mhurhangee/ep-ind-claims huggingface dataset:
An aluminum alloy for additive manufacturing, comprising, by weight, about 3% to about 9% zinc; about 0.5% to about 3% magnesium; about 0.5% to about 2% zirconium; 0% to about 2% erbium; less than about 0.5% copper; and the balance of weight percent comprising aluminum and incidental elements and impurities, wherein the aluminum alloy can solidify with about 10% of non-equilibrium (soluble) eutectic constituents for improved resistance to hot tearing during additive manufacturing processing, and wherein the eutectic constituents can be dissolved during post-processing operations to restore a single-phase aluminum matrix, which can be free of coarse eutectic constituents that were used for hot tearing resistance. about 3% to about 9% zinc; about 0.5% to about 3% magnesium; about 0.5% to about 2% zirconium; 0% to about 2% erbium; less than about 0.5% copper; and the balance of weight percent comprising aluminum and incidental elements and impurities, wherein the aluminum alloy can solidify with about 10% of non-equilibrium (soluble) eutectic constituents for improved resistance to hot tearing during additive manufacturing processing, and wherein the eutectic constituents can be dissolved during post-processing operations to restore a single-phase aluminum matrix, which can be free of coarse eutectic constituents that were used for hot tearing resistance.
A method for controlling access to voice resources using mobility management messages in a mobile communications network, the method comprising a subscriber access module: receiving, from a mobile switching center, MSC, (110, 114), that is remote from the subscriber access module, a mobility management message associated with a mobile subscriber, wherein the mobility management message includes a subscriber identifier and an MSC identifier; determining a priority level of the mobile subscriber based on the subscriber identifier and the MSC identifier included in the mobility management message; and controlling access to voice resources based on the priority level. receiving, from a mobile switching center, MSC, (110, 114), that is remote from the subscriber access module, a mobility management message associated with a mobile subscriber, wherein the mobility management message includes a subscriber identifier and an MSC identifier; determining a priority level of the mobile subscriber based on the subscriber identifier and the MSC identifier included in the mobility management message; and controlling access to voice resources based on the priority level.
A closure for a container neck, the closure comprising a body (401, 801) and a cap that removably engages the body (401, 801); the body (401, 801) comprising a retention member (402, 802) in an operative position for retaining the body (401, 801) on a container neck, wherein the retention member (402, 802) is a clip for engaging the underside of a shoulder of the container neck; characterised in that: the body (401, 801) defines a retention member disconnection line (403, 803) that is severable to release the retention member (402, 802) from the operative position, wherein the retention member disconnection line (403, 803) is a line of weakness.
Electrical current transducer for measuring the current flowing in a primary conductor, the transducer including an outer casing, a magnetic core comprising a magnetic circuit gap, a magnetic field detector comprising a sensing portion positioned in the magnetic circuit gap, an insulating core housing, a secondary coil formed from a wire wound around a coil support portion of the insulating core housing, and an electrostatic shield positioned between secondary coil and a radially inner wall portion of the outer casing, the radially inner wall portion defining a passage configured to receive said primary conductor therethrough, characterized in that the electrostatic shield comprises a skirt portion formed by a plurality of flexible strips extending axially from an edge of the shield, the flexible strips configured to elastically bias against a base wall portion of the outer casing.
A turbine assembly comprising: a hanger having a front flange, a hanger arm extending from the front flange and having a U-shape, and an inner radial hanger bend portion extending from the hanger arm and defining a hook channel therein, the hook channel being oriented in a direction opposite of the hanger arm; a fairing assembly including an outer surface, a hook member extending from the outer surface to mate with the hook channel, and a circumferential groove defined in the outer surface such that at least a portion of the hanger bend portion is positioned between the circumferential groove and the hook member; and a retention member received in the circumferential groove, wherein the retention member extends from the circumferential groove and presses against the hanger bend portion to maintain the hook member within the hook channel. a hanger having a front flange, a hanger arm extending from the front flange and having a U-shape, and an inner radial hanger bend portion extending from the hanger arm and defining a hook channel therein, the hook channel being oriented in a direction opposite of the hanger arm; a fairing assembly including an outer surface, a hook member extending from the outer surface to mate with the hook channel, and a circumferential groove defined in the outer surface such that at least a portion of the hanger bend portion is positioned between the circumferential groove and the hook member; and a retention member received in the circumferential groove, wherein the retention member extends from the circumferential groove and presses against the hanger bend portion to maintain the hook member within the hook channel.
A home electrical appliance comprising: a main control portion of the home appliance configured to operate the home appliance; a functional portion being provided with a communication unit (7, 21) configured to communicate with an external device and a control portion of the functional portion, wherein the home electrical appliance is configured so that power to the functional portion including the communication unit (7, 21) is cut off and the operation of the functional portion and the operation of the communication unit are not permitted until a setting is made; a setting specifying portion configured to specify a setting to permit operation of the functional portion; and characterized by a power control circuit provided with a main power circuit configured to supply power to the main control portion of the home appliance and a communication power circuit configured to supply power to the functional portion, the power control circuit being configured to control supply of power to functional portion; the main control portion being configured to disable the functional portion until the setting to permit operation of the functional portion is specified from the setting specifying portion, whereas the main control portion being configured to start supply of power to the functional portion and enable the operation of the functional portion in response to the setting to permit the operation of the functional portion being specified. a main control portion of the home appliance configured to operate the home appliance; a functional portion being provided with a communication unit (7, 21) configured to communicate with an external device and a control portion of the functional portion, wherein the home electrical appliance is configured so that power to the functional portion including the communication unit (7, 21) is cut off and the operation of the functional portion and the operation of the communication unit are not permitted until a setting is made; a setting specifying portion configured to specify a setting to permit operation of the functional portion; and characterized by a power control circuit provided with a main power circuit configured to supply power to the main control portion of the home appliance and a communication power circuit configured to supply power to the functional portion, the power control circuit being configured to control supply of power to functional portion; the main control portion being configured to disable the functional portion until the setting to permit operation of the functional portion is specified from the setting specifying portion, whereas the main control portion being configured to start supply of power to the functional portion and enable the operation of the functional portion in response to the setting to permit the operation of the functional portion being specified.
A system for dilating a Eustachian tube of a patient, the system comprising: a guide catheter (1600, 3250) advanceable through a nasal passage of the patient and including a distal end positionable at or near an opening of the Eustachian tube of the patient, wherein a distal portion of the guide catheter includes a bend having an angle between 30 and 90 degrees, and wherein the distal portion is more flexible than a proximal portion of the guide catheter; a guidewire advanceable through the guide catheter such that a distal end of the guidewire can enter the Eustachian tube; and a dilation catheter (1606, 1800) advanceable over the guidewire and including a dilator (1608, 1802, 1808) positionable within and for expanding the Eustachian tube, characterised in that the dilation catheter further comprises a marker on a shaft of the dilation catheter to identify a distance of the marker from a proximal end of the dilator, wherein the marker can be viewed from an endoscope to approximate a location of the dilator relative to the opening of the Eustachian tube based on the distance of the marker from the proximal end of the dilator. a guide catheter (1600, 3250) advanceable through a nasal passage of the patient and including a distal end positionable at or near an opening of the Eustachian tube of the patient, wherein a distal portion of the guide catheter includes a bend having an angle between 30 and 90 degrees, and wherein the distal portion is more flexible than a proximal portion of the guide catheter; a guidewire advanceable through the guide catheter such that a distal end of the guidewire can enter the Eustachian tube; and a dilation catheter (1606, 1800) advanceable over the guidewire and including a dilator (1608, 1802, 1808) positionable within and for expanding the Eustachian tube, characterised in that the dilation catheter further comprises a marker on a shaft of the dilation catheter to identify a distance of the marker from a proximal end of the dilator, wherein the marker can be viewed from an endoscope to approximate a location of the dilator relative to the opening of the Eustachian tube based on the distance of the marker from the proximal end of the dilator.
A computer-implemented method performed by a baseboard management controller, BMC, for verifying integrity of firmware of a computing system, comprising: receiving a run-time reference measurement of the firmware from a Basic Input/Output System, BIOS, during a Power On Self Test, POST, of the BIOS before an operating system is loaded, wherein the run-time reference measurement is stored in a trusted storage; accessing a golden measurement of the firmware during the POST of the BIOS without an external network connection, wherein the golden measurement is stored locally with respect to the trusted storage and is associated with the firmware in a guaranteed trusted state, wherein the golden measurement is stored in a storage element of a system manager that includes the trusted storage, the system manager being linked to the computing system via a local area network connection, such that the BMC accesses the golden measurement over the local area network connection; comparing the run-time reference measurement with the golden measurement before the operating system is loaded; and applying a policy action if a variance is detected between the run-time reference measurement and the golden measurement. receiving a run-time reference measurement of the firmware from a Basic Input/Output System, BIOS, during a Power On Self Test, POST, of the BIOS before an operating system is loaded, wherein the run-time reference measurement is stored in a trusted storage; accessing a golden measurement of the firmware during the POST of the BIOS without an external network connection, wherein the golden measurement is stored locally with respect to the trusted storage and is associated with the firmware in a guaranteed trusted state, wherein the golden measurement is stored in a storage element of a system manager that includes the trusted storage, the system manager being linked to the computing system via a local area network connection, such that the BMC accesses the golden measurement over the local area network connection; comparing the run-time reference measurement with the golden measurement before the operating system is loaded; and applying a policy action if a variance is detected between the run-time reference measurement and the golden measurement.
A filtering apparatus, comprising: a first-level unit and a second-level unit; wherein the first-level unit is formed by at least three coaxial filters (11, 12, 13, 14), the coaxial filters (11, 12, 13, 14) are arranged in sequence, each coaxial filter is coupled to an adjacent coaxial filter in an arrangement direction, and two nonadjacent coaxial filters (11, 12, 13, 14) in the arrangement direction in the at least three coaxial filters (11, 12, 13, 14) are inductively coupled, so as to generate a transmission zero at a high frequency end of a passband of the first-level unit; the second-level unit is formed by at least three dielectric filters (15, 16, 17), the dielectric filters (15, 16, 17) are arranged in sequence, and each dielectric filter is coupled to an adjacent dielectric filter in another arrangement direction; a coaxial filter that is arranged last in the first-level unit is coupled to a dielectric filter that is arranged first in the second-level unit; the passband of the first-level unit covers a passband of the second-level unit, and a bandwidth of the first-level unit is twice the bandwidth of the second-level unit; and the transmission zero of the first-level unit is located at a second harmonic frequency point of the second-level unit.
Lifting device for lifting root crops, comprising at least one lifting share mounting which supports at least one lifting share which has a front pick-up region in a lifting direction and a rear ejection region in the lifting direction for the root crops, which is coupled to a lifting device frame and during operation is pulled thereby in the lifting direction, said lifting share mounting being movable relative to the lifting device frame and, viewed in the lifting direction, laterally from an initial position into an offset position, characterized by a guide arrangement which is configured to guide the lifting share mounting such that with the movement of the lifting share mounting from the initial position into the offset position the pick-up region is laterally displaced further than the ejection region, wherein the lifting share mounting, with the movement from the initial position into the offset position, pivots at least partially about a pivot axis which is pivoted relative to the horizontal and which is arranged in a vertical frame longitudinal plane in the lifting direction behind the lifting share mounting, and tilts at least partially about a tilt axis parallel to the lifting direction.
A disposable diaper having a transverse and longitudinal dimension comprising a backsheet, a topsheet and an absorbent core disposed therebetween, wherein said absorbent core comprises at least one absorbent structure comprising a first substrate layer and an absorbent layer comprising absorbent polymer particles and optionally cellulose, supported by, and immobilized on said substrate layer, said absorbent layer having: i. a transverse and longitudinal dimension; and ii. a pair of opposing longitudinal edges extending in said longitudinal dimension; and iii. a pair of opposing transversal edges extending in said transverse dimension; and iv. a front, crotch and back regions (21, 23, 22) arranged sequentially in said longitudinal dimension; and v. two longitudinal portions delimited by a central longitudinal axis of said absorbent layer; wherein said absorbent layer comprises at least two channels substantially free of said absorbent polymeric particles extending through the thickness of said absorbent layer in its longitudinal dimension, wherein each longitudinal portion of said absorbent layer comprises one of said channels and wherein each of said channels: a. has a width of at least 3 mm or of at least 4% of the transverse dimension of said absorbent layer; and b. extends over at least 15% of the longitudinal dimension of said absorbent layer; and c. is at least present in said crotch region or part thereof; wherein said absorbent layer does not comprise channels substantially free of absorbent polymer particles extending in its transverse dimension in said crotch region, and wherein said absorbent layer does not comprise channels substantially free of absorbent polymeric particles extending up to its longitudinal and transverse edges (18, 19). i. a transverse and longitudinal dimension; and ii. a pair of opposing longitudinal edges extending in said longitudinal dimension; and iii. a pair of opposing transversal edges extending in said transverse dimension; and iv. a front, crotch and back regions (21, 23, 22) arranged sequentially in said longitudinal dimension; and v. two longitudinal portions delimited by a central longitudinal axis of said absorbent layer; a. has a width of at least 3 mm or of at least 4% of the transverse dimension of said absorbent layer; and b. extends over at least 15% of the longitudinal dimension of said absorbent layer; and c. is at least present in said crotch region or part thereof;
A method for controlling a clutch, the clutch comprising an actuator to control a transferable torque over a driveline system of a vehicle, the actuator being controllable to cause a disengagement process and an engagement process of the clutch while passing a hysteresis, the method comprising: predicting a transition from the disengagement process to the engagement process; and compensating the hysteresis by controlling the actuator without performing the transition. predicting a transition from the disengagement process to the engagement process; and compensating the hysteresis by controlling the actuator without performing the transition.
Method for producing at least one substantially cylindrical gasket, preferably with a generally annular section, of the type comprising, along the axis of symmetry of the gasket, a base end and a top end joined by an outer side surface and an inner side surface, a first annular lip jutting externally from the outer side surface of the gasket and a second annular lip jutting internally from the inner side surface, the method comprising in sequence the steps of: • preparing a mould with a fixed part and a movable part, which can be coupled together in abutment along a closing surface; • closing the mould by sealingly coupling the fixed part and the movable part of the mould to one another; • moulding a moulding material between the fixed part and the movable part of the mould for making said gasket; • opening the mould by separating the respective fixed part from the movable part; • removing the moulded gasket; wherein the fixed part, or the movable part, of the mould comprises at least one housing cavity of the moulding material and the movable part, or the fixed part, of the mould comprises at least one flat or convex clamping portion complementary to said housing cavity, characterised in that said at least one flat or convex clamping portion, delimits the aforesaid top end of the gasket and said at least one housing cavity has substantially the negative shape of said gasket to be moulded, and is made in a single solid body, so that the entire impression of the gasket to be moulded, defined by such cavity, is made in a continuous solid. • preparing a mould with a fixed part and a movable part, which can be coupled together in abutment along a closing surface; • closing the mould by sealingly coupling the fixed part and the movable part of the mould to one another; • moulding a moulding material between the fixed part and the movable part of the mould for making said gasket; • opening the mould by separating the respective fixed part from the movable part; • removing the moulded gasket; wherein the fixed part, or the movable part, of the mould comprises at least one housing cavity of the moulding material and the movable part, or the fixed part, of the mould comprises at least one flat or convex clamping portion complementary to said housing cavity, characterised in that said at least one flat or convex clamping portion, delimits the aforesaid top end of the gasket and said at least one housing cavity has substantially the negative shape of said gasket to be moulded, and is made in a single solid body, so that the entire impression of the gasket to be moulded, defined by such cavity, is made in a continuous solid.
A random access method performed by a network device, the method comprising: • determining a quantity of bits occupied by an index indicating a quantity of actually transmitted downlink signals associated with one random access resource according to: min 4, ceil log 2 Z, wherein ceil represents a rounding up, and min represents taking a smaller value, wherein Z is a quantity of contention-based random access preambles associated with the one random access resource, and the Z contention based random access preambles associated with the one random access resource are to be transmitted by a terminal to the network device on the one random access resource, wherein Z is an integer greater than 0; • determining configuration information containing the index indicating the quantity of actually transmitted downlink signals associated with the one random access resource; • sending the configuration information containing the index of the quantity of actually transmitted downlink signals associated with the one random access resource to the terminal (S 202); • receiving the Z contention-based random access preambles from the terminal on the one random access resource associated with the actually transmitted downlink signals (S 204). • determining a quantity of bits occupied by an index indicating a quantity of actually transmitted downlink signals associated with one random access resource according to: min 4, ceil log 2 Z, wherein ceil represents a rounding up, and min represents taking a smaller value, wherein Z is a quantity of contention-based random access preambles associated with the one random access resource, and the Z contention based random access preambles associated with the one random access resource are to be transmitted by a terminal to the network device on the one random access resource, wherein Z is an integer greater than 0; • determining configuration information containing the index indicating the quantity of actually transmitted downlink signals associated with the one random access resource; • sending the configuration information containing the index of the quantity of actually transmitted downlink signals associated with the one random access resource to the terminal (S 202); • receiving the Z contention-based random access preambles from the terminal on the one random access resource associated with the actually transmitted downlink signals (S 204).