mhurhangee/ep-ind-claims huggingface dataset:
A hub bearing assembly comprising a hub having a radially outwardly directed flange at one axial end for mounting the wheel of a vehicle, an outerring having axially spaced raceways (22, 24) and a plurality of rolling elements arranged in two rows (Ri, Ro) in the annular space between the outer ring and the hub, the diameter (Do) of the pitch circle of the outboard (Ro) of rolling elements adjacent said flange being greater than the diameter (Di) of the pitch circle of the rolling elements in the inboard row (Ri), wherein the rolling elements of said outboard row (Ro) are balls and the rolling elements of the other inboard row (Ri) are tapered rollers.
An implantable medical endoprosthesis delivery system (2, 15), comprising: an inner member (3, 42) having a first lumen disposed therein; an outer member (7, 40) at least partially surrounding the inner member so that a second lumen is disposed between the inner and outer members (42, 40), the second lumen being configured so that an implantable medical endoprosthesis can be disposed therein; and characterised by having a hub including a proximal recess, a first fluid flow path in fluid communication with the proximal recess, and a second fluid flow path in fluid communication with the proximal recess, wherein the first flow path is in fluid communication with the first lumen and the second flow path is in fluid communication with the second lumen, and wherein the hub comprises a body having a proximal end, a distal end, and a longitudinal bore extending from the distal end and is in fluid communication with the proximal recess, such that the combined longitudinal bore and proximal recess form a lumen extending through the body of the hub and is in fluid communication with the first and second lumens (43, 41). an inner member (3, 42) having a first lumen disposed therein; an outer member (7, 40) at least partially surrounding the inner member so that a second lumen is disposed between the inner and outer members (42, 40), the second lumen being configured so that an implantable medical endoprosthesis can be disposed therein; and characterised by having a hub including a proximal recess, a first fluid flow path in fluid communication with the proximal recess, and a second fluid flow path in fluid communication with the proximal recess, wherein the first flow path is in fluid communication with the first lumen and the second flow path is in fluid communication with the second lumen, and wherein the hub comprises a body having a proximal end, a distal end, and a longitudinal bore extending from the distal end and is in fluid communication with the proximal recess, such that the combined longitudinal bore and proximal recess form a lumen extending through the body of the hub and is in fluid communication with the first and second lumens (43, 41).
Car operating panel for an elevator car having at least two car doors (5, 9), the car operating panel comprising: a decimal keyboard for inputting a selectable destination floor number, and at least two door selection buttons (21, 23) for inputting a door selection indicating which one of the car doors (5, 9) is to be opened upon reaching a selected destination floor, characterized in that the car operating panel is adapted to, upon a destination floor number being inputted via the decimal keyboard, determining whether floor areas (7, 11) may be accessed via each of the car doors (5, 9) at the selected destination floor and, if this is the case, wait for inputting of the door selection for a predetermined waiting period. a decimal keyboard for inputting a selectable destination floor number, and at least two door selection buttons (21, 23) for inputting a door selection indicating which one of the car doors (5, 9) is to be opened upon reaching a selected destination floor, characterized in that the car operating panel is adapted to, upon a destination floor number being inputted via the decimal keyboard, determining whether floor areas (7, 11) may be accessed via each of the car doors (5, 9) at the selected destination floor and, if this is the case, wait for inputting of the door selection for a predetermined waiting period.
Lens holding block for positioning and retaining a lens substrate, preferably in a processing machine, comprising a bottom part that is able to immobilize the lens holding block in the processing machine and an upper part, said upper part comprising a chamber wherein is housed and attached a porous article so as to receive the lens substrate to be processed and which is able to be impregnated with a fluid, characterized in that said porous article is as such that: - at a starting temperature ranging from a first predetermined threshold and above a second predetermined threshold, it temporary positions the lens substrate on the lens holding block and - at a final temperature below or equal to said second predetermined threshold, it temporary retains the lens substrate. - at a starting temperature ranging from a first predetermined threshold and above a second predetermined threshold, it temporary positions the lens substrate on the lens holding block and - at a final temperature below or equal to said second predetermined threshold, it temporary retains the lens substrate.
A method for managing a self-balanced vehicle, which is performed by a terminal, characterized in that the method comprises: establishing a first connection with the self-balanced vehicle through Blue Tooth; acquiring traveling state data of the self-balanced vehicle through the first connection; determining whether a smart warning mode is enabled; if the smart warning mode is enabled, establishing a second connection with a smart wearable device through Blue Tooth; and acquiring a preset to-be-monitored item and a preset warning event, monitoring the to-be-monitored item in the traveling state data and determining whether the warning event is satisfied, and if the warning event is satisfied, sending a warning message to the smart wearable device through the second Blue Tooth connection. establishing a first connection with the self-balanced vehicle through Blue Tooth; acquiring traveling state data of the self-balanced vehicle through the first connection; determining whether a smart warning mode is enabled; if the smart warning mode is enabled, establishing a second connection with a smart wearable device through Blue Tooth; and acquiring a preset to-be-monitored item and a preset warning event, monitoring the to-be-monitored item in the traveling state data and determining whether the warning event is satisfied, and if the warning event is satisfied, sending a warning message to the smart wearable device through the second Blue Tooth connection.
An integrated laundry care machine comprising: a cabinet; a washing system included in the cabinet; a clothing care system included in the cabinet; and a retractractable plate; wherein the retractable plate is disposed between the washing system and the clothing care system, and when extended is capable of ascending or descending along the height direction of the integrated laundry care machine by means of two rails provided on the left and right sides of the cabinet which are opposite to each other in parallel, and two or more slide blocks matched with the two rails and slideable on the rails, to enable the plate to be extended out or retracted from the cabinet, wherein one or more connecting rods are provided between each slide block and the plate, and one end of the one or more connecting rods is hinged to the slide block and the other end of the one or more connecting rods is hinged to the plate such that the swing of the one more connection rods enables the plate to ascend or descend. a cabinet; a washing system included in the cabinet; a clothing care system included in the cabinet; and a retractractable plate; wherein the retractable plate is disposed between the washing system and the clothing care system, and when extended is capable of ascending or descending along the height direction of the integrated laundry care machine by means of two rails provided on the left and right sides of the cabinet which are opposite to each other in parallel, and two or more slide blocks matched with the two rails and slideable on the rails, to enable the plate to be extended out or retracted from the cabinet, wherein one or more connecting rods are provided between each slide block and the plate, and one end of the one or more connecting rods is hinged to the slide block and the other end of the one or more connecting rods is hinged to the plate such that the swing of the one more connection rods enables the plate to ascend or descend.
A topical formulation comprising a herbal extract of: Portulaca oleracea extract, Rheum palmatum root extract, Chrysanthemum indicum flower extract, and Scutellaria baicalensis root extract; and Phellodendron amurense bark and/or Sanguisorba officinalis root extract, for use in treating or preventing acne. Portulaca oleracea extract, Rheum palmatum root extract, Chrysanthemum indicum flower extract, and Scutellaria baicalensis root extract; and Phellodendron amurense bark and/or Sanguisorba officinalis root extract, for use in treating or preventing acne.
Modular electrical system comprising a first current-emitting source module and a first current-consuming sink module which is connectable thereto, wherein the first sink module has a first sink identification means for identifying its maximum power requirement, wherein the first source module has a first source identification means for identifying its power capacity, characterised in that the first sink identification means and the first source identification means for calculating a power ratio between the first source module and the first sink module of the system are connected to a two-wire line for the purpose of generating a differential voltage.
Spacer for rolling bearing comprising an inner ring, an outer ring and at least two rows of contact rollers disposed between raceways provided on the rings, said spacer comprising opposite first and second portions (11, 12) facing one another and a first lateral portion extending transversally between the first and second portions and connected to said portions, the spacer further comprising a second lateral portion facing said first lateral portion and extending from the second portion towards the first portion, the first and second portions (11, 12) delimiting together with the lateral portions (13, 14) a pocket configured to receive at least two superposed contact rollers, the first and second portions each comprising a contact surface (11a, 12a) with an end face of one of said rollers, the first lateral portion comprising an inner surface forming a bearing surface for an exterior rolling surface of each of the rollers, a free edge of the second lateral portion defining with the first portion an aperture in order to open laterally the pocket on the side opposite to the first lateral portion, characterized in that the second lateral portion comprises an inner surface facing the inner surface of the first lateral portion and forming a bearing surface for at least the exterior rolling surface of one of the rollers.
Method for producing containers from preforms, said containers being filled with liquid contents, wherein the preform is formed during a form- and-fill phase, and the container is almost completely filled with the contents as it is being filled, wherein, to create a headspace, a predefined volume of the contents is removed from the container by the action of pressure on the said contents by means of a removal line that is introduced into the container, characterised in that the pressure action is attained by gas pressure, in that a gas is introduced into the headspace at least from time to time, and wherein, before the pressure action for forming the headspace, the filling contents is pressure-balanced by means of a gas, at least partially at form- and-filling pressure, at 4 to 10 bar, and preferably at 4 to 7 bar.
An apparatus comprising: a loudspeaker; and a connector physical interface for receiving an external component, the connector physical interface is acoustically coupled to the loudspeaker inside the apparatus and further configured to transfer an electrical signal to and/or from the external component so as to provide an electrical interface between the apparatus and the external component, wherein the connector physical interface is configured to radiate an acoustic signal from the loudspeaker, wherein the connector physical interface comprises an air conduit such that the loudspeaker is acoustically connected to the exterior of the apparatus at least using the air conduit, characterized in that: the apparatus further comprises a first cavity coupled with a sound outlet and a second cavity coupled with the connector physical interface, wherein the loudspeaker is configured to generate the acoustic signal which travels towards the first cavity and the second cavity via corresponding acoustic coupling paths, and wherein the first and second cavities in conjunction with the sound outlet and the connector physical interface respectively serve as acoustic resonators having different resonance characteristics. a loudspeaker; and a connector physical interface for receiving an external component, the connector physical interface is acoustically coupled to the loudspeaker inside the apparatus and further configured to transfer an electrical signal to and/or from the external component so as to provide an electrical interface between the apparatus and the external component, wherein the connector physical interface is configured to radiate an acoustic signal from the loudspeaker, wherein the connector physical interface comprises an air conduit such that the loudspeaker is acoustically connected to the exterior of the apparatus at least using the air conduit, characterized in that: the apparatus further comprises a first cavity coupled with a sound outlet and a second cavity coupled with the connector physical interface, wherein the loudspeaker is configured to generate the acoustic signal which travels towards the first cavity and the second cavity via corresponding acoustic coupling paths, and wherein the first and second cavities in conjunction with the sound outlet and the connector physical interface respectively serve as acoustic resonators having different resonance characteristics.
A method for controlling an actuatable safety device for protecting an occupant of a vehicle, the method comprising: sensing an impending vehicle collision; in response to sensing the impending vehicle collision, calculating an estimated occupant movement that will result when the impending vehicle collision occurs; controlling the actuatable safety device in response to the estimated occupant movement; and characterized in that sensing the impending vehicle collision comprises receiving an automatic emergency braking deceleration flag. sensing an impending vehicle collision; in response to sensing the impending vehicle collision, calculating an estimated occupant movement that will result when the impending vehicle collision occurs; controlling the actuatable safety device in response to the estimated occupant movement; and characterized in that sensing the impending vehicle collision comprises receiving an automatic emergency braking deceleration flag.
Method for producing capsules of cosmetic products, preferably lipsticks, said method comprising the steps of: - introducing a base volume of a cosmetic product into a melting and preparing machine according to claim 4 to melt and prepare cosmetic products, - providing at least one containment capsule, comprising at least one open cavity adapted to contain a predetermined amount of cosmetic product of less than 20g and provided with at least one thermally conductive portion; - introducing at least one empty containment capsule into an orifice or container of said melting and preparing machine; - melting at least one portion of said base volume of the cosmetic product; - injecting said predetermined amount of said molten cosmetic product into said containment capsule; every injection cycle comprises an injection of a mass of cosmetic product lower than, or equal to, 20g; - sealing said containment capsule containing said predetermined amount of cosmetic product; said containment capsule and said predetermined amount of cosmetic product making up a semifinished product of said final cosmetic product adapted to be used by a user; - said semifinished product being intended to undergo subsequent steps of working and shape transformation in order to become a final cosmetic product, before being finally used by a user. - introducing a base volume of a cosmetic product into a melting and preparing machine according to claim 4 to melt and prepare cosmetic products, - providing at least one containment capsule, comprising at least one open cavity adapted to contain a predetermined amount of cosmetic product of less than 20g and provided with at least one thermally conductive portion; - introducing at least one empty containment capsule into an orifice or container of said melting and preparing machine; - melting at least one portion of said base volume of the cosmetic product; - injecting said predetermined amount of said molten cosmetic product into said containment capsule; every injection cycle comprises an injection of a mass of cosmetic product lower than, or equal to, 20g; - sealing said containment capsule containing said predetermined amount of cosmetic product; said containment capsule and said predetermined amount of cosmetic product making up a semifinished product of said final cosmetic product adapted to be used by a user; - said semifinished product being intended to undergo subsequent steps of working and shape transformation in order to become a final cosmetic product, before being finally used by a user.
Optical-quality surfacing tool comprising: - an elastically compressible interface comprising a first transverse end surface, a second transverse end surface and a lateral surface extending from the periphery of the first transverse end surface to the periphery of the second transverse end surface; - a flexible pad configured to be pressed against a workpiece surface, and secured to the interface by its second transverse end surface; and - a connecting structure connecting said elastically compressible interface and a member for mounting the tool on a surfacing machine (32, 33); said connecting structure is configured to form a bearing surface resting against part of the lateral surface and/or of the first transverse end surface of the interface, leaving at least part of the lateral surface and at least a central part of the first transverse end surface of the interface free. - an elastically compressible interface comprising a first transverse end surface, a second transverse end surface and a lateral surface extending from the periphery of the first transverse end surface to the periphery of the second transverse end surface; - a flexible pad configured to be pressed against a workpiece surface, and secured to the interface by its second transverse end surface; and - a connecting structure connecting said elastically compressible interface and a member for mounting the tool on a surfacing machine (32, 33); said connecting structure is configured to form a bearing surface resting against part of the lateral surface and/or of the first transverse end surface of the interface, leaving at least part of the lateral surface and at least a central part of the first transverse end surface of the interface free.
A tool for grasping an end of a spinal rod and percutaneous insertion of the spinal rod, comprising: a curved shaft extending from a proximal end to a distal end and including an interior portion, characterized in that the tool further comprises: a n immovable lip on the distal end; a pivoting lip rotatably coupled to the distal end opposite the immovable lip; a slidable rod disposed within the interior portion and coupled to a proximal portion of the pivoting lip at a first end; and a threaded mechanism within a portion of the proximal end of the curved shaft, rotatably engaged with a second end of the slidable rod and arranged to translate the slidable rod within the interior portion to position the pivoting lip relative to the immovable lip to hold a spinal rod therebetween. a curved shaft extending from a proximal end to a distal end and including an interior portion, a n immovable lip on the distal end; a pivoting lip rotatably coupled to the distal end opposite the immovable lip; a slidable rod disposed within the interior portion and coupled to a proximal portion of the pivoting lip at a first end; and a threaded mechanism within a portion of the proximal end of the curved shaft, rotatably engaged with a second end of the slidable rod and arranged to translate the slidable rod within the interior portion to position the pivoting lip relative to the immovable lip to hold a spinal rod therebetween.
A composition comprising: (a) at least one protein comprising an amino acid sequence having sequence identity greater than 80% to the amino acid sequence of any one of SEQ ID NOS: 250, 248 and 252 additionally comprising (b) at least one protein having sequence identity greater than 80% to the amino acid sequence of any of even numbered SEQ ID NOS: 2-174, said composition having the ability to elicit bactericidal antibodies to multiple neisserial strains. (a) at least one protein comprising an amino acid sequence having sequence identity greater than 80% to the amino acid sequence of any one of SEQ ID NOS: 250, 248 and 252 additionally comprising (b) at least one protein having sequence identity greater than 80% to the amino acid sequence of any of even numbered SEQ ID NOS: 2-174,
A method for detection of a fuse failure of a protective fuse used to protect an associated load against overcurrent and/or against overload, the method comprising the steps of: measuring(S A) electrical current, I m, flowing through the protective fuse in a current path to said load by means of a current sensor element; determining(S B) one or more failure indicators, FIs, each adapted to indicate a possible failure of the protected fuse on the basis of the measured electrical current, I m; wherein the method is characterised by detecting(S C) automatically a failure of the protective fuse if the determined at least one failure indicator, FI, indicates a possible failure of the protective fuse and if the electrical current, I m, measured by the current sensor element has stopped (I m =0) to flow through said protective fuse or is below a predefined current threshold value (I m < I mth). measuring(S A) electrical current, I m, flowing through the protective fuse in a current path to said load by means of a current sensor element; determining(S B) one or more failure indicators, FIs, each adapted to indicate a possible failure of the protected fuse on the basis of the measured electrical current, I m; wherein the method is characterised by detecting(S C) automatically a failure of the protective fuse if the determined at least one failure indicator, FI, indicates a possible failure of the protective fuse and if the electrical current, I m, measured by the current sensor element has stopped (I m =0) to flow through said protective fuse or is below a predefined current threshold value (I m < I mth).