mhurhangee/patent-ind-claim-en huggingface dataset:
A bottle teat having a base portion comprising a connecting flange and in which the bottle teat is substantially circular in a cross-section running perpendicular to a longitudinal axis , a lip support portion and a nipple portion which opens out in a teat tip , wherein, in a direction perpendicular to its longitudinal axis , the bottle teat comprises, in the lip support portion , a non-circular cross-section with a longitudinal axis and a transverse axis which is shorter compared to the longitudinal axis , characterized in that between the base portion and the lip support portion there is provided a flexible portion comprising enhanced flexibility with respect to the base and the lip support portion , wherein the flexible portion comprises a circumferentially encircling depression in the form of an indent and/or a smaller wall thickness in portions adjacent to the depression and comprises an ascending and falling profile when viewed over the circumference so that about an axis running substantially in the direction of the transverse axis , the bottle teat has an enhanced flexibility compared to a similarly configured bottle teat without a depression for pivoting the lip support and nipple portions .
Screw having a longitudinal axis and comprising a threaded shank and a head within which is formed a socket intended to be engaged by a wrench and having a pluri-lobed external profile comprising a series of lobes circumferentially offset and separated by a series of circumferentially offset protrusions of said head , each protrusion being delimited by two flanks and a front length joining the radially inner ends of said flanks and being convex and symmetric with respect to a center axis radially oriented with respect to said longitudinal axis , wherein said front length is formed by a center face and two inclined side faces each of which joins the radially inner end of the respective flank with a respective end of the center face which is orthogonally orientated with respect to said center axis of the protrusion .
Method for producing a tool for a negative skin, the method comprising the following steps: providing a positive body , wherein a first surface of the positive body forms a positive mould of a negative skin which is to be produced, wherein the first surface has at least one undercut, applying a wax layer to the first surface of the positive body and filling in at least one undercut with the wax layer , placing a tool cavity on the positive body , and coating the tool cavity with a layer against the applied wax layer . providing a positive body , wherein a first surface of the positive body forms a positive mould of a negative skin which is to be produced, wherein the first surface has at least one undercut, applying a wax layer to the first surface of the positive body and filling in at least one undercut with the wax layer , placing a tool cavity on the positive body , and coating the tool cavity with a layer against the applied wax layer .
An apparatus for controlling and positioning of ear canal components in an ear canal , the apparatus comprising: a cap with a first end portion configured to couple with the ear canal component such that the cap increases maneuverability of the ear canal component in the ear canal as the ear canal component is positioned in the ear canal , the cap including: - a gripping structure at a second end portion of the cap located opposite to said first end portion, wherein the gripping structure projects in an axial direction opposite to the first end portion of the cap ; and - a projection at the second end portion of the cap , wherein the projection projects in an axial direction opposite to the first end portion of the cap , wherein the gripping structure and the projection define a groove with a contact surface between them, wherein the groove is adapted to receive a fingernail . a cap with a first end portion configured to couple with the ear canal component such that the cap increases maneuverability of the ear canal component in the ear canal as the ear canal component is positioned in the ear canal , the cap including: - a gripping structure at a second end portion of the cap located opposite to said first end portion, wherein the gripping structure projects in an axial direction opposite to the first end portion of the cap ; and - a projection at the second end portion of the cap , wherein the projection projects in an axial direction opposite to the first end portion of the cap , - a gripping structure at a second end portion of the cap located opposite to said first end portion, wherein the gripping structure projects in an axial direction opposite to the first end portion of the cap ; and - a projection at the second end portion of the cap , wherein the projection projects in an axial direction opposite to the first end portion of the cap , wherein the gripping structure and the projection define a groove with a contact surface between them, wherein the groove is adapted to receive a fingernail .
A modular vehicle seating insert (10, 10', 10") comprising: an insert shell structure to be received within a vehicle body and having a vehicle body facing surface and a vehicle interior facing surface, wherein the vehicle interior facing surface defines seat module receiving portions ; vehicle connection features operatively provided at a side of the vehicle body facing surface of the shell structure for cooperation with vehicle body connection features to fix the shell structure to the vehicle body ; and seat module connection features, each of the seat module connection features being associated with one of the seat module receiving portions , characterized in that the vehicle connection features each comprise a clamping connector for clamping connection with a connection point bar supported by the vehicle body . an insert shell structure to be received within a vehicle body and having a vehicle body facing surface and a vehicle interior facing surface, wherein the vehicle interior facing surface defines seat module receiving portions ; vehicle connection features operatively provided at a side of the vehicle body facing surface of the shell structure for cooperation with vehicle body connection features to fix the shell structure to the vehicle body ; and seat module connection features, each of the seat module connection features being associated with one of the seat module receiving portions , characterized in that
A method of producing steviol glycosides, comprising the step of intracellularly converting rebaudioside A to rebaudioside D, rebaudioside M, or a combination thereof, wherein the step of intracellularly converting rebaudioside A includes subjecting rebaudioside A to a UDP-glucosyl transferase enzyme, the UDP-glucosyl transferase enzyme is intracellularly produced by a host cell, the host cell is capable of rebaudioside A uptake from a culture medium and is capable of expressing genes of enzymes for intracellular conversion of rebaudioside A to rebaudioside D, rebaudioside M, or a combination thereof and wherein the host cell is of a species selected from: Candida utilis, Cyberlindnera jadinii, Kluyveromyces lactis, Kluyveromyces marxianus, Meyerozyma guilliermondii, Pichia guilliermondii, Pichia jadinii, and Zygosaccharomyces rouxii.
Method for controlling entry and exit in multi-storey car parks and parking facilities, wherein the entrance or exit at which a vehicle is standing is determined based on vehicle location information, wherein after said vehicle location has been determined, the location information is conveyed by means of a mobile unit by a radio or mobile radio standard to a server which is capable of controlling the parking barriers at the entrances and exits, wherein in the event that the user of the mobile unit is already registered with the server, the user ID is transmitted to the server and in the event that the user of the mobile unit is not registered with the server, registration takes place by means of the mobile unit via the connection between said mobile unit and the server and once a user ID has been registered, wherein the location information data on the server is used to determine at which entrance or exit the vehicle is standing, wherein in the event of an entrance, a ticket linked to the user ID is sent to the user's mobile unit in electronic form or stored in the server and the parking barrier or access control device assigned to the entrance which has been detected is actuated to allow entry, wherein in case of an exit, the system determines whether the parking fee has been paid and if said parking fee has been paid the parking barrier or access control device assigned to the exit that has been identified is actuated to allow exit, characterized in that a customer medium that can be connected to the mobile unit for the purpose of data communication is used for location identification, which customer medium communicates via a built-in RF transceiver with at least one reading device assigned to a parking barrier or access control device in a predefined frequency range, wherein if the customer medium is detected by the reading device, the location information of the entrance or exit is transmitted by the reading device to the customer medium, which location information is transmitted from the customer medium to the mobile unit from which it is then transmitted on to the server.
An energy conversion apparatus, comprising a motor coil and a bridge arm converter connected to the motor coil , wherein: the bridge arm converter is connected to an external battery and an external charging port , the motor coil is connected to the external charging port , and the bridge arm converter comprises a plurality of phase bridge arms; and the motor coil comprises a plurality of phase windings, each phase winding comprises N coil units, first ends of the N coil units of each phase winding are connected together and connected to a corresponding phase bridge arm of the plurality of phase bridge arms, second ends of the N coil units in each phase winding are respectively connected to second ends of corresponding coil units in other phase windings to form N neutral points, N neutral lines lead from the N neutral points, and M neutral lines in the N neutral lines are coupled to the external charging port , N being an integer greater than 1, and M being an integer greater than 1. the bridge arm converter is connected to an external battery and an external charging port , the motor coil is connected to the external charging port , and the bridge arm converter comprises a plurality of phase bridge arms; and the motor coil comprises a plurality of phase windings, each phase winding comprises N coil units, first ends of the N coil units of each phase winding are connected together and connected to a corresponding phase bridge arm of the plurality of phase bridge arms, second ends of the N coil units in each phase winding are respectively connected to second ends of corresponding coil units in other phase windings to form N neutral points, N neutral lines lead from the N neutral points, and M neutral lines in the N neutral lines are coupled to the external charging port , N being an integer greater than 1, and M being an integer greater than 1.
An antiseptic composition comprising, as active ingredients, silver ions and menthol, and a pharmaceutically acceptable carrier, wherein: a concentration of said silver ions ranges from 0.29 to 0.6 mM and a concentration of said menthol is 3.2 mM, or a concentration of said silver ions is 0.29 mM and a concentration of said menthol ranges from 3.2 mM to 6.4 mM; or a concentration of said silver ions is 0.6 mM and a concentration of said menthol ranges from 0.64 mM to 3.2 mM; and the composition being in the form selected from the group consisting of a cream, an ointment, a paste, a gel, a lotion, a milk, a solution, an aerosol, a spray, a foam, a gauze, a wipe, a sponge, a non-woven fabric, a cotton fabric, a pledget, a patch and a pad. a concentration of said silver ions ranges from 0.29 to 0.6 mM and a concentration of said menthol is 3.2 mM, or a concentration of said silver ions is 0.29 mM and a concentration of said menthol ranges from 3.2 mM to 6.4 mM; or a concentration of said silver ions is 0.6 mM and a concentration of said menthol ranges from 0.64 mM to 3.2 mM; and the composition being in the form selected from the group consisting of a cream, an ointment, a paste, a gel, a lotion, a milk, a solution, an aerosol, a spray, a foam, a gauze, a wipe, a sponge, a non-woven fabric, a cotton fabric, a pledget, a patch and a pad.
A brushless motor comprising: a stator core including a cylindrical yoke portion and a teeth portion having a shape protruding from an inner circumferential surface of the yoke portion ; and a rotor that is disposed inside the stator core , spaced apart from the teeth portion , and uses a center axis of the yoke portion as an axis of rotation (AR), wherein the yoke portion includes, on an outer circumferential surface of the yoke portion , a notch portion at a position on a back side of the teeth portion , the notch portion has a circumferential width smaller than a circumferential width of the teeth portion , where a radial width of a part of the yoke portion that does not include the notch portion is defined as a yoke width (W111), the yoke width (W111) is maintained constant to a vicinity of a bonding portion where the teeth portion and the yoke portion are bonded, and in a cross section perpendicular to the axis of rotation (AR), a surface of the teeth portion is shaped in an arc that is concavely curved inwardly of the teeth portion at the bonding portion , and the notch portion is present outside a range from a center of the arc (CA1, CA2) to a total length of a radius of the arc and the yoke width (W111). a stator core including a cylindrical yoke portion and a teeth portion having a shape protruding from an inner circumferential surface of the yoke portion ; and a rotor that is disposed inside the stator core , spaced apart from the teeth portion , and uses a center axis of the yoke portion as an axis of rotation (AR), wherein the yoke portion includes, on an outer circumferential surface of the yoke portion , a notch portion at a position on a back side of the teeth portion , the notch portion has a circumferential width smaller than a circumferential width of the teeth portion , where a radial width of a part of the yoke portion that does not include the notch portion is defined as a yoke width (W111), the yoke width (W111) is maintained constant to a vicinity of a bonding portion where the teeth portion and the yoke portion are bonded, and in a cross section perpendicular to the axis of rotation (AR), a surface of the teeth portion is shaped in an arc that is concavely curved inwardly of the teeth portion at the bonding portion , and the notch portion is present outside a range from a center of the arc (CA1, CA2) to a total length of a radius of the arc and the yoke width (W111).
A method of coating a web , the method comprising: providing a roll comprising a shell rotatably supported by at least one pressurized air layer between the shell and a core ; providing a coating die including one or more die lips being positioned adjacent an outer surface of the shell of the roll; and dispensing one or more coating materials from the one or more die lips of the coating die onto the web to form a coating, while translating the web in contact with the shell of the roll to rotate the shell. providing a roll comprising a shell rotatably supported by at least one pressurized air layer between the shell and a core ; providing a coating die including one or more die lips being positioned adjacent an outer surface of the shell of the roll; and dispensing one or more coating materials from the one or more die lips of the coating die onto the web to form a coating, while translating the web in contact with the shell of the roll to rotate the shell.
Modular underwater vehicle, wherein the modular water vehicle comprises at least one payload module and two first bow modules , wherein the at least one payload module has a first width, wherein the first bow module has a second width, wherein the first width is between 1.8 and 2.2 times as great as the second width, wherein the first bow module has a three-sided horizontal cross section, wherein the cross section of the first bow module has a straight first first side which can be arranged to the payload module , wherein the cross section of the first bow module has a straight first second side which can be arranged to the centre of the ship, wherein the first first side and the first second side form a right angle, wherein the cross section of the first bow element has a first third side which can be arranged to the outside, wherein the first third side has a rounded profile, wherein the tangent of the first third side forms a right angle with the first first side at the point of intersection with the first first side , characterized in that the modular underwater vehicle comprises at least two payload modules arranged alongside one another, wherein the modular underwater vehicle comprises two second bow elements , wherein the second bow element can be arranged adjacent to the first bow element , wherein the second bow element has a second width, wherein the second bow element has a four-sided horizontal cross section, wherein the cross section of the second bow element has a straight third first side which can be arranged to the payload module , wherein the cross section of the second bow element has a straight third first second which can be arranged to the centre of the ship, wherein the third first side and the third second side form a right angle, wherein the cross section of the second bow element has a third third side which can be arranged to the outside, wherein the third third side has a rounded profile, wherein the cross section of the second bow module has a straight third fourth side which can be arranged to the first bow module , wherein the third first side and the third fourth side form a right angle, wherein the tangent of the third third side at the point of intersection with the third second side forms a right angle with the third second side .
Electrode for generating a corona discharge, comprising an electrically conducting elongate core and a sheath consisting of a dielectric material with a longitudinal channel for the core , wherein the longitudinal channel is bounded across its length by a base and a roof extending over the base, and wherein the core rests with its underside on the base of the longitudinal channel , wherein the core maintains a distance from the roof of the longitudinal channel over its length and wherein at least one hold-down element extends between the upper side of the core and the roof of the longitudinal channel , characterised in that each hold-down element bears against the roof in at least one contact line extending in the longitudinal direction of the electrode and against the upper side of the core in at least one contact line extending in the longitudinal direction.
A method performed by a user plane entity being a User Plane Function, UPF, the method comprising: receiving , from a control plane entity being a Session Management Function, SMF, and as part of a protocol data unit, PDU, session release procedure for home routed roaming , a request for modifying parameters related to a PDU session at least part of which is to be deleted, wherein the request is a N4 Session Modification Request, wherein when the SMF is a Home SMF, H-SMF, and the UPF is a Home UPF, H-UPF, then the N4 Session Modification Request indicates that the H-UPF stops forwarding traffic and also stops taking into account the traffic for usage monitoring in downlink direction, or wherein when the SMF is a Visited SMF, V-SMF, and the UPF is a Visited UPF, V-UPF, then the N4 Session Modification Request indicates that the V-UPF stops forwarding traffic and also stops taking into account the traffic for usage monitoring in uplink direction; sending a N4 Session Modification Response to the control plane entity; upon receipt of the request, stopping forwarding traffic and also stopping taking into account the traffic for usage monitoring in only one of downlink and uplink directions for the at least part of the PDU session to be deleted; receiving, from the control plane entity, a N4 Session Release Request message to drop any remaining packets of the PDU Session and release all tunnel resources and contexts associated with the N4 Session; and sending, to the control plane entity, a N4 Session Release Response message in response to the N4 Session Release Request message. receiving , from a control plane entity being a Session Management Function, SMF, and as part of a protocol data unit, PDU, session release procedure for home routed roaming , a request for modifying parameters related to a PDU session at least part of which is to be deleted, wherein the request is a N4 Session Modification Request, wherein when the SMF is a Home SMF, H-SMF, and the UPF is a Home UPF, H-UPF, then the N4 Session Modification Request indicates that the H-UPF stops forwarding traffic and also stops taking into account the traffic for usage monitoring in downlink direction, or wherein when the SMF is a Visited SMF, V-SMF, and the UPF is a Visited UPF, V-UPF, then the N4 Session Modification Request indicates that the V-UPF stops forwarding traffic and also stops taking into account the traffic for usage monitoring in uplink direction; sending a N4 Session Modification Response to the control plane entity; upon receipt of the request, stopping forwarding traffic and also stopping taking into account the traffic for usage monitoring in only one of downlink and uplink directions for the at least part of the PDU session to be deleted; receiving, from the control plane entity, a N4 Session Release Request message to drop any remaining packets of the PDU Session and release all tunnel resources and contexts associated with the N4 Session; and sending, to the control plane entity, a N4 Session Release Response message in response to the N4 Session Release Request message.