upon detachment of the inflatable container from its corresponding hollow tube. a housing having a first end at which there is an opening configured for connection to a fluid supply, and a plurality of holes from which a plurality of hollow tubes extend, each of the plurality of hollow tubes having a respective one of the plurality of inflatable containers removably attached at an end thereto to facilitate substantially simultaneous filling of the plurality of containers from the fluid supply, characterised in that: each one of said plurality of inflatable containers is clamped about the end of its respective one of the plurality of hollow tubes by an elastic ring, the elastic rings are configured to release the inflatable containers from their respective hollow tubes when the inflatable containers have reached a desired size, by one or more of: i) the inflatable containers falling off the tube; ii) manual shaking the inflatable containers off the tube by a user; and iii) the inflatable containers being manually pulled away from the tube by a user, i) the inflatable containers falling off the tube; ii) manual shaking the inflatable containers off the tube by a user; and iii) the inflatable containers being manually pulled away from the tube by a user, and each elastic ring is configured to seal its respective one of the plurality of inflatable containers upon detachment of the inflatable container from its corresponding hollow tube.
A terminal block (140, 142, 144) for electrically coupling conductors (276A, 276B) and terminal contacts, the terminal block (140, 142, 144) comprising: a terminal base portion having a mounting side configured to be mounted to a surface of an electrical component, the base portion having contact slots (240A, 240B) extending from the mounting side therethrough, the contact slots (240A, 240B) being configured to receive terminal contacts that are electrically coupled to the electrical component; and an organizer portion extending from the base portion and comprising channels extending substantially parallel to the surface of the electrical component, the channels configured to receive corresponding conductors (276A, 276B), wherein the contact slots (240A, 240B) of the base portion align with corresponding channels of the organizer portion so that the terminal contacts electrically couple the conductors (276A, 276B), characterized in that the organizer portion further comprises a passage located between adjacent channels configured to hold a shield therein. a terminal base portion having a mounting side configured to be mounted to a surface of an electrical component, the base portion having contact slots (240A, 240B) extending from the mounting side therethrough, the contact slots (240A, 240B) being configured to receive terminal contacts that are electrically coupled to the electrical component; and an organizer portion extending from the base portion and comprising channels extending substantially parallel to the surface of the electrical component, the channels configured to receive corresponding conductors (276A, 276B), wherein the contact slots (240A, 240B) of the base portion align with corresponding channels of the organizer portion so that the terminal contacts electrically couple the conductors (276A, 276B), characterized in that the organizer portion further comprises a passage located between adjacent channels configured to hold a shield therein.
A fluid dispenser comprising: a pump mechanism comprising a movable pump member and a reciprocal pump member, wherein the pump mechanism dispenses a dose of fluid when said movable pump member of the pump mechanism is moved relative to said reciprocal pump member of the pump mechanism along a pump axis between a selected extended position and a retracted position; a dose adjustment mechanism for selecting the selected extended position from at least a high dose extended position and a low dose extended position; and an actuator that, when activated, effects movement of the movable pump member between the selected extended position and the retracted position to dispense the dose of fluid; wherein a volume of the dose of fluid that is dispensed upon activation of the actuator is higher when the high dose extended position is the selected extended position than when the low dose extended position is the selected extended position; characterised in that the moveable pump member is axially extended further from the reciprocal pump member when at the high dose extended position than when at the low dose extended position. a pump mechanism comprising a movable pump member and a reciprocal pump member, wherein the pump mechanism dispenses a dose of fluid when said movable pump member of the pump mechanism is moved relative to said reciprocal pump member of the pump mechanism along a pump axis between a selected extended position and a retracted position; a dose adjustment mechanism for selecting the selected extended position from at least a high dose extended position and a low dose extended position; and an actuator that, when activated, effects movement of the movable pump member between the selected extended position and the retracted position to dispense the dose of fluid; wherein a volume of the dose of fluid that is dispensed upon activation of the actuator is higher when the high dose extended position is the selected extended position than when the low dose extended position is the selected extended position; characterised in that the moveable pump member is axially extended further from the reciprocal pump member when at the high dose extended position than when at the low dose extended position.
A housing having a tapered surface to be engaged with a correspondingly tapered portion of a ferrule in which a fibre is arranged to be mounted, wherein, in use, the tapered surface of the ferrule is forced into contact with the corresponding tapered surface of the housing to generate a compressive pressure seal at the mating tapered surfaces (5,7); characterized by the housing having a sealed cavity containing an optical sensor device and having a surface arranged to be exposed to a fluid to be tested to be able to measure a property of the fluid, wherein the sealed cavity is provided with a fluid which is transparent to a wavelength of electromagnetic radiation provided to/from the optical device provided in the cavity.
Hose with an integrated system (8, 12) for detecting damage, having a hose wall (2, 4) into which at least one transponder is embedded, characterized in that in addition, an antenna is embedded in the hose wall (2, 4) in such a way that there can be electromagnetic coupling between the antenna and the transponder, wherein the strength and/or quality of the electromagnetic coupling is a measure of the extent of damage to the hose wall (2, 4).
A method for predictive computer network service provisioning comprising: obtaining personal schedule information of a user made available on a network, wherein a primary service provider (ISP) located at the home base area of the user is associated to the user; predicting a future attribute of the user from the personal schedule information, the predicted future attribute including a future geographic location of the user; provisioning computer network services based on the predicted future attribute, characterized by the step of provisioning computer network services comprises prepositioning user data files to a server of a service provider (ISP) in or near the predicted future geographic location of the user; autonomously authenticating the user at the service provider (ISP) in or near the predicted future geographic location of the user by transferring an authentication module from the primary service provider (ISP) via the network to the service provider (ISP) in or near the predicted future geographic location using a service-level agreement between participating service providers; providing a service session that exists autonomously on the network and independently of the user's primary service provider (ISP); automatically configuring on demand the service session through a service layer such that the service session is switched across a plurality of service providers depending on the predicted future geographic location of the user. obtaining personal schedule information of a user made available on a network, wherein a primary service provider (ISP) located at the home base area of the user is associated to the user; predicting a future attribute of the user from the personal schedule information, the predicted future attribute including a future geographic location of the user; provisioning computer network services based on the predicted future attribute, characterized by the step of provisioning computer network services comprises prepositioning user data files to a server of a service provider (ISP) in or near the predicted future geographic location of the user; autonomously authenticating the user at the service provider (ISP) in or near the predicted future geographic location of the user by transferring an authentication module from the primary service provider (ISP) via the network to the service provider (ISP) in or near the predicted future geographic location using a service-level agreement between participating service providers; providing a service session that exists autonomously on the network and independently of the user's primary service provider (ISP); automatically configuring on demand the service session through a service layer such that the service session is switched across a plurality of service providers depending on the predicted future geographic location of the user.
A recombinant E. coli cell comprising one or more exogenous nucleic acid sequences encoding at least one enzyme from a fatty alcohol biosynthetic pathway for use in the production of a fatty alcohol, wherein the fatty alcohol is released from the cell into the culture medium at a 1:1 ratio of intracellular product to extracellular product, and wherein the one or more exogenous nucleic acid sequences are overexpressed.
Pollution handling process for a vehicle driven by fuel causing emission of pollutants in exhaust fumes from the vehicle, wherein the process is adapted to collect both exhaust fumes generated by the vehicle and pollutions from other pollution sources, the process comprising: - measuring density of airborne pollutants surrounding the vehicle, and environmental conditions; - receiving exhaust fumes from an inlet unit mounted to an exhaust pipe of the vehicle; - collecting the exhaust fumes in a container of the vehicle, based on at least one collect decision rule, in order to temporarily store produced exhaust fumes; - collecting and storing airborne pollutants from the environment, using an inlet unit of an external pollution collector, and - releasing the collected exhaust fumes from the container (T 230), based on at least one release decision rule. - measuring density of airborne pollutants surrounding the vehicle, and environmental conditions; - receiving exhaust fumes from an inlet unit mounted to an exhaust pipe of the vehicle; - collecting the exhaust fumes in a container of the vehicle, based on at least one collect decision rule, in order to temporarily store produced exhaust fumes; - collecting and storing airborne pollutants from the environment, using an inlet unit of an external pollution collector, and - releasing the collected exhaust fumes from the container (T 230), based on at least one release decision rule.
A method for producing porous sintered aluminum comprising: mixing aluminum powder with a sintering aid powder containing a sintering aid element to obtain a raw aluminium mixed powder; and forming the raw aluminum mixed powder into a formed object prior to sintering having pores; wherein the sintering aid element is titanium, characterized in that the method comprises a sintering process of heating the formed object prior to sintering at a temperature T (°C) that fulfills Tm-10 (°C) ≤ T ≤ 685 (°C) in a non-oxidizing atmosphere to produce porous sintered aluminum, and Tm is the temperature at which the raw aluminum mixed powder starts to melt. mixing aluminum powder with a sintering aid powder containing a sintering aid element to obtain a raw aluminium mixed powder; and forming the raw aluminum mixed powder into a formed object prior to sintering having pores; wherein the sintering aid element is titanium, characterized in that the method comprises a sintering process of heating the formed object prior to sintering at a temperature T (°C) that fulfills Tm-10 (°C) ≤ T ≤ 685 (°C) in a non-oxidizing atmosphere to produce porous sintered aluminum, and Tm is the temperature at which the raw aluminum mixed powder starts to melt.
A method of continuously producing a phosphorus-containing copper alloy wire by adding phosphorus and an element which is less soluble than phosphorus to molten copper, the method comprising: transferring molten copper from a melting furnace to a heating furnace and adding the element less soluble to the molten copper while maintaining the molten copper at a first temperature in the heating furnace; transferring the molten copper from the heating furnace to a tundish and adding phosphorus after decreasing the temperature of the molten copper, by adding a copper mass to the molten copper, to a second temperature which is lower than the first temperature; and producing a cast copper material by supplying the molten copper from the tundish to a belt wheel-type continuous casting apparatus, and rolling the cast copper material output from the belt wheel-type continuous casting apparatus, thereby continuously producing the phosphorus-containing copper alloy wire; wherein the element which is less soluble than phosphorus is one or more elements selected from the group consisting of iron, nickel, cobalt, and chrome. transferring molten copper from a melting furnace to a heating furnace and adding the element less soluble to the molten copper while maintaining the molten copper at a first temperature in the heating furnace; transferring the molten copper from the heating furnace to a tundish and adding phosphorus after decreasing the temperature of the molten copper, by adding a copper mass to the molten copper, to a second temperature which is lower than the first temperature; and producing a cast copper material by supplying the molten copper from the tundish to a belt wheel-type continuous casting apparatus, and rolling the cast copper material output from the belt wheel-type continuous casting apparatus, thereby continuously producing the phosphorus-containing copper alloy wire; wherein the element which is less soluble than phosphorus is one or more elements selected from the group consisting of iron, nickel, cobalt, and chrome.
A manufacturing method of metal / CFRP composite structure, comprising: a heating step of heating a metal blank material (1, 6) to a temperature at which quenching is possible; a hot-press step of hot-pressing said blank material (1, 6) to obtain a first intermediate product which is quenched by the hot-pressing; a preparation step to prepare a carbon fiber reinforced plastic (CFRP) prepreg formed of carbon fiber and uncured thermoset plastic; a CFRP forming step in which the CFRP prepreg is press-formed to obtain a secondary intermediate product having the CFRP prepreg in intimate contact with a surface of said first intermediate product by setting the hot-pressed first intermediate product and the CFRP prepreg into CFRP forming dies (12, 13), followed by press-forming; and a thermal curing bonding step which bonds the CFRP prepreg and the first intermediate product firmly by thermal curing of the thermoset plastic located in a boundary of the CFRP prepreg and the first intermediate product while thermally curing the thermoset plastic contained in the CFRP prepreg by keeping warm and pressurizing the secondary intermediate product obtained by the CFRP forming step for a predetermined period of time. a heating step of heating a metal blank material (1, 6) to a temperature at which quenching is possible; a hot-press step of hot-pressing said blank material (1, 6) to obtain a first intermediate product which is quenched by the hot-pressing; a preparation step to prepare a carbon fiber reinforced plastic (CFRP) prepreg formed of carbon fiber and uncured thermoset plastic; a CFRP forming step in which the CFRP prepreg is press-formed to obtain a secondary intermediate product having the CFRP prepreg in intimate contact with a surface of said first intermediate product by setting the hot-pressed first intermediate product and the CFRP prepreg into CFRP forming dies (12, 13), followed by press-forming; and a thermal curing bonding step which bonds the CFRP prepreg and the first intermediate product firmly by thermal curing of the thermoset plastic located in a boundary of the CFRP prepreg and the first intermediate product while thermally curing the thermoset plastic contained in the CFRP prepreg by keeping warm and pressurizing the secondary intermediate product obtained by the CFRP forming step for a predetermined period of time.
A tower element (3,4) for a tower, preferably for a wind power plant, where several tower elements (3,4) are suitable for being mounted on top of each other, where the tower element (3,4) has an outer surface and an inner surface, where the periphery of the tower element (3,4) is made up of a number of segments preferably made of steel, where these segments are provided with inwardly facing flanges at the longitudinal sides, where these flanges are connected to corresponding flanges on laterally arranged segments, thus constituting a casing for a tower, where the individual segments are made with an overlap on the outer surface at transverse joints and characterised by a butt joint at the inwardly facing flanges so that the inwardly facing flanges of an upper segment rest on the inwardly facing flanges of a lower segment when the segments are mounted to form the tower.