mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for distributing a hydrophobic material in a substrate comprising: a first roller ; a second roller configured to engage the first roller to form a nip ; a first heater operatively connected to the first roller and configured to heat the first roller to a first temperature that is greater than a second temperature of the second roller ; a controller configured to receive digital image data corresponding to predetermined patterns for hydrophobic material that are to be formed on a porous substrate ; an inket printhead configured to transfer drops of hydrophobic material onto the substrate in response to a signal sent by the controller so as to form said predetermined patterns on the substrate; and a substrate transport configured to move the substrate through the nip at a predetermined velocity to enable the first roller to engage a first side of the substrate and the second roller to engage a second side of the substrate, the second side of the substrate bearing the hydrophobic material that penetrates into the substrate in response to a temperature gradient in the nip between the first roller and the second roller to form fluid channel walls that control the capillary diffusion of liquid through the substrate. a first roller ; a second roller configured to engage the first roller to form a nip ; a first heater operatively connected to the first roller and configured to heat the first roller to a first temperature that is greater than a second temperature of the second roller ; a controller configured to receive digital image data corresponding to predetermined patterns for hydrophobic material that are to be formed on a porous substrate ; an inket printhead configured to transfer drops of hydrophobic material onto the substrate in response to a signal sent by the controller so as to form said predetermined patterns on the substrate; and a substrate transport configured to move the substrate through the nip at a predetermined velocity to enable the first roller to engage a first side of the substrate and the second roller to engage a second side of the substrate, the second side of the substrate bearing the hydrophobic material that penetrates into the substrate in response to a temperature gradient in the nip between the first roller and the second roller to form fluid channel walls that control the capillary diffusion of liquid through the substrate.
A method, comprising: - receiving , by a proximity service of a device , an indication from a proximity provider of the device that a proximity connection is established with another device by a short-range communication technology; - exchanging with another proximity service of the other device, in response to the indication that the proximity connection is established, pre-staged context information via the proximity connection to determine a joint proximity context of the proximity connection, wherein the pre-staged context information includes an indication of a proximity function registered either with the proximity service by an application of the device or with the other proximity service by another application of the other device, wherein the joint proximity context includes an indication that the other application of the other device has registered with the other proximity service of the other device a request for a peer connection to a peer application on a proximity device; and - initiating, based on the joint proximity context of the proximity connection, a pre-staged proximity action to facilitate the proximity function, wherein the pre-staged proximity action includes presenting, by the proximity service of the device, a user interface element that provides a selectable option to consent to launching a peer application on the proximity device corresponding to the other application of the other device and establishing an out-of-band connection to establish a peer connection with the other device to enable multi-user features of both the peer application on the proximity device and the other application of the other device. - receiving , by a proximity service of a device , an indication from a proximity provider of the device that a proximity connection is established with another device by a short-range communication technology; - exchanging with another proximity service of the other device, in response to the indication that the proximity connection is established, pre-staged context information via the proximity connection to determine a joint proximity context of the proximity connection, wherein the pre-staged context information includes an indication of a proximity function registered either with the proximity service by an application of the device or with the other proximity service by another application of the other device, wherein the joint proximity context includes an indication that the other application of the other device has registered with the other proximity service of the other device a request for a peer connection to a peer application on a proximity device; and - initiating, based on the joint proximity context of the proximity connection, a pre-staged proximity action to facilitate the proximity function,
Hoisting system for offshore lifting applications, said hoisting system comprising - a fibre rope comprising a plurality of magnets embedded within the fibre rope with an axial distance therebetween along the fibre rope , - a magnetic sensing means configured to sense the presence and magnetic field strength of said magnets embedded within the fibre rope, characterized in that said magnets are permanent magnets with a temperature-dependent magnetic field strength, and wherein the system further comprises - a control unit for calculating the temperature of the magnets based on said measured magnetic field strength. - a fibre rope comprising a plurality of magnets embedded within the fibre rope with an axial distance therebetween along the fibre rope , - a magnetic sensing means configured to sense the presence and magnetic field strength of said magnets embedded within the fibre rope, characterized in that said magnets are permanent magnets with a temperature-dependent magnetic field strength, and wherein the system further comprises - a control unit for calculating the temperature of the magnets based on said measured magnetic field strength.
Rotor with a non-through shaft for a rotary electric machine, comprising a cylindrical magnetic body clamped between two half-shafts each comprising an attachment flange connected to the magnetic body, axial housings being uniformly provided in the magnetic body on at least one diameter (D22) of the magnetic body in order to house conductive bars , at least one attachment flange comprising insertion holes each arranged facing a housing for inserting the conductive bars into the housings and the exterior diameter (D21) of the attachment flange is substantially equal to the exterior diameter (D19) of the magnetic body, the attachment flange comprising as many insertion holes as housings, characterized in that the rotor further comprises two short-circuit disks inserted between the attachment flanges of the half-shafts and one of the ends of the magnetic body , and conductive bars inserted into the housings in such a way that the conductive bars and the short-circuit disks form a squirrel cage.
A pressure roller station for rotary presses , having two pressure-roller receiving pressure-roller axles , characterized in that a guide profile of the pressure roller station is designed to be open in the sense that the guide profile , on at least one side of the profile , has lateral parts that are not completely closed, and the pressure-roller axles are disposed on mutually adjustable upper and lower pressure roller receptacles which are guided by the guide profile , wherein the pressure-roller axles are present so as to be disposed parallel with the two lateral parts of the guide profile .
A vessel adapted to perform subsea wellbore related operations, e.g. drilling, and/or wellbore intervention operations, and/or installation of wellbore related subsea equipment, e.g. slim hole technique drilling of a subsea wellbore, said vessel comprising: - a floating hull , e.g. a monohull type hull, - at least one moonpool in said hull defining at least a first moonpool area, wherein the hull comprises a tower supporting hull structure , - a vertical tower configured to perform subsea wellbore related operations, which vertical tower is mounted on said tower supporting hull structure , said vertical tower having a vertical operative face , - a hoisting device comprising at least one winch and at least one winch driven cable , which hoisting device is adapted to suspend a load from said vertical tower via said at least one winch driven cable and to manipulate said suspended load in a firing line of the tower that extends along and outside of said vertical operative face of the tower, wherein the at least one moonpool of the vessel is embodied to further define a second moonpool area that is offset from said first moonpool area , and wherein the vertical tower is connected to the tower supporting hull structure via one or more slew bearings and the vessel is provided with a slewing drive , such that the vertical tower is slewable about a vertical slew axis by means of said slewing drive at least into a first operative position wherein the firing line of the tower extends through the first moonpool area and into a second operative position wherein the firing line of the tower extends through the second moonpool area . - a floating hull , e.g. a monohull type hull, - at least one moonpool in said hull defining at least a first moonpool area, - a vertical tower configured to perform subsea wellbore related operations, which vertical tower is mounted on said tower supporting hull structure , said vertical tower having a vertical operative face , - a hoisting device comprising at least one winch and at least one winch driven cable , which hoisting device is adapted to suspend a load from said vertical tower via said at least one winch driven cable and to manipulate said suspended load in a firing line of the tower that extends along and outside of said vertical operative face of the tower,
Polyene macrolide derivatives selected from the group comprising: N-( S )- α -phenylethylamide of Amphotericin B (Formula IV); N-( R )- α -phenylethylamide of Amphotericin B (Formula V); N-( L )-tryptophanamide of Amphotericin B (Formula VI); N-( D )-tryptophanamide of Amphotericin B (Formula VII); N-Histaminamide of Amphotericin B (Formula VIII); or a pharmaceutically acceptable salt thereof. N-( S )- α -phenylethylamide of Amphotericin B (Formula IV); N-( R )- α -phenylethylamide of Amphotericin B (Formula V); N-( L )-tryptophanamide of Amphotericin B (Formula VI); N-( D )-tryptophanamide of Amphotericin B (Formula VII); N-Histaminamide of Amphotericin B (Formula VIII); or a pharmaceutically acceptable salt thereof.
A method comprising: pressing a pre-fabricated first end plate of an induction cage for an induction rotor assembly against a first end of a rotor core ; pressing a pre-fabricated second end plate of the induction cage against a second end of the rotor core ; wherein the pre-fabricated first and second end plates include one or more flow channels ; and injecting , via at least one or more of the flow channels of the prefabricated first end plate , a liquid casting material into one or more core passageways of the rotor core , the liquid casting material adapted to solidify as one or more electrically conductive conductors of the induction cage ; positioning a first mold about at least a portion of the pre-fabricated first end plate and a second mold about at least a portion of the pre-fabricated second end plate ; characterized in that the flow channels of the pre-fabricated first and second end plates each extend along a respective central axis that is not parallel to a longitudinal axis of the rotor core , and have a tapered configuration. pressing a pre-fabricated first end plate of an induction cage for an induction rotor assembly against a first end of a rotor core ; pressing a pre-fabricated second end plate of the induction cage against a second end of the rotor core ; wherein the pre-fabricated first and second end plates include one or more flow channels ; and injecting , via at least one or more of the flow channels of the prefabricated first end plate , a liquid casting material into one or more core passageways of the rotor core , the liquid casting material adapted to solidify as one or more electrically conductive conductors of the induction cage ; positioning a first mold about at least a portion of the pre-fabricated first end plate and a second mold about at least a portion of the pre-fabricated second end plate ; characterized in that the flow channels of the pre-fabricated first and second end plates each extend along a respective central axis that is not parallel to a longitudinal axis of the rotor core , and have a tapered configuration.
Device for separating a material mixture , in particular waste material, in particular plastics and/or bio-waste, comprising a conveyor belt for transporting at least part of the material mixture in one direction of transport , where the material mixture can be applied to the conveyor in a substantially even distribution width on the conveyor belt , a fall area for producing at least partly free-falling material flow of the material mixture for the material mixture transported on the conveyor belt in the direction of transport at an interruption area of the conveyor belt , where the conveyor belt has an adapted transport speed, an airflow to produce a directed airflow , in particular with an adjustable flow angle , characterised by the fact that the conveyor belt is inclined adjustable, that the material mixture in the interruption zone essentially falls in a predefined parabolic curve, and that the airflow is directed substantially opposite to the direction of transport of the material mixture towards the material flow which is at least partly free falling .
A medium and long distance guide wheel tire tread, having a tread pattern , the tread comprising a first pattern block , a second pattern block and a third pattern block , which are extending along the circumferential direction wherein the first pattern block extends continuously along the circumferential direction and first pattern grooves between the first pattern block and the second pattern block , and between the second pattern block and the third pattern block , first cutter grooves are formed along the whole breadth of the second pattern block and the third pattern block , a second cutter groove is formed in the third pattern block , and a fourth cutter groove and a fifth cutter groove are formed in the first pattern block ; and a steel sheet is embedded in the first cutter groove , the steel sheet comprises an ordinary steel sheet portion , a three-dimensional steel sheet portion and a steel sheet connection portion for connecting the ordinary steel sheet portion with the three-dimensional steel sheet portion , and projections and grooves arranged alternately are arranged on the three-dimensional steel sheet portion , wherein the depth of the first cutter groove is greater than or equal to 1/2 of the depth of the first pattern groove .
Cover for a tap of a gas cylinder , comprising: - a shell for housing the tap; and - a hook pivotally mounted on the shell , configured for securing the gas cylinder to a horizontal bar ; wherein the shell comprises reservations on its external surface characterised in that the reservations are configured for receiving, all, the hook in a folded position so as to generally conform to said external surface. - a shell for housing the tap; and - a hook pivotally mounted on the shell , configured for securing the gas cylinder to a horizontal bar ;
An electrode assembly comprising: a plurality of first electrodes provided with one side edges connected to each other by a first fixing portion ; a plurality of second electrodes provided with one side edges connected to each other by a second fixing portion and inserted between the other side edges of the first electrodes ; a separator interposed between the first electrode and the second electrode ; and lead tabs including a first current collecting tab connected to the first electrode and a second current collecting tab connected to the second electrode , characterized in that the separator is formed as a continuous zigzag type between the first electrode and the second electrode and inserted between the first electrode and the second electrode . a plurality of first electrodes provided with one side edges connected to each other by a first fixing portion ; a plurality of second electrodes provided with one side edges connected to each other by a second fixing portion and inserted between the other side edges of the first electrodes ; a separator interposed between the first electrode and the second electrode ; and lead tabs including a first current collecting tab connected to the first electrode and a second current collecting tab connected to the second electrode , characterized in that the separator is formed as a continuous zigzag type between the first electrode and the second electrode and inserted between the first electrode and the second electrode .
A core-shell type anode active material for lithium secondary batteries, comprising: a carbonaceous material core; and a shell formed outside the carbonaceous material core, the shell comprising a Positive Temperature Coefficient (PTC) medium, wherein the PTC medium is barium titanate, characterised in that , the shell further comprises at least one metal oxide selected from the group consisting of titanium dioxide and spinel-type lithium titanium oxide. a carbonaceous material core; and a shell formed outside the carbonaceous material core, the shell comprising a Positive Temperature Coefficient (PTC) medium, wherein the PTC medium is barium titanate, characterised in that , the shell further comprises at least one metal oxide selected from the group consisting of titanium dioxide and spinel-type lithium titanium oxide.
A dental assembly, comprising: a dental article comprising: an outer base surface adapted for bonding to a tooth; a compressible material comprising: pores; a translucent material; a first major surface , and a second major surface opposite the first major surface; a hardened dental composition contacting the dental article and the compressible material ; and an unhardened dental composition at least partially surrounding the hardened dental composition as viewed from a direction perpendicular to the outer base surface. an outer base surface adapted for bonding to a tooth; a compressible material comprising: pores; a translucent material; a first major surface , and a second major surface opposite the first major surface; a hardened dental composition contacting the dental article and the compressible material ; and an unhardened dental composition at least partially surrounding the hardened dental composition as viewed from a direction perpendicular to the outer base surface. pores; a translucent material; a first major surface , and a second major surface opposite the first major surface; a hardened dental composition contacting the dental article and the compressible material ; and an unhardened dental composition at least partially surrounding the hardened dental composition as viewed from a direction perpendicular to the outer base surface.
An anti-activin-A compound for use in treating ovarian cancer in a subject, wherein the anti-activin-A compound comprises a stabilized activin IIB receptor polypeptide (svActRIIB) and a human IgG Fc domain, and wherein the svActRIIB polypeptide is selected from the group consisting of: a. a polypeptide consisting of the sequence set forth in the group consisting of SEQ ID NO: 4, 6, 12 and 14; b. a polypeptide having at least 90% sequence identity to (a), wherein the polypeptide has a W or a Y at the position corresponding to position 28 of SEQ ID NO:2 and a T at the position corresponding to position 44 of SEQ ID NO:2, wherein the polypeptide is capable of binding myostatin, activin-A, or GDF-11; and c. a polypeptide having at least 95% sequence identity to (a), wherein the polypeptide has a W or a Y at the position corresponding to position 28 of SEQ ID NO:2 and a T at the position corresponding to position 44 of SEQ ID NO:2, wherein the polypeptide is capable of binding myostatin, activin-A, or GDF-11. a. a polypeptide consisting of the sequence set forth in the group consisting of SEQ ID NO: 4, 6, 12 and 14; b. a polypeptide having at least 90% sequence identity to (a), wherein the polypeptide has a W or a Y at the position corresponding to position 28 of SEQ ID NO:2 and a T at the position corresponding to position 44 of SEQ ID NO:2, wherein the polypeptide is capable of binding myostatin, activin-A, or GDF-11; and c. a polypeptide having at least 95% sequence identity to (a), wherein the polypeptide has a W or a Y at the position corresponding to position 28 of SEQ ID NO:2 and a T at the position corresponding to position 44 of SEQ ID NO:2, wherein the polypeptide is capable of binding myostatin, activin-A, or GDF-11.