mhurhangee/ep-ind-claims huggingface dataset:
A dryer comprising a drum for accommodating an object to be dried, a rear supporter for covering a rear side of the drum, a rear plate constituting a rear wall of the dryer, and a substance supply device (230, 250) to supply a water-based substance to an interior of the drum, characterized in that - the substance supply device (230, 250) has an end arranged at the rear supporter, wherein the rear plate is formed to expose the substance supply device (230, 250); and the dryer further comprises - a cover for covering an exposed portion of the substance supply device (230, 250), to selectively open/close the exposed portion. - the substance supply device (230, 250) has an end arranged at the rear supporter, wherein the rear plate is formed to expose the substance supply device (230, 250); and the dryer further comprises - a cover for covering an exposed portion of the substance supply device (230, 250), to selectively open/close the exposed portion.
An electronic cigarette device comprising: - an elongate main body comprising a liquid store, - at least one slideable panel connected to the elongate main body and movable in the longitudinal direction of the electronic cigarette between an extended position and a retracted position, whereby the liquid store is exposed or more exposed when the panel is in the retracted position, - a first light source (91a-h) provided on the elongate main body that is configured to be rendered operable when the panel is in the retracted position, and that is configured to be rendered inoperable or invisible when the panel is in the extended position, wherein the panel comprises a translucent portion configured to be aligned with the first light source (91a-h) only when the panel is in the retracted position so that light from the first light source (91a-h) is visible through the translucent portion when the panel is in the retracted position; and characterised in that the elongate main body further comprises a second light source, which is aligned with the translucent portion only when the panel is in the extended position so that light from the second light source is visible through the translucent portion when the panel is in the extended position. - an elongate main body comprising a liquid store, - at least one slideable panel connected to the elongate main body and movable in the longitudinal direction of the electronic cigarette between an extended position and a retracted position, whereby the liquid store is exposed or more exposed when the panel is in the retracted position, - a first light source (91a-h) provided on the elongate main body that is configured to be rendered operable when the panel is in the retracted position, and that is configured to be rendered inoperable or invisible when the panel is in the extended position, wherein the panel comprises a translucent portion configured to be aligned with the first light source (91a-h) only when the panel is in the retracted position so that light from the first light source (91a-h) is visible through the translucent portion when the panel is in the retracted position; and characterised in that the elongate main body further comprises a second light source, which is aligned with the translucent portion only when the panel is in the extended position so that light from the second light source is visible through the translucent portion when the panel is in the extended position.
Flat building element, particularly for making horizontal building structures, comprising a panel of wooden material having a pair of flat and parallel faces (S, I), namely a top face and a bottom face, and a plurality of lateral faces extending between said flat and parallel faces (S, I), at least one beam of metallic material having a pair of opposed faces (12, 14), namely a proximal face and a distal face, wherein said at least one beam is arranged along a respective lateral face of the panel with the proximal face in contact with said lateral face, said building element being characterized in that a plurality of connection elements of metallic material rigidly connect said at least one beam to the panel, and in that each connection element is a plate element comprising a first portion, which is inserted into a respective seat provided on a respective lateral face of the panel and is fixed therein by adhesive means, and a second portion, which protrudes from said respective lateral face. a panel of wooden material having a pair of flat and parallel faces (S, I), namely a top face and a bottom face, and a plurality of lateral faces extending between said flat and parallel faces (S, I), at least one beam of metallic material having a pair of opposed faces (12, 14), namely a proximal face and a distal face, wherein said at least one beam is arranged along a respective lateral face of the panel with the proximal face in contact with said lateral face, said building element being characterized in that a plurality of connection elements of metallic material rigidly connect said at least one beam to the panel, and in that each connection element is a plate element comprising a first portion, which is inserted into a respective seat provided on a respective lateral face of the panel and is fixed therein by adhesive means, and a second portion, which protrudes from said respective lateral face.
A cover for covering a gap between a first structural portion (3, 3') and a second structural portion (5, 5') of an aerial vehicle (29, 41), the cover (1, 25) comprises a first attachment section, attachable to the first structural portion (3, 3'), and a second flexible section for covering the gap, the second flexible section includes an abutment portion for abutting against the second structural portion (5, 5') in an operating state, characterized by that the abutment portion in an unloaded state forms an undulating shape having troughs and crests extending along a curved plane, the curvature of which essentially corresponds with the curvature of the second structural portion's (5, 5') surface (6, 27), wherein the troughs are provided for engagement with said surface (6, 27) in said operating state in such way that they tend to be flatten out and propagate over said surface (6, 27) pressing down neighbouring crests towards said surface (6, 27) for providing a close fit between the cover (1, 25) and the second structural portion (5, 5').
A method of making swirlers, the method being characterized by comprising: additively manufacturing a stack of swirlers wherein each swirler includes: an inner body defining a swirl axis; and a plurality of swirl vanes extending outward from the inner body, wherein the swirl vanes define respective swirl slots therebetween for imparting swirl on a fluid passing through the swirl slots; wherein additively manufacturing the stack includes building an external ring and an inner point inside the external ring and additively manufacturing the vertical stack in a vertical build direction from the external ring and inner point; wherein the inner body of a lower most swirler in the stack originates from the inner point; additively manufacturing a central support rod aligned with the swirl axis of the swirlers, wherein the support rod is between adjacent swirlers in the stack so that the inner bodies of swirlers in the stack can be built up, each starting from the central support rod and diverging therefrom in the vertical build direction; and separating the swirlers from one another by machining away the central support rod. an inner body defining a swirl axis; and a plurality of swirl vanes extending outward from the inner body, wherein the swirl vanes define respective swirl slots therebetween for imparting swirl on a fluid passing through the swirl slots; wherein additively manufacturing the stack includes building an external ring and an inner point inside the external ring and additively manufacturing the vertical stack in a vertical build direction from the external ring and inner point; wherein the inner body of a lower most swirler in the stack originates from the inner point; additively manufacturing a central support rod aligned with the swirl axis of the swirlers, wherein the support rod is between adjacent swirlers in the stack so that the inner bodies of swirlers in the stack can be built up, each starting from the central support rod and diverging therefrom in the vertical build direction; and separating the swirlers from one another by machining away the central support rod.
Lipid nanoparticles (LNPs) for use in a method of treating or preventing a disease in a primate in need thereof, wherein the method comprises administering the LNPs to the primate, each of the LNPs comprising: i) a nucleic acid, or a pharmaceutically acceptable salt thereof, encapsulated within the LNP; ii) a cationic lipid; iii) a neutral lipid; iv) a steroid; and v) a polymer-conjugated lipid, wherein a mean particle diameter of the LNPs ranges from 40 nm to 68 nm as determined by quasi-elastic light scattering. i) a nucleic acid, or a pharmaceutically acceptable salt thereof, encapsulated within the LNP; ii) a cationic lipid; iii) a neutral lipid; iv) a steroid; and v) a polymer-conjugated lipid,
Portable electrical power supply device, comprising: - a connection means enabling the connexion of an appliance including at least one power supply battery; - a power supply circuit (6; 16) delivering, as output, a supply voltage; - a rechargeable electrical energy storage means, the circuit charging the energy storage means in an ultrafast manner when the circuit is connected to a suitable electrical energy source, the connection means enabling the power supply of the appliance and/or the charge of the appliance power supply battery from the energy storage means; and in which said circuit is adapted such that: - when the circuit is connected to an electrical energy source having a voltage that is lower than a predetermined threshold, the circuit supplies power to the appliance that is connected to the connection means, but does not charge the energy storage means; and - when the circuit is connected to an electrical energy source having a voltage that is higher than or equal to said predetermined threshold, the circuit supplies power to the appliance that is connected to the connection means and charges the energy storage means. - a connection means enabling the connexion of an appliance including at least one power supply battery; - a power supply circuit (6; 16) delivering, as output, a supply voltage; - a rechargeable electrical energy storage means, the circuit charging the energy storage means in an ultrafast manner when the circuit is connected to a suitable electrical energy source, the connection means enabling the power supply of the appliance and/or the charge of the appliance power supply battery from the energy storage means; and - when the circuit is connected to an electrical energy source having a voltage that is lower than a predetermined threshold, the circuit supplies power to the appliance that is connected to the connection means, but does not charge the energy storage means; and - when the circuit is connected to an electrical energy source having a voltage that is higher than or equal to said predetermined threshold, the circuit supplies power to the appliance that is connected to the connection means and charges the energy storage means.
A foamer dispenser, comprising: a pump cover that is fitted to a container body; a pump cylinder that includes a large-diameter portion fixed to the pump cover and a small-diameter portion; a small-diameter piston that is received in the small-diameter portion of the pump cylinder and that is configured to suck and pump a liquid in the container body; a large-diameter piston that is received in the large-diameter portion of the pump cylinder and that is configured to suck and pump ambient air; a head that causes pumping movement of the small-diameter piston and the large-diameter piston and that ejects a mixture of the liquid and the ambient air by a user pushing and releasing the head repeatedly; a liquid flow path (R L) of the liquid pumped from the small-diameter piston; an ambient air flow path (R air) of the ambient air pumped from the large-diameter piston; a mixture flow path (R M) of the mixture of the liquid pumped from the liquid flow path (R L) and the ambient air pumped from the ambient air flow path (R air); and a mesh filter that is disposed in the mixture flow path (R M) to allow the mixture to pass, characterized in that the foamer dispenser further comprises a check valve that is located in the liquid flow path (R L) on a downstream side of the small-diameter piston; a connecting flow path area S 1 between the liquid flow path (R L) and the mixture flow path (R M) and a connecting flow path area S 2 between the ambient air flow path (R air) and the mixture flow path (R M) have the following relation: 2.8 ≤ S 1 / S 2 ≤ 3.8 a pump cover that is fitted to a container body; a pump cylinder that includes a large-diameter portion fixed to the pump cover and a small-diameter portion; a small-diameter piston that is received in the small-diameter portion of the pump cylinder and that is configured to suck and pump a liquid in the container body; a large-diameter piston that is received in the large-diameter portion of the pump cylinder and that is configured to suck and pump ambient air; a head that causes pumping movement of the small-diameter piston and the large-diameter piston and that ejects a mixture of the liquid and the ambient air by a user pushing and releasing the head repeatedly; a liquid flow path (R L) of the liquid pumped from the small-diameter piston; an ambient air flow path (R air) of the ambient air pumped from the large-diameter piston; a mixture flow path (R M) of the mixture of the liquid pumped from the liquid flow path (R L) and the ambient air pumped from the ambient air flow path (R air); and a mesh filter that is disposed in the mixture flow path (R M) to allow the mixture to pass, characterized in that the foamer dispenser further comprises a check valve that is located in the liquid flow path (R L) on a downstream side of the small-diameter piston; a connecting flow path area S 1 between the liquid flow path (R L) and the mixture flow path (R M) and a connecting flow path area S 2 between the ambient air flow path (R air) and the mixture flow path (R M) have the following relation: 2.8 ≤ S 1 / S 2 ≤ 3.8
A brake disc, comprising: a first disc; a second disc disposed spaced apart from the first disc in an axial direction; and a plurality of pins whose one ends are connected to a side of the first disc facing the second disc, the plurality of pins being disposed at intersections between a plurality of virtual circles (a1-a8) concentric with the first disc, a plurality of first virtual spiral patterns (b1-b3) that pass the center of the first disc and are curved rightward when viewed from the axial direction, and a plurality of second virtual spiral patterns (c1-c3) that pass the center of the first disc and are curved leftward when viewed from the axial direction, and the plurality of virtual circles (a1-a8) including a first virtual circle and a second virtual circle that is situated radially outward relative to the first virtual circle, wherein the intersections are arranged symmetrically with respect to an imaginary line connecting any one of the intersections and the center when viewed from the axial direction, and wherein the plurality of pins are arranged such that a distance between two adjacent pins on the second virtual circle is larger than a distance between two adjacent pins on the first virtual circle, characterized in that the brake disc is to be used in a railway vehicle, and each of the plurality of first spiral patterns (b1-b3) and each of the plurality of second spiral patterns (c1-c3) is a golden spiral pattern. a first disc; a second disc disposed spaced apart from the first disc in an axial direction; and a plurality of pins whose one ends are connected to a side of the first disc facing the second disc, the plurality of pins being disposed at intersections between a plurality of virtual circles (a1-a8) concentric with the first disc, a plurality of first virtual spiral patterns (b1-b3) that pass the center of the first disc and are curved rightward when viewed from the axial direction, and a plurality of second virtual spiral patterns (c1-c3) that pass the center of the first disc and are curved leftward when viewed from the axial direction, and the plurality of virtual circles (a1-a8) including a first virtual circle and a second virtual circle that is situated radially outward relative to the first virtual circle, wherein the intersections are arranged symmetrically with respect to an imaginary line connecting any one of the intersections and the center when viewed from the axial direction, and wherein the plurality of pins are arranged such that a distance between two adjacent pins on the second virtual circle is larger than a distance between two adjacent pins on the first virtual circle, characterized in that the brake disc is to be used in a railway vehicle, and each of the plurality of first spiral patterns (b1-b3) and each of the plurality of second spiral patterns (c1-c3) is a golden spiral pattern.
A medicament comprising a peptide-loaded major histocompatibility complex class I (MHC-I) presenting cell, which is a PBMC cell, for use in a method of extending a cellular cytotoxic immune response against an antigen-comprising protein for prophylactically treating or treating a tumor or an infection, the method comprising the step of: i) administering to a patient having T cells activated against an antigen a peptide-loaded major histocompatibility complex class I (MHC-I) presenting cell, which is a PBMC cell, and an adjuvant which supports a Th-1 mediated response and which is a danger signal which is selected from the group consisting of synthetic or recombinant RIG-I-agonists, TLR ligands, Montanides, saponins, polyinosinic:polycytidylic acid (poly I:C), a lipopolysaccharide, and a CpG oligodeoxynucleotide, wherein the peptide is derived from the antigen-comprising protein, thereby reactivating the activated T cell, wherein the re-activator of step i) is administered only once, and is administered in a time frame of from 5 days to 9 days after the T cells were activated against an antigen, and wherein the re-activator is administered by i.v. injection. i) administering to a patient having T cells activated against an antigen a peptide-loaded major histocompatibility complex class I (MHC-I) presenting cell, which is a PBMC cell, and an adjuvant which supports a Th-1 mediated response and which is a danger signal which is selected from the group consisting of synthetic or recombinant RIG-I-agonists, TLR ligands, Montanides, saponins, polyinosinic:polycytidylic acid (poly I:C), a lipopolysaccharide, and a CpG oligodeoxynucleotide, wherein the peptide is derived from the antigen-comprising protein, thereby reactivating the activated T cell,
Stamp-sealing unit with a punch formed as a sonotrode and a die, wherein the die has an opening and the punch can be moved into and out of the opening in the stamping direction, characterized in that a sonotrode plate is provided with a sonotrode plate opening for accommodating the sonotrode, wherein the sonotrode has a flange, and the sonotrode plate opening has an inner contour with a stop surface and the flange has an outer contour with a stop surface, wherein the two stop surfaces are formed corresponding to each other with the result that, when the sonotrode is accommodated in the sonotrode plate opening, the stop surfaces lie against each other, wherein the inner contour has an inner cone and the outer contour has an outer cone which is formed corresponding to the inner cone.
A method for the etherification of a carbohydrate, comprising subjecting the carbohydrate to superheated steam under alkaline conditions in the presence of an etherification agent to obtain a carbohydrate ether, wherein the etherification is carried out in the absence of a solvent.
Method for manufacturing a pipe section with an internal thread, comprising the steps: - providing fibers (24, 26, 28) provided with matrix material as rovings, - providing a core which has an external thread (19a, 19b) or an external thread shape which is to correspond to the internal thread, - the fibers (24, 26, 28) provided with matrix material are laid on the core to form the external thread shape thereof, thereby forming the internal thread with thread pitches, thread projections, and thread recesses, - some of the fibers are laid within thread projections of the formed internal thread in a first laying direction which runs in the direction of the longitudinal course of the thread pitches, - some of the fibers are laid in a second laying direction, which runs at an angle between 0° and 45° to the longitudinal direction of the pipe section in the region of the internal thread, - after the fibers (24, 26, 28) have been laid, the matrix material is cured, preferably on the core, characterized in that: - a first layer of fibers is laid on the core with the first laying direction in order to form the tip of the thread projections or thread threads in the finished pipe section, - a second layer of fibers is laid on the first layer of fibers with the second laying direction into the thread recesses of the external thread (19a, 19b) of the core. - providing fibers (24, 26, 28) provided with matrix material as rovings, - providing a core which has an external thread (19a, 19b) or an external thread shape which is to correspond to the internal thread, - the fibers (24, 26, 28) provided with matrix material are laid on the core to form the external thread shape thereof, thereby forming the internal thread with thread pitches, thread projections, and thread recesses, - some of the fibers are laid within thread projections of the formed internal thread in a first laying direction which runs in the direction of the longitudinal course of the thread pitches, - some of the fibers are laid in a second laying direction, which runs at an angle between 0° and 45° to the longitudinal direction of the pipe section in the region of the internal thread, - after the fibers (24, 26, 28) have been laid, the matrix material is cured, preferably on the core, - a first layer of fibers is laid on the core with the first laying direction in order to form the tip of the thread projections or thread threads in the finished pipe section, - a second layer of fibers is laid on the first layer of fibers with the second laying direction into the thread recesses of the external thread (19a, 19b) of the core.
A method of producing an aldehyde compound or a ketone compound by oxidation of a primary or secondary alcohol compound having, in the molecule, a group selected from an amino group, an azido group, a hydroxy group, and a hydroxy group protected with a protective group, the method comprising the steps of: a first step including colliding and mixing an acid anhydride having 4 to 10 carbon atoms and a liquid containing the alcohol compound and a dialkyl sulfoxide having 2 to 8 carbon atoms in a flow-through type reactor to cause a reaction; and a second step including colliding and mixing, in a flow-through type reactor, a trialkylamine having 3 to 10 carbon atoms and the mixture liquid obtained in the first step to cause a reaction; wherein the reactions in the first step and the second step are sequentially performed, and a mixture linear velocity in the first step is in a range of from 1 m/s to 6 m/s. a first step including colliding and mixing an acid anhydride having 4 to 10 carbon atoms and a liquid containing the alcohol compound and a dialkyl sulfoxide having 2 to 8 carbon atoms in a flow-through type reactor to cause a reaction; and a second step including colliding and mixing, in a flow-through type reactor, a trialkylamine having 3 to 10 carbon atoms and the mixture liquid obtained in the first step to cause a reaction; wherein the reactions in the first step and the second step are sequentially performed, and a mixture linear velocity in the first step is in a range of from 1 m/s to 6 m/s.