mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible battery comprising: a plate-shaped electrode assembly; an exterior material in which the electrode assembly is encapsulated together with an electrolyte, and a first pattern formed on the exterior material, and a second pattern formed on the electrode assembly in the same direction as the first pattern, wherein the exterior material includes a first exterior material configured to cover a upper surface of the electrode assembly and a second exterior material configured to cover a lower surface of the electrode assembly, wherein the first pattern and the second pattern are provided such that a plurality of crest portions and a plurality of trough portions are alternately formed in the longitudinal direction, wherein the first pattern and the second pattern are disposed such that crest portions and trough portions, are formed parallel with each other in a width direction of the electrode assembly and the exterior material, and the trough portions are formed at the same positions such that the first pattern and second pattern are matched with each other, wherein the first pattern formed on the first exterior material and a first pattern formed on the second exterior material are formed such that a crest portion of the first pattern is coincident with a crest portion of the second pattern and a trough portion of the first pattern is coincident with a trough portion of the second pattern. a plate-shaped electrode assembly; an exterior material in which the electrode assembly is encapsulated together with an electrolyte, and a first pattern formed on the exterior material, and a second pattern formed on the electrode assembly in the same direction as the first pattern, wherein the exterior material includes a first exterior material configured to cover a upper surface of the electrode assembly and a second exterior material configured to cover a lower surface of the electrode assembly, wherein the first pattern and the second pattern are provided such that a plurality of crest portions and a plurality of trough portions are alternately formed in the longitudinal direction, wherein the first pattern and the second pattern are disposed such that crest portions and trough portions, are formed parallel with each other in a width direction of the electrode assembly and the exterior material, and the trough portions are formed at the same positions such that the first pattern and second pattern are matched with each other, wherein the first pattern formed on the first exterior material and a first pattern formed on the second exterior material are formed such that a crest portion of the first pattern is coincident with a crest portion of the second pattern and a trough portion of the first pattern is coincident with a trough portion of the second pattern.
A clothing treatment agent dispensing assembly for a clothing treatment apparatus, wherein the clothing treatment apparatus comprises a body , and the clothing treatment agent dispensing assembly comprises a storage container and a dispensing device that are connected, and wherein the storage container is to be w fixedly disposed in the body and configured to store a clothing treatment agent, and the dispensing device is capable of moving relative to the storage container and is configured to dispense the clothing treatment agent, characterized in that the clothing treatment agent dispensing assembly further comprises a sleeve device, one end of which is in communication with the dispensing device and the other end of which is in communication with the storage container , so that while the dispensing device is capable of moving relative to the storage container , the clothing treatment agent in the dispensing device can also flow into the storage container .
Axial-flux electric motor (MC) comprising: a rotor rotatable about a rotation axis (X), a stator comprising a circular series of windings for creating a magnetic field through which to rotate the rotor; a support provided with a circular series of seats for housing the windings; characterized by the circular series of windings being arranged about the rotor's rotation axis and adapted to generate a magnetic flux with polar axis parallel to the rotor's rotation axis; an element , mounted between a winding and a wall of the respective seat which houses it, configured to conduct heat from the winding towards the outside of the stator in order to dissipate the heat. a rotor rotatable about a rotation axis (X), a stator comprising a circular series of windings for creating a magnetic field through which to rotate the rotor; a support provided with a circular series of seats for housing the windings; a circular series of windings for creating a magnetic field through which to rotate the rotor; a support provided with a circular series of seats for housing the windings; characterized by the circular series of windings being arranged about the rotor's rotation axis and adapted to generate a magnetic flux with polar axis parallel to the rotor's rotation axis; an element , mounted between a winding and a wall of the respective seat which houses it, configured to conduct heat from the winding towards the outside of the stator in order to dissipate the heat.
Use in a vascular medical implant of a bioresorbable metal alloy composition consisting of Fe-Mn-X-Y plus unavoidable impurities that do not exceed 0.5 at% and wherein the amount of Fe is higher than the amount of Mn, characterized in that the Fe content is in an amount comprised between 35.0 and 50.5 at%, the Mn content is in an amount comprised between 34.0 and 40.0 at%, X is at least an element selected in the group consisting of aluminium, zinc, gallium and combinations thereof in an amount comprised between 8.0 and 16.0 at%, Y is copper or carbon or a combination thereof in an amount comprised between 4.5 and 10.0 at%, the atomic ratio between X and Y is comprised between 1.0 and 3.6 and the sum of X and Y is comprised between 12.5 and 26.0 at%.
Pull-out guide for pulling out an extendable furniture part from a furniture body , with a first rail and a second rail , wherein the first rail can be pulled out of the second rail in a pull-out direction starting from an inserted position into an extended position, in which a further extraction of the first rail from the second rail is limited by abutment of an abutment element of the first rail against an extraction stop of the second rail , and wherein a securing part is mounted on the second rail so as to be rotatable about an axis of rotation , which securing part is locked against the force of a spring element from a locking position, in which lifting of the front end of the first rail is blocked, into an opening direction of rotation into a release position, in which, in order to completely remove the first rail from the second rail , the front end of the first rail can be lifted starting from the extended position of the first rail and the stop element of the first rail can be moved over the extension stop of the second rail , characterized in that a holding device is provided which, in a holding state, holds the securing part twisted into the release position in the release position.
A spinal implant for placement between first and second vertebral bodies, comprising: a first member having a first surface for engaging a first vertebral body; a second member having a second surface for engaging a second vertebral body; at least one extendable support element having a contracted configuration to facilitate deployment of the implant between the first and second vertebral bodies, and the extendable support element having at least one extended configuration to extend the first and second members away from one another so that the first and second surfaces are positioned further apart from one another than in the contracted configuration; a locking system comprising at least one locking element movable between a locked configuration and an unlocked configuration, wherein the locking element prevents movement of the extendable support element towards the contracted configuration when the locking element is in the locked configuration, and the locking element permits movement of the extendable support element towards the contracted configuration when the locking element is in the unlocked configuration; wherein the locking element includes a pinion , such that movement of the locking element between the locked and unlocked configuration is actuated by rotation of the pinion , characterized in that the implant further comprises a linear rack for rotating the pinion . a first member having a first surface for engaging a first vertebral body; a second member having a second surface for engaging a second vertebral body; at least one extendable support element having a contracted configuration to facilitate deployment of the implant between the first and second vertebral bodies, and the extendable support element having at least one extended configuration to extend the first and second members away from one another so that the first and second surfaces are positioned further apart from one another than in the contracted configuration; a locking system comprising at least one locking element movable between a locked configuration and an unlocked configuration, wherein the locking element prevents movement of the extendable support element towards the contracted configuration when the locking element is in the locked configuration, and the locking element permits movement of the extendable support element towards the contracted configuration when the locking element is in the unlocked configuration; wherein the locking element includes a pinion , such that movement of the locking element between the locked and unlocked configuration is actuated by rotation of the pinion , characterized in that the implant further comprises a linear rack for rotating the pinion .
An analytical device, comprising: a substrate comprising a first surface and at least a first optical waveguide disposed upon the first surface; a mask layer disposed over the first surface of the substrate, the mask layer covering at least a first portion of the waveguide and comprising a plurality of apertures leaving exposed portions of the waveguide; and a plurality of individual complexes immobilized sufficiently proximal to the first surface and external to the waveguide to be illuminated by an evanescent field emanating from the waveguide when light is passed through the waveguide, wherein individual complexes are confined by respective apertures in the mask layer, wherein the individual complexes are immobilized within apertures such that a signal from an individual immobilized complex is spatially optically resolvable from any other signal from any other immobilized individual complex. a substrate comprising a first surface and at least a first optical waveguide disposed upon the first surface; a mask layer disposed over the first surface of the substrate, the mask layer covering at least a first portion of the waveguide and comprising a plurality of apertures leaving exposed portions of the waveguide; and a plurality of individual complexes immobilized sufficiently proximal to the first surface and external to the waveguide to be illuminated by an evanescent field emanating from the waveguide when light is passed through the waveguide, wherein individual complexes are confined by respective apertures in the mask layer, wherein the individual complexes are immobilized within apertures such that a signal from an individual immobilized complex is spatially optically resolvable from any other signal from any other immobilized individual complex.
An electronic component processing film, comprising an adhesion layer and a substrate layer, the adhesion layer comprising a terephthalic acid ester, and the substrate layer comprising a reaction product of an aliphatic dicarboxylic acid and a glycol.
A method of making a transparent, thermoformed high barrier plastic bottle, which includes the following steps: providing a transparent barrier film including first and second outer layers formed using an amorphous polymer, an inner nanolayer sequence including a plurality of nanolayers a) including ethylene vinyl alcohol, alternating with nanolayers b) including at least one of ethylene ethyl acrylate, ethylene acrylic acid, low density polyethylene and linear low density polyethylene, each of the nanolayers b) having a degree of crystallinity less than about 45%, and adhesive layers between each of the two outer layers and the inner nanolayer sequence; heating the transparent barrier film; drawing the transparent barrier film over a neck end of a hollow perforated mold having a shape of a bottle; the hollow perforated mold having a perforated narrower neck end, a perforated wider main body, and an open or perforated bottom end; drawing a vacuum through perforations in the hollow perforated mold from an interior of the mold, causing the transparent barrier film to thermoform around an exterior of the hollow perforated mold and form a bottle with an open bottom end; discontinuing the vacuum and applying compressed gas to the interior of the mold from the open or perforated bottom end of the mold, causing the bottle with open bottom end to discharge from the mold; filling the bottle with a product through the open bottom end to form a filled bottle; and closing the bottom end of the filled bottle by sealing the bottom end with a flat sheet or a flat portion of the transparent barrier film. providing a transparent barrier film including first and second outer layers formed using an amorphous polymer, an inner nanolayer sequence including a plurality of nanolayers a) including ethylene vinyl alcohol, alternating with nanolayers b) including at least one of ethylene ethyl acrylate, ethylene acrylic acid, low density polyethylene and linear low density polyethylene, each of the nanolayers b) having a degree of crystallinity less than about 45%, and adhesive layers between each of the two outer layers and the inner nanolayer sequence; heating the transparent barrier film; drawing the transparent barrier film over a neck end of a hollow perforated mold having a shape of a bottle; the hollow perforated mold having a perforated narrower neck end, a perforated wider main body, and an open or perforated bottom end; drawing a vacuum through perforations in the hollow perforated mold from an interior of the mold, causing the transparent barrier film to thermoform around an exterior of the hollow perforated mold and form a bottle with an open bottom end; discontinuing the vacuum and applying compressed gas to the interior of the mold from the open or perforated bottom end of the mold, causing the bottle with open bottom end to discharge from the mold; filling the bottle with a product through the open bottom end to form a filled bottle; and closing the bottom end of the filled bottle by sealing the bottom end with a flat sheet or a flat portion of the transparent barrier film.
A overturning device for overturning a molten material in a melt channel of a blow head, comprising a melt inlet and a melt outlet , wherein between the melt inlet and the melt outlet at least one melt guiding means is arranged for moving molten material from the center of the melt inlet to the edge of the melt outlet and for moving molten material from the edge of the melt inlet to the center of the melt outlet , wherein the at least one melt guiding means has a first guide channel with a guide opening in the center of the melt inlet and at least one guide outlet at the edge of the melt outlet , and the at least one melt guiding means has a second guide channel with a guide outlet in the center of the melt outlet and at least one guide opening at the edge of the melt inlet , characterized in that the guide opening of the second guide channel is connected in a fluid-communicating manner with a ring collector , which is arranged completely circumferentially on the circumference of the melt inlet , wherein the ring collector has a collecting width (SB), which is designed so as to be greater than the opening width (OB) of the guide opening of the second guide channel .
A method for estimating the risk factor (HR) for the onset of macular degeneration in a patient, said method comprising the evaluation of a first series of genetic parameters which comprises at least the genetic loci R1210C in CFH, variants in COL8A1 and RAD51B, and the evaluation of a second series of ambient, individual and/or clinical parameters, wherein said risk factor (HR) is calculated by assigning a greater importance to said evaluation of the first series of genetic parameters with respect to said evaluation of the second series of ambient, individual and/or clinical parameters, characterized in that said risk factor (HR) is calculated by assigning an importance in a range between 51% and 70% to the evaluation of said first series of genetic parameters and an importance in a range between 30% and 49% to the evaluation of said second series of ambient, individual and/or clinical parameters.
A process for producing a granular composition comprising a plurality of solidified melt granules including a non-steroidal anti-inflammatory drug (NSAID) and paracetamol, the process comprising the steps of: (a) forming a melt mixture by mixing a molten NSAID free acid and paracetamol, optionally with one or more excipients; and (b) forming the melt mixture into solidified melt granules, wherein the paracetamol is present in an amount of greater than or equal to 40% by weight and less than or equal to 80% by weight of the solidified melt granules, based on the total weight of the solidified melt granules. (a) forming a melt mixture by mixing a molten NSAID free acid and paracetamol, optionally with one or more excipients; and (b) forming the melt mixture into solidified melt granules, wherein the paracetamol is present in an amount of greater than or equal to 40% by weight and less than or equal to 80% by weight of the solidified melt granules, based on the total weight of the solidified melt granules.
A bioactive agent delivery composition comprising (a) a bioactive agent-containing particulate comprising: a core particle comprising bioactive agent and a first biocompatible polymer; and a layer around the core particle comprising a second biocompatible polymer and that comprises negatively charged groups, wherein the second biocompatible polymer is more water soluble than the first biocompatible polymer; and (b) a cationic agent associated with the negatively charged groups of particulate, which provides the particulate with a positive zeta-potential. (a) a bioactive agent-containing particulate comprising: a core particle comprising bioactive agent and a first biocompatible polymer; and a layer around the core particle comprising a second biocompatible polymer and that comprises negatively charged groups, wherein the second biocompatible polymer is more water soluble than the first biocompatible polymer; and a core particle comprising bioactive agent and a first biocompatible polymer; and a layer around the core particle comprising a second biocompatible polymer and that comprises negatively charged groups, wherein the second biocompatible polymer is more water soluble than the first biocompatible polymer; and (b) a cationic agent associated with the negatively charged groups of particulate, which provides the particulate with a positive zeta-potential.
A motor vehicle including: - a body , - a mudguard integral with the body , - a fuel flap , said mudguard including a gutter having a collector and a channel , the collector being placed plumb with the fuel flap , said motor vehicle being characterized in that the gutter extends along the mudguard from a transverse wall up to an end of the mudguard , the transverse wall extending on an upper face of the mudguard along an axis Y defining a transverse direction, horizontal and perpendicular to a general direction of movement of the motor vehicle . - a body , - a mudguard integral with the body , - a fuel flap , said mudguard including a gutter having a collector and a channel , the collector being placed plumb with the fuel flap , said motor vehicle being characterized in that the gutter extends along the mudguard from a transverse wall up to an end of the mudguard , the transverse wall extending on an upper face of the mudguard along an axis Y defining a transverse direction, horizontal and perpendicular to a general direction of movement of the motor vehicle .
A composition for use in treating hyperoxaluria and/or hyperoxalemia in a subject in need thereof by peritoneal dialysis, the composition comprising a peritoneal dialysis solution and oxalate decarboxylase enzyme or a functional fragment thereof.
A method for coupling a tag to an item , comprising: - dispensing the tag from a tag feeder of a tag applicator into a cavity of the tag applicator ; - performing first operations by the tag applicator to mechanically move the tag from the cavity into a nest of the tag applicator ; - causing a stop of the tag applicator to engage a surface of the tag as the tag is inserted into the nest of the tag applicator , thereby preventing reverse movement of the tag towards the cavity and the tag feeder when the tag is fully inserted into the nest ; - determining if a given criterion is met based on feedback information received from at least one of a user of the tag applicator and a sensor provided with the tag applicator , the given criterion comprising whether the tag is properly disposed in the nest , whether the item is properly located within an insert space of the tag applicator and/or whether the user of the tag applicator has requested initialization of tag application operations via a controller of the tag applicator ; and - performing second operations by the tag applicator to couple the tag to the item , when a determination is made that the given criterion is met. - dispensing the tag from a tag feeder of a tag applicator into a cavity of the tag applicator ; - performing first operations by the tag applicator to mechanically move the tag from the cavity into a nest of the tag applicator ; - causing a stop of the tag applicator to engage a surface of the tag as the tag is inserted into the nest of the tag applicator , thereby preventing reverse movement of the tag towards the cavity and the tag feeder when the tag is fully inserted into the nest ; - determining if a given criterion is met based on feedback information received from at least one of a user of the tag applicator and a sensor provided with the tag applicator , the given criterion comprising whether the tag is properly disposed in the nest , whether the item is properly located within an insert space of the tag applicator and/or whether the user of the tag applicator has requested initialization of tag application operations via a controller of the tag applicator ; and - performing second operations by the tag applicator to couple the tag to the item , when a determination is made that the given criterion is met.