mhurhangee/ep-ind-claims huggingface dataset:
A method for forming an adhesive for applying to a substrate comprising: providing a first component in a liquid state, which has a viscosity of at least 0.001 Pa·s at 23°C as measured by viscosimeter and includes an epoxy based material; providing a second component in a solid state, which has a pre-determined softening temperature of at least 40°C as measured by thermal mechanical analysis, and that includes at least one polymeric ingredient and an epoxy based material; wherein one of the first component and second component contains a curing agent, and one of the first component and second component contains a curing agent accelerator, and only one of the components includes a curing agent accelerator while the other includes a curing agent; heating at least the second component to a temperature above the softening temperature; mixing the first and second component in an extruder to define a homogeneous mixture and forming an uncured activatable adhesive that upon cooling to room temperature is optionally dry to the touch; and applying the uncured activatable adhesive to a metallic substrate. providing a first component in a liquid state, which has a viscosity of at least 0.001 Pa·s at 23°C as measured by viscosimeter and includes an epoxy based material; providing a second component in a solid state, which has a pre-determined softening temperature of at least 40°C as measured by thermal mechanical analysis, and that includes at least one polymeric ingredient and an epoxy based material; wherein one of the first component and second component contains a curing agent, and one of the first component and second component contains a curing agent accelerator, and only one of the components includes a curing agent accelerator while the other includes a curing agent; heating at least the second component to a temperature above the softening temperature; mixing the first and second component in an extruder to define a homogeneous mixture and forming an uncured activatable adhesive that upon cooling to room temperature is optionally dry to the touch; and applying the uncured activatable adhesive to a metallic substrate.
An Fe-based amorphous alloy powder having a composition represented by (Fe 100-a-b-c-x-y-z-t Ni a Sn b Cr c P x C y B z Si t) 100-α M α, wherein 0 at%≤a≤10 at%, 0 at%≤b≤3 at%, 0 at%≤c≤6 at%, 6.8 at%≤x≤10.8 at%, 2.2 at%≤y≤9.8 at%, 0 at%≤z≤4.2 at%, and 0 at%≤t≤3.9 at% hold, a metal element M is at least one selected from the group consisting of Ti, Al, Mn, Zr, Hf, V, Nb, Ta, Mo, and W, and at least includes Ti, the addition amount α of the metal element M satisfies 0.04 wt%≤α≤0.6 wt%, the minimum amount of Ti being 0.04 wt%, and the aspect ratio of the powder being in a range of more than 1 to 1.4.
A cable comprising: a linear conductor; a plurality of hollow tubes made of resin and which are disposed around the conductor so that an air layer is formed around the conductor, the hollow tubes extending in a longitudinal direction of the conductor, wherein each of the plurality of hollows tubes has a first end and a second end in the longitudinal direction; and an insulating protective member configured to protect the conductor and the plurality of hollow tubes, wherein the first end of each of the hollow tubes is closed, wherein a portion of the cable corresponding to the closed first ends of the hollow tubes is configured to be placed inside a work pan of a wire electrical discharge machine, characterized in that the conductor is formed by twisting together bundles into a rope shape, one bundle formed of a plurality of strands. a linear conductor; a plurality of hollow tubes made of resin and which are disposed around the conductor so that an air layer is formed around the conductor, the hollow tubes extending in a longitudinal direction of the conductor, wherein each of the plurality of hollows tubes has a first end and a second end in the longitudinal direction; and an insulating protective member configured to protect the conductor and the plurality of hollow tubes, wherein the first end of each of the hollow tubes is closed, wherein a portion of the cable corresponding to the closed first ends of the hollow tubes is configured to be placed inside a work pan of a wire electrical discharge machine, characterized in that the conductor is formed by twisting together bundles into a rope shape, one bundle formed of a plurality of strands.
A mid-turbine frame buffer system for a gas turbine engine comprising: a mid-turbine frame for supporting a shaft by a bearing; an air compartment and a bearing compartment arranged radially inward of the mid-turbine frame, the bearing compartment arranged within the air compartment, the bearing compartment including a seal assembly (66,68) provided adjacent the bearing when the mid-turbine frame buffer system is installed in the gas turbine engine and separating the bearing compartment from the air compartment, the air compartment including two or more air seals (76,78,80); and an air source fluidly connected to the seal assembly (66, 68) in the air compartment and configured to provide pressurized air to the air compartment to buffer the bearing compartment; wherein the mid-turbine frame includes a member arranged in a core flow path, the member provides a passage fluidly connecting mid-turbine frame outer and inner areas (98,100) to one another for delivering the pressurized air to the air compartment; characterized in that the air source is a high pressure compressor. a mid-turbine frame for supporting a shaft by a bearing; an air compartment and a bearing compartment arranged radially inward of the mid-turbine frame, the bearing compartment arranged within the air compartment, the bearing compartment including a seal assembly (66,68) provided adjacent the bearing when the mid-turbine frame buffer system is installed in the gas turbine engine and separating the bearing compartment from the air compartment, the air compartment including two or more air seals (76,78,80); and an air source fluidly connected to the seal assembly (66, 68) in the air compartment and configured to provide pressurized air to the air compartment to buffer the bearing compartment; wherein the mid-turbine frame includes a member arranged in a core flow path, the member provides a passage fluidly connecting mid-turbine frame outer and inner areas (98,100) to one another for delivering the pressurized air to the air compartment; characterized in that the air source is a high pressure compressor.
A composition comprising: a primary cubic phase lithium-stuffed garnet characterized by the chemical formula Li A La B Al c M" D Zr E O F, wherein 5<A<8, 1.5<B<4, 0.1<C<2, 0≤D<2; 1<E<3, 10<F<13, and M" is selected from the group consisting of Mo, W, Nb, Y, Ta, Ga, Sb, Ca, Ba, Sr, Ce, Hf, and Rb; a secondary phase inclusion in the primary cubic phase lithium-stuffed garnet; wherein: the primary cubic phase lithium-stuffed garnet is present at about 70-99.9 vol % with respect to the volume of the composition; and the secondary phase inclusion is present at about 30-0.1 vol% with respect to the volume of the composition; wherein the secondary phase inclusion is selected from LiAlO 2, LaAlO 3, Li 2 ZrO 3, and combinations thereof. a primary cubic phase lithium-stuffed garnet characterized by the chemical formula Li A La B Al c M" D Zr E O F, wherein 5<A<8, 1.5<B<4, 0.1<C<2, 0≤D<2; 1<E<3, 10<F<13, and M" is selected from the group consisting of Mo, W, Nb, Y, Ta, Ga, Sb, Ca, Ba, Sr, Ce, Hf, and Rb; a secondary phase inclusion in the primary cubic phase lithium-stuffed garnet; the primary cubic phase lithium-stuffed garnet is present at about 70-99.9 vol % with respect to the volume of the composition; and the secondary phase inclusion is present at about 30-0.1 vol% with respect to the volume of the composition; wherein the secondary phase inclusion is selected from LiAlO 2, LaAlO 3, Li 2 ZrO 3, and combinations thereof.
A method for wireless synchronization comprising: receiving, at a first mobile device that was previously isolated from receiving synchronization information from a network, a reliability alarm from a synchronized second mobile device on device-to-device, D2D, resources allocated for the reliability alarm, wherein the reliability alarm comprises an indication of reliable timing associated with synchronization of the second mobile device and the network; receiving, by the first mobile device, synchronization signals on synchronization resources made available by the first mobile device based at least in part on the reliability alarm; and synchronizing, by the first mobile device, with the network based at least in part on the reliability alarm and on the synchronization signals. receiving, at a first mobile device that was previously isolated from receiving synchronization information from a network, a reliability alarm from a synchronized second mobile device on device-to-device, D2D, resources allocated for the reliability alarm, wherein the reliability alarm comprises an indication of reliable timing associated with synchronization of the second mobile device and the network; receiving, by the first mobile device, synchronization signals on synchronization resources made available by the first mobile device based at least in part on the reliability alarm; and synchronizing, by the first mobile device, with the network based at least in part on the reliability alarm and on the synchronization signals.
A mounting system for releasably installing an aircraft galley insert onto a work deck, comprising: a platform; a bracket mounted on the platform; a rod secured by the bracket; a block engaged with the rod for movement along the rod; first and second push rods attached to the block; first and second locking pins, each locking pin coupled to one of the first and second push rods, for extension of the locking pins in a direction transverse to a direction of movement of the block, the mounting system being characterized in that: said rod is a threaded rod and said block is threaded, and wherein the locking pins are configured to engage the insert in a first extended position based on a position of said block on said threaded rod, and wherein the locking pins are configured to disengage with the insert in a first retracted position based on a second position of said block on said threaded rod. a platform; a bracket mounted on the platform; a rod secured by the bracket; a block engaged with the rod for movement along the rod; first and second push rods attached to the block; first and second locking pins, each locking pin coupled to one of the first and second push rods, for extension of the locking pins in a direction transverse to a direction of movement of the block, the mounting system being characterized in that: said rod is a threaded rod and said block is threaded, and wherein the locking pins are configured to engage the insert in a first extended position based on a position of said block on said threaded rod, and wherein the locking pins are configured to disengage with the insert in a first retracted position based on a second position of said block on said threaded rod. said rod is a threaded rod and said block is threaded, and wherein the locking pins are configured to engage the insert in a first extended position based on a position of said block on said threaded rod, and wherein the locking pins are configured to disengage with the insert in a first retracted position based on a second position of said block on said threaded rod.
A method for compacting a powder material comprising ceramic powder; the method comprises at least a first compacting step, during which the powder material is compacted, at a work station, so as to obtain a layer of compacted powder material and a pressure device, having a structured contact surface, comes into contact with the powder material so that the layer of compacted powder material has a structured surface; and a conveying step, during which the powder material is conveyed, along a first segment of a given path, to the work station and the layer of compacted powder material is conveyed from the work station along a second segment of the given path; the pressure device comprises at least a first layer and a superficial layer arranged so as to at least partially cover the first layer relative to the outside; during the first compacting step, the superficial layer comes into contact with the powder material and characterized in that at least part of the superficial layer wears so as to uncover at least part of the first layer and obtain at least areas of the first outwardly exposed layer; and in that the method comprising at least a first hardening step, which is at least partially simultaneous to and/or subsequent to the first compacting step and during which the areas of the first outwardly exposed layer are hardened. the pressure device comprises at least a first layer and a superficial layer arranged so as to at least partially cover the first layer relative to the outside; during the first compacting step, the superficial layer comes into contact with the powder material and characterized in that at least part of the superficial layer wears so as to uncover at least part of the first layer and obtain at least areas of the first outwardly exposed layer; and in that the method comprising at least a first hardening step, which is at least partially simultaneous to and/or subsequent to the first compacting step and during which the areas of the first outwardly exposed layer are hardened.
A mid-turbine frame ("MTF") for a jet engine comprising: a duct that extends between a high pressure jet engine turbine ("HPT") and a low pressure jet engine turbine ("LPT"), the duct comprising a plurality of segments (302, 304) that together form an outer annular structure and an inner annular structure, the inner annular structure situated is radially inward of the outer annular structure; and a plurality of vanes (310a, 310b) that extend radially outward from the inner annular structure toward the outer annular structure, each vane (310a, 310b) comprising a channel, wherein each segment (302, 304) comprising the outer annular structure includes a first tenon (318a, 320a) that defines a first axial terminus of each segment (302, 304) and a second tenon (318b, 320b) that defines a second axial terminus of each segment (302, 304); characterised in that each segment (302, 304) includes a plurality of channels (314a-d, 316a-d) that extend axially along an axial length of each segment (302, 304). a duct that extends between a high pressure jet engine turbine ("HPT") and a low pressure jet engine turbine ("LPT"), the duct comprising a plurality of segments (302, 304) that together form an outer annular structure and an inner annular structure, the inner annular structure situated is radially inward of the outer annular structure; and a plurality of vanes (310a, 310b) that extend radially outward from the inner annular structure toward the outer annular structure, each vane (310a, 310b) comprising a channel, wherein each segment (302, 304) comprising the outer annular structure includes a first tenon (318a, 320a) that defines a first axial terminus of each segment (302, 304) and a second tenon (318b, 320b) that defines a second axial terminus of each segment (302, 304); characterised in that each segment (302, 304) includes a plurality of channels (314a-d, 316a-d) that extend axially along an axial length of each segment (302, 304).
Method for the plastic forming of a ball, which forms a connecting element or part of a connecting element which is provided for connecting at least two components (1, 2), wherein at least some of the energy required for the plastic forming of the ball is introduced into the ball by means of ultrasound, characterized in that the two components (1, 2) each have a hole (1a, 2a) and are oriented in relation to one another in such a way that the two components (1a, 2a) rest against one another and the holes (1a, 2a) are arranged substantially or exactly concentrically in relation to one another.
A network access method, wherein the method comprises: sending, by an intelligent device, a first network connection request to an access point; establishing, by the access point, a first network connection between the access point and the intelligent device in response to the first network connection request; sending, by the intelligent device, a first device identifier of the intelligent device to the access point; sending, by a user equipment, a room identifier to a server by using a login account, wherein the server stores a mapping relationship between an account and network configuration parameters, the network configuration parameters comprise an access point, a room identifier, and n device identifiers corresponding to the room identifier, and n is a positive integer; sending, by the server to the access point corresponding to the room identifier, the n device identifiers corresponding to the room identifier; after receiving the n device identifiers sent by the server, if determining that the first device identifier matches the n device identifiers, sending, by the access point, a network identifier and a password of the access point to the intelligent device by using the first network connection; and after receiving the network identifier and the password sent by the access point, sending, by the intelligent device, a second network connection request to the access point based on the network identifier and the password. sending, by an intelligent device, a first network connection request to an access point; establishing, by the access point, a first network connection between the access point and the intelligent device in response to the first network connection request; sending, by the intelligent device, a first device identifier of the intelligent device to the access point; sending, by a user equipment, a room identifier to a server by using a login account, wherein the server stores a mapping relationship between an account and network configuration parameters, the network configuration parameters comprise an access point, a room identifier, and n device identifiers corresponding to the room identifier, and n is a positive integer; sending, by the server to the access point corresponding to the room identifier, the n device identifiers corresponding to the room identifier; after receiving the n device identifiers sent by the server, if determining that the first device identifier matches the n device identifiers, sending, by the access point, a network identifier and a password of the access point to the intelligent device by using the first network connection; and after receiving the network identifier and the password sent by the access point, sending, by the intelligent device, a second network connection request to the access point based on the network identifier and the password.
A compound of Formula I or a pharmaceutically acceptable salt, solvate, or stereoisomeric form thereof, wherein each of Q 1 and Q 2 is independently -CH 2 -, -C -, -C -, -C 2 -, -SO 2 -, -SO-, -PO(O R 3)-, -PO(N R 3 N R 4)-, -N R 3 -, or -N=; W is -CH 2 -, -N -, or -O-; R 1 is -N R 4 or -N( R 5) 2; R 2 is -N R 4; each R 4 is, independently in each instance, hydrogen, an amino acid residue, an N- alkyl amino acid residue, a peptide residue, a biodegradable moiety, alkyl, substituted alkyl, acyl, or substituted acyl; R 5 is alkyl, aryl, arylalkyl, heterocycloalkyl, or substituted heterocycloalkyl, wherein each heterocycloalkyl or substituted heterocycloalkyl comprises one, two, or three heteroatoms selected from nitrogen and oxygen, and when substituted includes at least one -OH and -CH 2 OH, or at least one primary or secondary nitrogen; each R 6 is independently halo, C 1-6 alkyl, C 1-6 alkoxy, -CN, O-glucose, O-amino acid residue, or O-PEG n1, wherein each n is an integer from zero to fourteen, and each n1 is an integer from one to twelve; each R 3 is independently hydrogen, alkyl, or aryl; and each biodegradable moiety is an aliphatic polyester. each of Q 1 and Q 2 is independently -CH 2 -, -C -, -C -, -C 2 -, -SO 2 -, -SO-, -PO(O R 3)-, -PO(N R 3 N R 4)-, -N R 3 -, or -N=; W is -CH 2 -, -N -, or -O-; R 1 is -N R 4 or -N( R 5) 2; R 2 is -N R 4; each R 4 is, independently in each instance, hydrogen, an amino acid residue, an N- alkyl amino acid residue, a peptide residue, a biodegradable moiety, alkyl, substituted alkyl, acyl, or substituted acyl; R 5 is alkyl, aryl, arylalkyl, heterocycloalkyl, or substituted heterocycloalkyl, wherein each heterocycloalkyl or substituted heterocycloalkyl comprises one, two, or three heteroatoms selected from nitrogen and oxygen, and when substituted includes at least one -OH and -CH 2 OH, or at least one primary or secondary nitrogen; each R 6 is independently halo, C 1-6 alkyl, C 1-6 alkoxy, -CN, O-glucose, O-amino acid residue, or O-PEG n1, wherein each n is an integer from zero to fourteen, and each n1 is an integer from one to twelve; each R 3 is independently hydrogen, alkyl, or aryl; and each biodegradable moiety is an aliphatic polyester.
An electric appliance with a fan arrangement, wherein the fan arrangement has a holding part and one or a plurality of fans received in the holding part, wherein the respective fan has in each case a fan housing from which there projects a supply line, wherein a guide portion is formed at the holding part, wherein the respective supply line projects from the fan housing of the respective fan into a cable channel at least partially bounded by the guide portion, characterised in that the fan housing, in particular the outer surface, has discrete rotational symmetry, in particular about the rotational axis of the fan impeller of the fan, so that the fan housing is connectable to the holding part in more than a single orientation related to the holding part, wherein the fan housing has a square circumference or outer edge of a cross-section when viewed in the direction of the rotational axis of the fan impeller of the fan, wherein the holding part has elastically deformable domes, in particular four elastically deformable domes, wherein the domes are inserted in appropriate recesses of the fan, so that the fan is connected to the holding part in a force-locked manner in an insertion direction and in a force-locked manner in a transverse direction to this insertion direction. wherein the fan arrangement has a holding part and one or a plurality of fans received in the holding part, wherein the respective fan has in each case a fan housing from which there projects a supply line, wherein a guide portion is formed at the holding part, wherein the respective supply line projects from the fan housing of the respective fan into a cable channel at least partially bounded by the guide portion, characterised in that the fan housing, in particular the outer surface, has discrete rotational symmetry, in particular about the rotational axis of the fan impeller of the fan, so that the fan housing is connectable to the holding part in more than a single orientation related to the holding part, wherein the fan housing has a square circumference or outer edge of a cross-section when viewed in the direction of the rotational axis of the fan impeller of the fan, wherein the holding part has elastically deformable domes, in particular four elastically deformable domes, wherein the domes are inserted in appropriate recesses of the fan, so that the fan is connected to the holding part in a force-locked manner in an insertion direction and in a force-locked manner in a transverse direction to this insertion direction.