mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting and receiving a signal at an evolved Node B, eNB , of a mobile communication system, the method comprising: transmitting a first request message to a first mobile management entity, MME ; receiving a reroute command message based on the first request message from the first MME , wherein the reroute command message includes the first request message, at least one globally unique MME identity, MMEGI, and additional globally unique temporary user equipment, UE, identity, GUTI; determining, based on the MMEGI and the additional GUTI contained in the reroute command message, a second MME; and transmitting a second message to the second MME based on the reroute command message, wherein the second MME is determined as an MME identified by the additional GUTI if the additional GUTI identifies the MME in a dedicated core network identified by the MMEGI. transmitting a first request message to a first mobile management entity, MME ; receiving a reroute command message based on the first request message from the first MME , wherein the reroute command message includes the first request message, at least one globally unique MME identity, MMEGI, and additional globally unique temporary user equipment, UE, identity, GUTI; determining, based on the MMEGI and the additional GUTI contained in the reroute command message, a second MME; and transmitting a second message to the second MME based on the reroute command message, wherein the second MME is determined as an MME identified by the additional GUTI if the additional GUTI identifies the MME in a dedicated core network identified by the MMEGI.
A method of fabricating a magnetoresistive bit from a magnetoresistive stack including at least two magnetic regions , an intermediate region positioned between the at least two magnetic regions, and a hard mask region , the method comprising: (a) etching through at least a first layer of the hard mask region in a first direction to expose a first set of areas in a second layer of the hard mask region: (b) after the etching in step (a), etching through at least the first layer of the hard mask region in the first direction to expose a second set of areas in the second layer of the hard mask region; (c) after the etching in step (b), etching through at least the first layer of the hard mask region in a second direction to expose a third set of areas in the second layer of the hard mask region; (d) after the etching in step (c), etching through at least the first layer of the hard mask region in the second direction to expose a fourth set of areas in the second layer of the hard mask region; and (e) after the etching in step (d), etching through at least a portion of the thickness of the magnetoresistive stack. (a) etching through at least a first layer of the hard mask region in a first direction to expose a first set of areas in a second layer of the hard mask region: (b) after the etching in step (a), etching through at least the first layer of the hard mask region in the first direction to expose a second set of areas in the second layer of the hard mask region; (c) after the etching in step (b), etching through at least the first layer of the hard mask region in a second direction to expose a third set of areas in the second layer of the hard mask region; (d) after the etching in step (c), etching through at least the first layer of the hard mask region in the second direction to expose a fourth set of areas in the second layer of the hard mask region; and (e) after the etching in step (d), etching through at least a portion of the thickness of the magnetoresistive stack.
A carrier substrate configured for supporting a substrate structure comprising a process substrate and a reinforced frame structure , the carrier substrate comprising: a base portion and a support portion arranged thereon, wherein the support portion and the base portion form a recess region configured for receiving the reinforced frame structure of the substrate structure ; wherein the support portion comprises a support surface area configured for supporting the process substrate of the substrate structure , and characterized in that : the carrier substrate is a wafer-shaped substrate, and a dimension of said carrier substrate corresponds to a standard dimension of a semiconductor standard wafer. a base portion and a support portion arranged thereon, wherein the support portion and the base portion form a recess region configured for receiving the reinforced frame structure of the substrate structure ; wherein the support portion comprises a support surface area configured for supporting the process substrate of the substrate structure , and characterized in that : the carrier substrate is a wafer-shaped substrate, and a dimension of said carrier substrate corresponds to a standard dimension of a semiconductor standard wafer. the carrier substrate is a wafer-shaped substrate, and a dimension of said carrier substrate corresponds to a standard dimension of a semiconductor standard wafer.
A trigger dispensing head applicable to a bottle of a trigger dispensing device , comprising: - a cylinder chamber annularly delimited by a cylinder wall , having an inner surface ; - a main venting passageway passing through the cylinder wall and adapted to put an inner compartment of the bottle in communication with the inner surface of the cylinder wall ; - a sleeve at least partially received in the cylinder chamber , comprising an annular sleeve wall having an outer surface and an inner surface in communication with the external environment, and a secondary venting passageway passing through the sleeve wall ; - an axially slidable piston sealed inside the sleeve between an initial rest position and a final stroke-end position, comprising an annular piston seal which forms a pressure chamber ; - a suction duct adapted to put the inner compartment of the bottle in communication with the pressure chamber and a dispensing duct adapted to put the pressure chamber in communication with the external environment; - wherein the trigger dispensing head is characterized in that said sleeve is rotatable by the user between an angular working position, in which the main venting passageway is in fluid communication with the secondary venting passageway , and an angular rest position, in which the main venting passageway is fluidically separated from the secondary venting passageway . - a cylinder chamber annularly delimited by a cylinder wall , having an inner surface ; - a main venting passageway passing through the cylinder wall and adapted to put an inner compartment of the bottle in communication with the inner surface of the cylinder wall ; - a sleeve at least partially received in the cylinder chamber , comprising an annular sleeve wall having an outer surface and an inner surface in communication with the external environment, and a secondary venting passageway passing through the sleeve wall ; - an axially slidable piston sealed inside the sleeve between an initial rest position and a final stroke-end position, comprising an annular piston seal which forms a pressure chamber ; - a suction duct adapted to put the inner compartment of the bottle in communication with the pressure chamber and a dispensing duct adapted to put the pressure chamber in communication with the external environment; - wherein the trigger dispensing head is characterized in that said sleeve is rotatable by the user between an angular working position, in which the main venting passageway is in fluid communication with the secondary venting passageway , and an angular rest position, in which the main venting passageway is fluidically separated from the secondary venting passageway .
Composition comprising oleuropein for use to inhibit or decrease cartilage breakdown, wherein the cartilage breakdown takes place in the context of a pathology with no inflammatory component.
Compressed air hoist , with - a fluid supply line supplying compressed air to the compressed air hoist for operating the hoist , - a compressed air generator connected to the fluid supply line for generating electricity using the compressed air, and - at least one electrical consumer on the hoist , which is operated by means of the electricity generated by the compressed air generator . - a fluid supply line supplying compressed air to the compressed air hoist for operating the hoist , - a compressed air generator connected to the fluid supply line for generating electricity using the compressed air, and - at least one electrical consumer on the hoist , which is operated by means of the electricity generated by the compressed air generator .
A sample plate for a probe electrospray ionization (PESI) ion source, comprising: a substantially plate-shaped main body and a substantially plate-shaped lid configured to be put on a top surface of the main body, wherein: the main body includes a concave portion for containing a sample; and the lid includes a convex portion to be inserted into the concave portion when the lid is closed so as to cover the top surface of the main body, and the convex portion has an opening bored through the convex portion in a top-to-bottom direction. the main body includes a concave portion for containing a sample; and the lid includes a convex portion to be inserted into the concave portion when the lid is closed so as to cover the top surface of the main body, and the convex portion has an opening bored through the convex portion in a top-to-bottom direction.
Machine for machining slabs (L) made of stone, stone-like, agglomerate or ceramic material, comprising: - a pair of fixed support structures designed to delimit a working area (A); - a horizontal surface for supporting the slabs (L) during machining thereof, positioned in said working area (A); - a fixed horizontal beam supported by said fixed support structures ; - a horizontal beam movable with respect to the fixed horizontal beam and comprising at least one spindle which is slidably mounted on said movable horizontal beam and designed to have at least one machining tool mounted thereon; - movement means for moving said movable horizontal beam with respect to said fixed horizontal beam along a predetermined direction of advancing movement (Z) lying in a plane which is parallel to the support surface ; characterized by - rotation means for rotating said movable horizontal beam with respect to said fixed horizontal beam about a rotation axis (R) which is arranged vertically; wherein said rotation axis (R) is fixed. - a pair of fixed support structures designed to delimit a working area (A); - a horizontal surface for supporting the slabs (L) during machining thereof, positioned in said working area (A); - a fixed horizontal beam supported by said fixed support structures ; - a horizontal beam movable with respect to the fixed horizontal beam and comprising at least one spindle which is slidably mounted on said movable horizontal beam and designed to have at least one machining tool mounted thereon; - movement means for moving said movable horizontal beam with respect to said fixed horizontal beam along a predetermined direction of advancing movement (Z) lying in a plane which is parallel to the support surface ; characterized by - rotation means for rotating said movable horizontal beam with respect to said fixed horizontal beam about a rotation axis (R) which is arranged vertically;
An ostomy pouch comprising an adhesive collar comprising an adhesive to secure the pouch around a stoma, wherein the adhesive is exposed to the inside of the pouch for fitting around the stoma, and characterised in that the pouch comprises a segmented release liner (I,II) on the adhesive collar and a release coated sheet between a front panel of the pouch and the adhesive to allow manipulation of the adhesive through the pouch and prevent adhesion between the front panel of the pouch and the adhesive during storage or use.
A computer-implemented method for intrusion attack recovery, comprising: monitoring two or more hosts in a network to generate audit logs of system events; generating one or more dependency graphs, DGraphs, based on the audit logs; extracting information regarding a frequency of observed events from the audit logs and producing a reference model from the information, wherein the reference model includes a map from an event to a frequency of the event; determining a relevancy score for each of a plurality of edges of the DGraphs using the reference model, wherein an edge is considered relevant if its corresponding frequency in the reference model is less than a threshold; pruning irrelevant events from the DGraphs to generate a condensed backtracking graph based on the relevancy score; and backtracking from an attack detection point in the condensed backtracking graph to locate an origin. monitoring two or more hosts in a network to generate audit logs of system events; generating one or more dependency graphs, DGraphs, based on the audit logs; extracting information regarding a frequency of observed events from the audit logs and producing a reference model from the information, wherein the reference model includes a map from an event to a frequency of the event; determining a relevancy score for each of a plurality of edges of the DGraphs using the reference model, wherein an edge is considered relevant if its corresponding frequency in the reference model is less than a threshold; pruning irrelevant events from the DGraphs to generate a condensed backtracking graph based on the relevancy score; and backtracking from an attack detection point in the condensed backtracking graph to locate an origin.
A power tool comprising a housing , a motor housed in the housing , and a handle formed on the housing , the handle being provided with a speed regulating mechanism for adjusting a rotational speed of the motor, and a speed limiting mechanism cooperating with the speed regulating mechanism , characterized in that said speed limiting mechanism comprises a first knob and a second knob disposed on two sides of the handle , said first knob and said second knob are interlocked to each other and toggleable, such that the motor is limited to operate at a fixed rotational speed, when toggled, wherein said speed regulating mechanism comprises a speed regulating switch for adjusting the rotational speed of said motor, and a switch trigger coupled to said speed regulating switch and pivotally mounted on said handle , said speed regulating switch is provided with a pressing portion , said switch trigger comprises a pivoting portion mounted on said handle , and a push arm and an abutting arm are located on both sides of said pivoting portion , which is rotatable around the pivoting portion , said abutting arm abuts said pressing portion to adjust the rotational speed of said motor.
An air terminal device for a ventilation system of a building, said air terminal device comprising a pressure box , provided with at least one inlet for admitting supply air into the pressure box and a plurality of outlet openings for admitting supply air out of the pressure box , said air terminal device further comprises at least one cover plate arranged to control and change the open area of a plurality of said outlet openings , said plurality of outlet openings are arranged on an outlet surface of the pressure box and the at least one cover plate is arranged to be in contact with and slide relative the outlet surface while changing the open area of said outlet openings , wherein the side of the outlet surface within the pressure box defines a high pressure side and wherein said at least one cover plate is located on the high pressure side of the outlet surface , characterised in that there are one or several suction openings (4") in the outlet surface adjacent to the outlet openings , said suction openings (4") being designed to cooperate with said at least one cover plate such that said suction openings (4") are fully covered when the air terminal device is set to its maximum flow.
A user request processing method, the method being implemented with container technology corresponding to virtualization technology that manages codes and applications by virtualizing an operating system, the method comprising: determining a first container corresponding to a user request after the user request is received; determining a logical container corresponding to the first container by using a preset relationship between the first container and the logical container; acquiring a container cluster corresponding to the logical container by using a logical address corresponding to the logical container, wherein the container cluster comprises at least two second containers; and processing the user request by using the second containers. determining a first container corresponding to a user request after the user request is received; determining a logical container corresponding to the first container by using a preset relationship between the first container and the logical container; acquiring a container cluster corresponding to the logical container by using a logical address corresponding to the logical container, wherein the container cluster comprises at least two second containers; and processing the user request by using the second containers.
A process for alkylating hydroxymethyl group at position - 3 of cephalosporins, the said process comprising the steps of: a) reacting 3- Hydroxymethyl cephalosporin's; b) with an alkylating agent selected from a group comprising Formic acid ethyl ester, Formic acid methyl ester, Trialkylorthoformate, and mixtures thereof; c) in an organic solvent(s) selected from a group consisting of Dialkyl carbonate, Dialkyl dicarbonate, Acetonitrile, Dichloromethane, Sulfolane and mixture thereof; in presence of an organic acid selected from alkyl sulphonic acid, aryl sulphonic acid and mixtures thereof. a) reacting 3- Hydroxymethyl cephalosporin's; b) with an alkylating agent selected from a group comprising Formic acid ethyl ester, Formic acid methyl ester, Trialkylorthoformate, and mixtures thereof; c) in an organic solvent(s) selected from a group consisting of Dialkyl carbonate, Dialkyl dicarbonate, Acetonitrile, Dichloromethane, Sulfolane and mixture thereof;
MEMS speaker suitable for generating audible sound waves, comprising a bimetallic strip actuation system extending in a first plane (P1) further comprising an amplification capsule comprising: - a membrane extending in a second plane (P2), parallel to the first plane, said membrane comprising a rigid interior zone and a flexible exterior zone , and - a rigid coupling wall , fastened at the periphery of the bimetallic strip actuation system to make the flexible exterior zone of the membrane integral with said actuation system and, under the effect of an actuation electric voltage applied to the bimetallic strip actuation system, generate on the rigid coupling wall a bending moment resulting in a translation of the rigid interior zone of said membrane. - a membrane extending in a second plane (P2), parallel to the first plane, said membrane comprising a rigid interior zone and a flexible exterior zone , and - a rigid coupling wall , fastened at the periphery of the bimetallic strip actuation system to make the flexible exterior zone of the membrane integral with said actuation system and, under the effect of an actuation electric voltage applied to the bimetallic strip actuation system, generate on the rigid coupling wall a bending moment resulting in a translation of the rigid interior zone of said membrane.
A refrigerator comprising: a main body having a refrigerating compartment and a freezing compartment , the freezing compartment including a storage space in which food is stored and a heat exchange space in which an evaporator is disposed: a refrigerating compartment door rotatably coupled to the main body to open and close at least a part of the refrigerating compartment , and including an ice-making compartment and a dispenser on a front surface of the refrigerating compartment door ; an auxiliary door coupled to the refrigerating compartment door to open and close the ice-making compartment , such that the auxiliary door is configured to allow a user to access the ice-making compartment with the refrigerating compartment door closed; the auxiliary door having an opening corresponding to the dispenser and configured such that a user can access the dispenser with the auxiliary door closed; and a cold air duct connecting the ice-making compartment to the freezing compartment to cool the ice-making compartment , the cold air duct including a supply duct configured to supply cold air from the heat exchange space of the freezing compartment to the ice-making compartment and a recovery duct configured to recover cold air from the ice-making compartment to the heat exchange space of the freezing compartment . a refrigerating compartment door rotatably coupled to the main body to open and close at least a part of the refrigerating compartment , and including an ice-making compartment and a dispenser on a front surface of the refrigerating compartment door ; an auxiliary door coupled to the refrigerating compartment door to open and close the ice-making compartment , such that the auxiliary door is configured to allow a user to access the ice-making compartment with the refrigerating compartment door closed; the auxiliary door having an opening corresponding to the dispenser and configured such that a user can access the dispenser with the auxiliary door closed; and a cold air duct connecting the ice-making compartment to the freezing compartment to cool the ice-making compartment , the cold air duct including a supply duct configured to supply cold air from the heat exchange space of the freezing compartment to the ice-making compartment and a recovery duct configured to recover cold air from the ice-making compartment to the heat exchange space of the freezing compartment .