mhurhangee/ep-ind-claims huggingface dataset:
An orthodontic correction device (10, 10', 10"), comprising: a shell having a plurality of teeth receiving cavities configured to receive teeth of a dental arch of a patient, wherein a first elastic member holding feature is formed on one side of the shell and corresponds to an undercut region of a tooth of the dental arch; and a first orthodontic elastic member coupled to the first elastic member holding feature and extending to an interior of the shell to engage with the undercut region of the tooth to enhance the retention of the orthodontic correction device (10, 10', 10") on the dental arch, characterised in that the first orthodontic elastic member is coupled to the first elastic member holding feature by surrounding a center support member of the first elastic member holding feature. a shell having a plurality of teeth receiving cavities configured to receive teeth of a dental arch of a patient, wherein a first elastic member holding feature is formed on one side of the shell and corresponds to an undercut region of a tooth of the dental arch; and a first orthodontic elastic member coupled to the first elastic member holding feature and extending to an interior of the shell to engage with the undercut region of the tooth to enhance the retention of the orthodontic correction device (10, 10', 10") on the dental arch, characterised in that the first orthodontic elastic member is coupled to the first elastic member holding feature by surrounding a center support member of the first elastic member holding feature.
A hard coating composition, comprising: a surface-modified Boehmite nano particle of 5 to 50 weight %; a photo-hardening-type acrylate compound of 10 to 50 weight %; an organic solvent of 30 to 70 of weight %; and a photo-initiator of 1 to 10 weight %, wherein the hard coating composition has a pH thereof between 4 to 6. a surface-modified Boehmite nano particle of 5 to 50 weight %; a photo-hardening-type acrylate compound of 10 to 50 weight %; an organic solvent of 30 to 70 of weight %; and a photo-initiator of 1 to 10 weight %, wherein the hard coating composition has a pH thereof between 4 to 6.
A receiving coil (1, 1A), comprising: a core having a magnetic body; a coil portion in which a wire is wound around the core and which is electromagnetically coupled to an external coil to transmit power; and characterized in that a non-magnetic metal body is arranged at a side face of the coil portion, wherein the non-magnetic metal body has a thickness of 0,3 mm or more; a resin portion (3, 3A) is provided containing the core having the magnetic body and the coil portion; the non-magnetic metal body is arranged on a side face of the resin portion (3, 3A); the non-magnetic metal body is arranged at about 5 mm from the side face of the coil portion; and the Q value of the receiving coil (1, 1A) is designed to be 100 or more. a core having a magnetic body; a coil portion in which a wire is wound around the core and which is electromagnetically coupled to an external coil to transmit power; and characterized in that a non-magnetic metal body is arranged at a side face of the coil portion, wherein the non-magnetic metal body has a thickness of 0,3 mm or more; a resin portion (3, 3A) is provided containing the core having the magnetic body and the coil portion; the non-magnetic metal body is arranged on a side face of the resin portion (3, 3A); the non-magnetic metal body is arranged at about 5 mm from the side face of the coil portion; and the Q value of the receiving coil (1, 1A) is designed to be 100 or more.
Drop barrel gun with a receiver housing, a barrel part arranged so as to be able to pivot on the receiver housing, and a breech block which can be moved between a lower opening position and an upper closing position by means of a top lever shaft through an operating mechanism, characterised in that arranged in the receiver housing there is a traction element which acts on the breech block and can be operated by the top lever shaft and through which the breech block is pulled against the receiver housing in its closing position.
A method of identifying a test compound that induces a cereblon (CRBN) conformational change or otherwise alters the properties of a CRBN surface, comprising (a) (i) obtaining a first crystal structure of CRBN and a reference compound, and (ii) determining a three-dimensional structure of the first crystal by x-ray diffraction to obtain a first set of atomic coordinates; (b) (i) obtaining a second crystal comprising CRBN and the test compound, and (ii) determining a three-dimensional structure of the second crystal by x-ray diffraction to obtain a second set of atomic coordinates; and (c) comparing said first set of atomic coordinates with said second set of atomic coordinates; wherein a difference in atomic coordinates is indicative of a compound that induces a CRBN conformational change or alteration; and wherein said conformational change or alteration has an effect on W380, W386 and/or W400 of CRBN; has an effect on E377 of CRBN; or has an effect on V388 of CRBN. (a) (i) obtaining a first crystal structure of CRBN and a reference compound, and (ii) determining a three-dimensional structure of the first crystal by x-ray diffraction to obtain a first set of atomic coordinates; (b) (i) obtaining a second crystal comprising CRBN and the test compound, and (ii) determining a three-dimensional structure of the second crystal by x-ray diffraction to obtain a second set of atomic coordinates; and (c) comparing said first set of atomic coordinates with said second set of atomic coordinates; wherein a difference in atomic coordinates is indicative of a compound that induces a CRBN conformational change or alteration; and wherein said conformational change or alteration has an effect on W380, W386 and/or W400 of CRBN; has an effect on E377 of CRBN; or has an effect on V388 of CRBN.
Battery terminal lug equipped with a shunt for measuring the current of the battery and a support, such as a printed circuit, for at least one electronic component, comprising a first part configured to be fixed to a terminal of the battery, characterized in that it comprises a second part configured to be fixed to the cable of the battery associated with said battery terminal, in that the two parts (2, 3) are distinct from one another and provided with protruding portions (28, 38) to bear the shunt and a case (5, 6) for housing the shunt and the support and in that electrical insulation means (4, 17) are located between the two parts (2, 3) of the terminal lug.
A packet forwarding method, comprising: receiving, by a first scheduler, a target packet, wherein the target packet comprises a packet length, a queue identifier, and egress port information; sending, by the first scheduler, the target packet to a destination physical egress port corresponding to the egress port information, increasing, according to the queue identifier, a queue length of a virtual queue corresponding to the queue identifier by the packet length, and determining, a total amount of needed bandwidth according to the queue length, wherein the total amount of needed bandwidth is used to represent a bandwidth required by the first scheduler to send a packet having the queue identifier; after the sending, by the first scheduler, the target packet to the destination physical egress port corresponding to the egress port information, sending, by the first scheduler, update information to a port controller, wherein the update information comprises that the queue length of the virtual queue is increased by the packet length; receiving, by the first scheduler, a bandwidth scheduling result sent by the port controller, wherein the bandwidth scheduling result is a bandwidth scheduling result generated by the port controller according to the update information; and decreasing, by the first scheduler, the queue length of the virtual queue by the packet length according to the bandwidth scheduling result that is corresponding to the update information and sent by the port controller. receiving, by a first scheduler, a target packet, wherein the target packet comprises a packet length, a queue identifier, and egress port information; sending, by the first scheduler, the target packet to a destination physical egress port corresponding to the egress port information, increasing, according to the queue identifier, a queue length of a virtual queue corresponding to the queue identifier by the packet length, and determining, a total amount of needed bandwidth according to the queue length, wherein the total amount of needed bandwidth is used to represent a bandwidth required by the first scheduler to send a packet having the queue identifier; after the sending, by the first scheduler, the target packet to the destination physical egress port corresponding to the egress port information, sending, by the first scheduler, update information to a port controller, wherein the update information comprises that the queue length of the virtual queue is increased by the packet length; receiving, by the first scheduler, a bandwidth scheduling result sent by the port controller, wherein the bandwidth scheduling result is a bandwidth scheduling result generated by the port controller according to the update information; and decreasing, by the first scheduler, the queue length of the virtual queue by the packet length according to the bandwidth scheduling result that is corresponding to the update information and sent by the port controller.
In-line drying apparatus for ceramic products comprising at least one first drying unit, at least one second drying unit aligned in mutual succession, at least one channel that develops along said drying apparatus through said at least one first drying unit and said at least one second drying unit, for the transit of ceramic products to be dried, means for supporting and conveying the ceramic products along a direction of advance, wherein said supporting and conveying means are provided along said at least one channel, said drying apparatus further comprising at least one box junction element between said at least one first drying unit and said at least one second drying unit, said at least one box junction element being able to assume a first operative configuration and a second operative configuration, in which in said first operative configuration said at least one box junction element delimits at least one section (110") for the passage of said ceramic products along said at least one channel and in said second operative configuration it provides an access passage into said at least one channel, wherein said at least one channel comprises at least one first segment which develops inside said one drying unit (102, 102'), and at least one second segment (110") which develops along said at least one box junction element, characterised in that said at least one box junction element has a first open section and a second open section, opposite each other along said direction of advance and aligned substantially orthogonal to said direction of advance, and in that the entire box junction element can be extracted/inserted from/into the drying apparatus between a first operative position, in which the at least one box junction element connects in an airtight manner said first drying unit to said second drying unit, and a second operative position, in which said at least one box junction element provides an access passage into the drying apparatus, and wherein when said at least one box junction element is inserted into the drying apparatus, said at least one second segment (110") and said at least one first segment are mutually aligned to constitute at least one continuous tunnel, free of discontinuities, for the transit of the ceramic products to be dried, and wherein with said at least one box junction element placed in the second operative position, said at least one box junction element is extracted from the in-line structure of the drying apparatus.
Cosmetic, non-therapeutic use of a lysate of a bacterium or bacteria belonging to the Vitreoscilla sp. Genus, in particular species: Vitreoscoilla filiformis, in a complete fermentation medium, as an active agent for preventing and/or treating hyperseborrhoeic conditions of the scalp not associated with a dandruff condition of the scalp.
A device for supplying ink to an ink supplying module of a printing machine and for the adjustment of printing parameters, the printing machine comprising an inking roller adapted to be wetted by the ink supplying module, and a printing support, to which the ink is transferred from the inking roller, the device comprising - a main feeding circuit for the recirculation of ink from an outlet to an inlet of the ink supplying module; The main feeding circuit and the ink supplying module defining a main circuit; - an ink refill device comprising two tanks for storing liquid; - the ink refill device is configured to refill the main feeding circuit with additional ink drawn from the tanks; - circulation forcing means provided on the main circuit for the recirculation and mixing of ink; - a sensor configured to obtain a measured value of the printing parameters on the printing support; - control means adapted to compare the measured value of the printing parameters with a target value of the printing parameters; - the ink refill device being adapted to be operatively connected to the control means whereby, when the measured value of the printing parameters differs from the target value, the refill device is activated by the control means to provide a first amount of additional ink to the main circuit. Characterised in that it further comprises - an ink outlet device for removing ink from the main circuit; the ink outlet device is arranged to be positioned downstream from the ink supplying module, which is arranged to be positioned downstream from the ink refill device on the main circuit. - a main feeding circuit for the recirculation of ink from an outlet to an inlet of the ink supplying module; The main feeding circuit and the ink supplying module defining a main circuit; - an ink refill device comprising two tanks for storing liquid; - the ink refill device is configured to refill the main feeding circuit with additional ink drawn from the tanks; - circulation forcing means provided on the main circuit for the recirculation and mixing of ink; - a sensor configured to obtain a measured value of the printing parameters on the printing support; - control means adapted to compare the measured value of the printing parameters with a target value of the printing parameters; - the ink refill device being adapted to be operatively connected to the control means whereby, when the measured value of the printing parameters differs from the target value, the refill device is activated by the control means to provide a first amount of additional ink to the main circuit. Characterised in that it further comprises - an ink outlet device for removing ink from the main circuit; the ink outlet device is arranged to be positioned downstream from the ink supplying module, which is arranged to be positioned downstream from the ink refill device on the main circuit.
A clutch apparatus including: a release fork support including a spherical sliding portion; a clutch release fork including a recessed portion, and a first side portion and a second side portion, the recessed portion being in sliding contact with the spherical sliding portion, the first side portion and the second side portion being provided one on each side of the recessed portion to sandwich the recessed portion, a long hole being provided in both the first side portion and the second side portion, the clutch release fork pivoting in a clutch disconnecting direction or a clutch connecting direction, centered around a predetermined pivot central axis, with the spherical sliding portion as a fulcrum, and the long hole having a shape curved centered on the pivot central axis; a seal member extending from the release fork support toward the clutch release fork, the seal member defining a space to be filled with lubricant, around the release fork support; and a sandwiching member held to the clutch release fork by being inserted into the long hole and sandwiching the release fork support via the seal member, the long hole being provided to enable the sandwiching member to move inside the long hole as the clutch release fork pivots, the clutch apparatus characterized in that the sandwiching member moves between a first position and a second position in the long hole as the clutch release fork pivots; the long hole includes a first end portion and a second end portion, and extends curving between the first end portion and the second end portion; and a center position between the first position and the second position is aligned with a center position between the first end portion and the second end portion.
A flow-type electrolyte analysis apparatus which measures a liquid junction potential between a sample solution obtained by diluting a sample with a dilute solution and a reference electrode solution, or a liquid junction potential between an internal standard solution and the reference electrode solution, the electrolyte analysis apparatus comprising: a housing that provides a reference electric potential for measurement of the liquid junction potential; a first electrode which is an ion selective electrode; a second electrode which is a reference electrode; a flow path that is electrically insulated from the housing, feeds the sample solution or the internal standard solution to the first electrode, and feeds the reference electrode solution to the second electrode; and a reagent container setting unit that sets a dilute solution bottle which houses the dilute solution, an internal standard solution bottle which houses the internal standard solution, and a reference electrode solution bottle which houses the reference electrode solution, characterised in that the reagent container setting unit is electrically connected to the housing and includes: suction nozzles serving as conductors that are coupled to the flow path and are respectively inserted into or removed from the dilute solution bottle, the internal standard solution bottle, and the reference electrode solution bottle; and an insulator that electrically insulates the suction nozzles from the housing. a housing that provides a reference electric potential for measurement of the liquid junction potential; a first electrode which is an ion selective electrode; a second electrode which is a reference electrode; a flow path that is electrically insulated from the housing, feeds the sample solution or the internal standard solution to the first electrode, and feeds the reference electrode solution to the second electrode; and a reagent container setting unit that sets a dilute solution bottle which houses the dilute solution, an internal standard solution bottle which houses the internal standard solution, and a reference electrode solution bottle which houses the reference electrode solution, characterised in that the reagent container setting unit is electrically connected to the housing and includes: suction nozzles serving as conductors that are coupled to the flow path and are respectively inserted into or removed from the dilute solution bottle, the internal standard solution bottle, and the reference electrode solution bottle; and an insulator that electrically insulates the suction nozzles from the housing. suction nozzles serving as conductors that are coupled to the flow path and are respectively inserted into or removed from the dilute solution bottle, the internal standard solution bottle, and the reference electrode solution bottle; and an insulator that electrically insulates the suction nozzles from the housing.
A bean grinding device, comprising a grinding assembly and an adjusting assembly, wherein the grinding assembly comprises a bean grinding chamber, an outer grinding wheel, and an inner grinding wheel; the outer grinding wheel and the inner grinding wheel are disposed inside the bean grinding chamber; the adjusting assembly comprises at least two stages of adjusting mechanisms; the at least two stages of adjusting mechanisms comprises a first adjusting mechanism and a second adjusting mechanism; the first adjusting mechanism and the bean grinding chamber are connected by means of a track; the second adjusting mechanism and the outer grinding wheel are connected by means of a track; positions of the first adjusting mechanism and the second adjusting mechanism are relatively fixed in an axial direction; the first adjusting mechanism and the second adjusting mechanism are configured to adjust a height of the outer grinding wheel and adjust a distance between the outer grinding wheel and the inner grinding wheel; characterized in that the grinding assembly further comprises an outer grinding wheel sleeve; the outer grinding wheel is fixedly installed in the outer grinding wheel sleeve; the outer grinding wheel sleeve comprises a protruding member and a position locking member; the protruding member is configured to be connected to the track of the second adjusting mechanism; the bean grinding chamber has a position locking groove; and the position locking member is configured to be locked in the position locking groove and restrict a movement of the outer grinding wheel in a circumferential direction. characterized in that the grinding assembly further comprises an outer grinding wheel sleeve; the outer grinding wheel is fixedly installed in the outer grinding wheel sleeve; the outer grinding wheel sleeve comprises a protruding member and a position locking member; the protruding member is configured to be connected to the track of the second adjusting mechanism; the bean grinding chamber has a position locking groove; and the position locking member is configured to be locked in the position locking groove and restrict a movement of the outer grinding wheel in a circumferential direction.
A binder composition for a secondary battery electrode, the binder composition comprising a copolymer, the copolymer including: a) a first repeating unit derived from an aliphatic conjugated diene-based first monomer; a second repeating unit derived from one or more second monomers selected from the group consisting of b1) an aromatic vinyl-based monomer, b2) an alkyl (meth)acrylic acid ester-based monomer, b3) a (meth)acrylamide-based monomer, b4) an alkenyl cyanide monomer, and b5) an unsaturated carboxylic acid-based monomer; and c) a third repeating unit derived from a third monomer represented by the following Chemical Formula 1, wherein the third repeating unit is included in an amount of 0.5% by weight to 0.95% by weight with respect to the total amount of the first repeating unit, the second repeating unit, and the third repeating unit, in Chemical Formula 1, M is an alkali metal, X is hydrogen or a methyl group, Y is alkylene having 1 to 10 carbon atoms, and Z is an oxygen atom or NR, wherein R is hydrogen or an alkyl group having 1 to 10 carbon atoms. a) a first repeating unit derived from an aliphatic conjugated diene-based first monomer; a second repeating unit derived from one or more second monomers selected from the group consisting of b1) an aromatic vinyl-based monomer, b2) an alkyl (meth)acrylic acid ester-based monomer, b3) a (meth)acrylamide-based monomer, b4) an alkenyl cyanide monomer, and b5) an unsaturated carboxylic acid-based monomer; and c) a third repeating unit derived from a third monomer represented by the following Chemical Formula 1, M is an alkali metal, X is hydrogen or a methyl group, Y is alkylene having 1 to 10 carbon atoms, and Z is an oxygen atom or NR, wherein R is hydrogen or an alkyl group having 1 to 10 carbon atoms.