mhurhangee/patent-ind-claim-en huggingface dataset:
A method for creating a planing hull model, the method comprising: performing the following in a processor of a computer: receiving, from a user, dimensions of a plurality of hull sections, including two non-adjacent hull sections; generating a delta curve based on the dimensions of the plurality of hull sections received from the user, wherein the delta curve is created from an inner chine curve and a keel curve, and wherein the delta curve runs diagonally from the inner chine curve to the keel curve; interpolating dimensions of at least one hull section between the two non-adjacent hull sections; generating curves of the hull based on the dimensions of the plurality of hull sections received from the user and the interpolated dimensions of the at least one hull section between the two non-adjacent hull sections; creating surfaces of the hull based on the generated curves and the delta curve, wherein the surfaces created include a running surface that is continuous and fair; and generating and displaying a planing hull model from the created surfaces.
A method for transmitting downlink data packets, the method being performed by a terminal and comprising: receiving a paging message transmitted by a network side device; generating a message 1 (Msg1) of a random access procedure according to the paging message, and transmitting reply information corresponding to a data transmission indication to the network side device through the message 1 of the random access procedure; characterized in that , the reply information comprises an identifier for indicating whether to receive downlink data packets transmitted by the network side device or not, wherein receiving the downlink data packets indicates that state transition is not performed, and not receiving the downlink data packets indicates that the state transition is performed; the method further comprises: in a case that the data transmission indication indicating transmission exists in the paging message, and the reply information indicates that the terminal is capable of receiving the downlink data packets transmitted by the network side device, receiving the downlink data packets transmitted by the network side device, wherein the downlink data packets are transmitted by the network side device according to the reply information. receiving a paging message transmitted by a network side device; generating a message 1 (Msg1) of a random access procedure according to the paging message, and transmitting reply information corresponding to a data transmission indication to the network side device through the message 1 of the random access procedure; characterized in that , the reply information comprises an identifier for indicating whether to receive downlink data packets transmitted by the network side device or not, wherein receiving the downlink data packets indicates that state transition is not performed, and not receiving the downlink data packets indicates that the state transition is performed; the method further comprises: in a case that the data transmission indication indicating transmission exists in the paging message, and the reply information indicates that the terminal is capable of receiving the downlink data packets transmitted by the network side device, receiving the downlink data packets transmitted by the network side device, wherein the downlink data packets are transmitted by the network side device according to the reply information. in a case that the data transmission indication indicating transmission exists in the paging message, and the reply information indicates that the terminal is capable of receiving the downlink data packets transmitted by the network side device, receiving the downlink data packets transmitted by the network side device, wherein the downlink data packets are transmitted by the network side device according to the reply information.
A cooking accessory for high-frequency dielectric heating, configured for placement in a dielectric heating cavity of a cooking appliance and suitable for supporting one or more food items thereon while being irradiated with high-frequency electromagnetic radiation for heating the one or more food items in the heating cavity , the cooking accessory comprising susceptor arrangement (2-3; 3) with susceptor elements , each susceptor element having a pre-defined dielectric absorption characteristic (R) for the high-frequency electromagnetic radiation, characterised in that the susceptor elements are arranged to span a tiled 2D support area for the one or more food items.
A centrifugal pump system comprising: a disc-shaped impeller rotating about an axis and having a first magnetic structure disposed at a first surface and a second magnetic structure disposed at a second surface; a pump housing defining a pumping chamber which receives the impeller; a levitation magnetic structure disposed at a first end of the pump housing having a levitating magnetic field for axially attracting the first magnetic structure; a multiphase magnetic stator disposed at a second end of the pump housing for generating a rotating magnetic field for axially and rotationally attracting the second magnetic structure; a commutator circuit for providing a plurality of phase voltages to the stator; characterized in that the system further comprises a sensing circuit for determining respective phase currents flowing in response to the phase voltages; and a controller for calculating successive commanded values for the phase voltages during a running state in response to a desired impeller speed and an actual impeller phase that is detected in response to the determined phase currents, wherein the controller has a startup interval during which the commanded values of the phase voltages are determined in response to a pseudo impeller phase and in response to a ramping gain factor (g). a disc-shaped impeller rotating about an axis and having a first magnetic structure disposed at a first surface and a second magnetic structure disposed at a second surface; a pump housing defining a pumping chamber which receives the impeller; a levitation magnetic structure disposed at a first end of the pump housing having a levitating magnetic field for axially attracting the first magnetic structure; a multiphase magnetic stator disposed at a second end of the pump housing for generating a rotating magnetic field for axially and rotationally attracting the second magnetic structure; a commutator circuit for providing a plurality of phase voltages to the stator; characterized in that the system further comprises a sensing circuit for determining respective phase currents flowing in response to the phase voltages; and a controller for calculating successive commanded values for the phase voltages during a running state in response to a desired impeller speed and an actual impeller phase that is detected in response to the determined phase currents, wherein the controller has a startup interval during which the commanded values of the phase voltages are determined in response to a pseudo impeller phase and in response to a ramping gain factor (g).
An improved gas valve unit, comprising: - a body provided with an inlet , fluidically connectable to a gas source and to at least one outlet , - a main chamber , defined at least in part in said body , put into fluid communication with said gas inlet and provided with main outlet hole put into fluid communication with said outlet : - a disc-shaped element which is housed in said main chamber , characterized in that the disc-shaped element is provided with at least one through opening defining, in said at least one through opening , at least two zones having a mutually different passage section in order to put said main chamber into communication with said main outlet hole , said disc-shaped element is movable in rotation within said chamber between at least one closing position, in which said main outlet hole is entirely covered by a full portion of said disc-shaped element , and at least two distinct opening positions in each of which a corresponding and distinct passage zone defined in and by said at least one through opening of said disc-shaped element faces, at least in part, said main outlet hole so as to allow the passage of the gas from said chamber to said main outlet hole through said passage zone , - wherein the improved gas valve unit comprises a control unit associated with said body and provided with means for causing the snapping rotation of said disc-shaped element between said closing position and an opening position, and to cause the snapping rotation of said disc-shaped element between said at least two distinct opening positions. - a body provided with an inlet , fluidically connectable to a gas source and to at least one outlet , - a main chamber , defined at least in part in said body , put into fluid communication with said gas inlet and provided with main outlet hole put into fluid communication with said outlet : - a disc-shaped element which is housed in said main chamber , characterized in that the disc-shaped element is provided with at least one through opening defining, in said at least one through opening , at least two zones having a mutually different passage section in order to put said main chamber into communication with said main outlet hole , said disc-shaped element is movable in rotation within said chamber between at least one closing position, in which said main outlet hole is entirely covered by a full portion of said disc-shaped element , and at least two distinct opening positions in each of which a corresponding and distinct passage zone defined in and by said at least one through opening of said disc-shaped element faces, at least in part, said main outlet hole so as to allow the passage of the gas from said chamber to said main outlet hole through said passage zone , - wherein the improved gas valve unit comprises a control unit associated with said body and provided with means for causing the snapping rotation of said disc-shaped element between said closing position and an opening position, and to cause the snapping rotation of said disc-shaped element between said at least two distinct opening positions.
A contact lens manipulator assembly comprising a main manipulator body arranged with a lens applicator in a first end of the main manipulator body , and a pincer in a second end of the main manipulator body opposite the first end, characterized in that the assembly further comprises a lens-fetching device comprising a shaft and an outwardly shaped hemisphere part located on a first end of a shaft , wherein a second end of the shaft opposite the hemisphere-shaped part is adapted to be releasable inserted into a bore arranged in a longitudinal direction of the main manipulator body , wherein the bore is arranged from a centre point on a curved surface of the lens applicator facing outwardly through the main manipulator body to a centre point on a joining surface of the main manipulator body in between a first gripping arm and a second gripping arm of the pincer and wherein the length of the shaft of the lens-fetching device is long enough to protrude out from the joining surface of the main manipulator body .
A method performed by a transmitting device for transferring non-time-critical data to a receiving device in a communication network , comprising: - intercepting a packet, which packet comprises service data in a payload field of the packet; - determining that the packet is intended for the receiving device ; - establishing an available amount of data in the payload field of the packet; characterised in that the method further comprising: - checking a size of a header of the packet relative a size of the packet against a threshold; and only when the size of the header of the packet relative the size of the packet is above the threshold, adding the non-time-critical data for the receiving device to the established available amount of data in the payload field; - modifying the header of the packet indicating that the payload field comprises the non-time-critical data; and - transmitting the packet with the service data and the non-time-critical data to the receiving device . - intercepting a packet, which packet comprises service data in a payload field of the packet; - determining that the packet is intended for the receiving device ; - establishing an available amount of data in the payload field of the packet; - checking a size of a header of the packet relative a size of the packet against a threshold; and only when the size of the header of the packet relative the size of the packet is above the threshold, adding the non-time-critical data for the receiving device to the established available amount of data in the payload field; - modifying the header of the packet indicating that the payload field comprises the non-time-critical data; and - transmitting the packet with the service data and the non-time-critical data to the receiving device .
A method for manufacturing an egg package , said package being formed of a fibrous material, the package comprising: - a bottom part comprising a plurality of egg-receiving compartments having non-planar side surfaces so as to match at least partially the outer contours of an egg, the plurality of compartments being arranged in at least two parallel rows, - a cover part comprising a top surface , a front surface , a back surface , and two end surfaces, - the cover part being permanently connected to the bottom part by a hinge between the back surface of the cover part and the bottom part so as to allow the cover part to move between an open position and a closed position, - said cover part comprising two partially ovoid portions extending outwardly from each of the two end surfaces, characterized in that the partially ovoid portions on the same end surface convexly and continuously extend into a continuous and concave middle section , connecting said two partially ovoid portions , said concave middle section curving inward, said concave middle section together with said two partially ovoid portions being circumvented by a substantially planar rim part bounded by the top surface , front surface and back surface of the cover part , and said concave middle section comprising an embossment , said embossment being formed in an after press operation on the inner side of the cover part . - a bottom part comprising a plurality of egg-receiving compartments having non-planar side surfaces so as to match at least partially the outer contours of an egg, the plurality of compartments being arranged in at least two parallel rows, - a cover part comprising a top surface , a front surface , a back surface , and two end surfaces, - the cover part being permanently connected to the bottom part by a hinge between the back surface of the cover part and the bottom part so as to allow the cover part to move between an open position and a closed position, - said cover part comprising two partially ovoid portions extending outwardly from each of the two end surfaces,
Hybrid machine tool for milling and boring that comprises a first carriage capable of movement in at least one of the three axes X, Y, Z, with a first head assembly face (1.11) and a longitudinal axis (A); a second carriage arranged in the first carriage , the first carriage comprises at least guide means (1.1) arranged parallel to the longitudinal axis (A), the second carriage can move on the guide means (1.1) along the direction of the longitudinal axis (A); a boring head comprising a first support (3.1) with a second assembly face (3.11), a casing (3.3) arranged inside the first support (3.1), bearings (3.2) between the first support (3.1) and the casing (3.3), and a boring bar (3.4) inside the casing (3.3) capable of moving relative thereto; a milling head comprising a third assembly face (4.11), a second support (4.1) and a second shaft (4.2); so that when the boring head or the milling head is mounted on the first carriage , the second (3.11) or third assembly face (4.11) is in contact with the first assembly face (1.11), characterised in that the second carriage comprises rotation drive means with a first shaft (2.1), output shaft, with a working axis (W) parallel to the longitudinal axis (A) and a coupling (2.2) arranged at the end of the first shaft (2.1) oriented towards the first assembly face (1.11) of the first carriage , the boring bar (3.4) or the second shaft (4.2) is aligned with the first shaft (2.1) and its working axis (W), and the coupling (2.2) is configured to be able to be attached directly to the boring bar (3.4) of the boring head or the second shaft (4.2) of the milling head .
A computer-implemented method to facilitate licensing in an industrial automation environment, the method comprising: transmitting a certificate from a client (214; 310;410;510) to a device (212; 320; 420; 520), wherein the certificate is issued to the client as a license from a third party , and wherein the certificate comprises a public key assigned to the client; obtaining, by the client from the third party, a private key associated with the certificate; the method being characterised in that it comprises generating, by the client, a response message to a challenge message issued by the device, the generating comprising decrypting, with the private key, a session key that is encrypted with the public key, the generating further comprising producing a one-way hash of the session key; and establishing a session between the client and the device based in part on the certificate and whether the one-way hash of the session key matches a one-way hash of the session key performed by the device. transmitting a certificate from a client (214; 310;410;510) to a device (212; 320; 420; 520), wherein the certificate is issued to the client as a license from a third party , and wherein the certificate comprises a public key assigned to the client; obtaining, by the client from the third party, a private key associated with the certificate; the method being characterised in that it comprises generating, by the client, a response message to a challenge message issued by the device, the generating comprising decrypting, with the private key, a session key that is encrypted with the public key, the generating further comprising producing a one-way hash of the session key; and establishing a session between the client and the device based in part on the certificate and whether the one-way hash of the session key matches a one-way hash of the session key performed by the device.
A centrifugal pump for pumping a fluid containing abrasive particles, said pump comprising a pump chamber , a wear plate , and a rotatable impeller , said wear plate being fixedly secured to said pump chamber and having a suction inlet forming a low pressure region configured for receipt of the fluid, said impeller having a front face and shaft rotatably supporting said impeller within said pump chamber , said pump chamber having a high pressure region located radially outward of said impeller , said shaft having a central axis about which said impeller rotates, said front face of said impeller having a first portion (40/72) and a second portion , said first portion of said front face being located immediately adjacent a first portion of said wear plate to form a recirculation zone therebetween, wherein said recirculation zone is in fluid communication with said high pressure region , said second portion of said front face being spaced apart from a second portion of said wear plate to form a small running clearance therebetween, said small running clearance being interposed between said recirculation zone and said low pressure region , said first portion of said front face of said impeller comprising plural pump-out vanes , characterized in that said wear plate includes a plurality of radially-oriented deflector vanes (80/82) that project from the first portion of said wear plate into said recirculation zone , wherein each of the plurality of radially-oriented deflector vanes (80/82) comprises a truncated triangular configuration having an inner width along a radial direction that is wider than an outer width along the radial direction, wherein said plurality of deflector vanes (80/82) are distributed circumferentially about said central rotation axis , said deflector vanes (80/82) being configured to cooperate with said pump-out vanes to expel abrasive particles and prevent them from collecting and eroding said small running clearance .
An acrylic rubber composition comprising 5 to 80 parts by weight of a styrene-based resin and 0.1 to 5 parts by weight of sulfur, based on 100 parts by weight of crosslinkable-group containing acrylic rubber, wherein said styrene-based resin is selected from the group, consisting of homopolymers of styrene, α-methylstyrene, or p-methylstyrene; their mutual copolymers; copolymers of these monomers with vinyl or olefin monomers copolymerizable with these monomers, such as ethylene; and syndiotactic polystyrene.
A tantalum sputtering target manufactured by subjecting a molten and cast tantalum ingot or billet to plastic working such as forging, annealing and rolling, wherein: the purity of the target is 99.995% (4N5) or higher; after the ultimate plastic working process, the target is further subjected to annealing at a temperature of 1173K or less; and 40% or more of the structure of the tantalum target is non-recrystallized. the purity of the target is 99.995% (4N5) or higher; after the ultimate plastic working process, the target is further subjected to annealing at a temperature of 1173K or less; and 40% or more of the structure of the tantalum target is non-recrystallized.
A tyre pressure monitoring system comprising a tyre valve and a tyre pressure monitoring unit that comprises a plastic housing, in which a pressure sensor for measuring the tyre pressure and a transmitter for wirelessly transmitting tyre pressure data are arranged, wherein the tyre pressure monitoring unit is attached to a stem of the tyre valve and the stem comprises latching recesses , into which a latching element of the tyre pressure monitoring unit engages, wherein the latching element is realized integrally with a wall of the housing, characterized in that the stem comprises a plurality of latching recesses arranged one behind the other.
Bearing unit for a rotary processing tool, the bearing unit comprising a main body , two outer bearings , an intermediate bearing accommodated in a slider which is received within a recess in the main body of the bearing unit , and a preloading unit adapted for displacing the slider and therewith the intermediate bearing with respect to the main body and the two outer bearings , and wherein the preloading unit comprises an amplification lever and an actuator and whereby the amplification lever is configured to amplify the actuation force created by the actuator , into a greater preloading force acting on the slider and the intermediate bearing .
An electric rice cooker, comprising a cooker body , a spherical inner pot , an electric heating tray , an outer pot , a middle layer and an upper cover , wherein the upper cover has a sealing ring on the lower surface thereof, characterized in that the electric heating tray contacts and supports said spherical inner pot , at least a part of the exterior surface of the bottom of the spherical inner pot is a curved surface, and the upper surface of the electric heating tray matches in shape with the exterior surface of the bottom of the spherical inner pot ; the bottom of the electric heating tray is provided with at least one elastic support member so that the heating tray can fluctuate up and down by means of said elastic support member ; the middle layer has a first portion located on the top of the outer pot , with the first portion being provided with a plurality of inner pot support members to ensure a sealing contact between a pot flange of the spherical inner pot and the sealing ring ,