mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising a processor and a memory, the apparatus further including computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, implement a service layer entity (102, 1504, 1604) of a communication network and cause the apparatus to: receive, by the service layer entity of the communication network, from a requesting entity (204, 1502, 1602, 1702) on the communication network, a request to access a resource hosted by the service layer entity; determine, by the service layer entity, based on an access control policy associated with the requested resource, that the requesting entity does not have pre-provisioned privileges to access the requested resource; identify, based on the access control policy and in response to determining that the requesting entity does not have pre-provisioned privileges, another entity of the communications network with which the service layer entity is to consult in performing a dynamic authorization of the requesting entity; determine, in communication with the another entity, to grant the requesting entity new privileges to access the requested resource; update the access control policy with the new privileges to access the requested resource; and send a message to the requesting entity indicating, based on the new privileges, that the request of the requesting entity to access the resource is approved. receive, by the service layer entity of the communication network, from a requesting entity (204, 1502, 1602, 1702) on the communication network, a request to access a resource hosted by the service layer entity; determine, by the service layer entity, based on an access control policy associated with the requested resource, that the requesting entity does not have pre-provisioned privileges to access the requested resource; identify, based on the access control policy and in response to determining that the requesting entity does not have pre-provisioned privileges, another entity of the communications network with which the service layer entity is to consult in performing a dynamic authorization of the requesting entity; determine, in communication with the another entity, to grant the requesting entity new privileges to access the requested resource; update the access control policy with the new privileges to access the requested resource; and send a message to the requesting entity indicating, based on the new privileges, that the request of the requesting entity to access the resource is approved.
Use of a Mycoplasma hyopneumoniae bacterin for the manufacture of a vaccine for treating or preventing a disease or disorder in a swine caused by infection with Mycoplasma hyopneumoniae for administration to the animal at from 3 to 10 days of age, an effective amount of a single dose of the Mycoplasma hyopneumoniae vaccine, wherein said single dose is effective in preventing or reducing lung lesions and said single dose eliminates the necessity of administration of additional doses in order to generate immunity against Mycoplasma hyopneumoniae.
A multispecific antibody comprising a first half antibody comprising a first antigen binding site that binds to human transferrin receptor (TfR) and primate TfR, wherein the antibody does not inhibit the binding of transferrin to TfR; and a second half antibody comprising a second antigen binding site that binds BACE1, wherein the second antigen binding site comprises: a) a heavy chain variable domain sequence having a sequence selected from SEQ ID NOs: 288, 352 to 358, and 367 to 374; and b) a light chain variable domain sequence having a sequence selected from SEQ ID NOs: 306, 345 to 351, and 359 to 366; wherein the antibody inhibits the activity of BACE1. a) a heavy chain variable domain sequence having a sequence selected from SEQ ID NOs: 288, 352 to 358, and 367 to 374; and b) a light chain variable domain sequence having a sequence selected from SEQ ID
An apparatus for cutting pipe, comprising: drive means; and a cutting assembly, comprising: a first mounting portion; at least one blade, mounted to the first mounting portion, the at least one blade comprising a cutting portion at a first end and a flexible portion between the first end and the first mounting portion; and guide means for guiding the at least one blade, the flexible portion being configured to flex where the flexible portion engages the guide means; wherein the drive means is configured to: (i) cause the at least one said blade to rotate about a rotation axis; and (ii) move the first mounting portion to cause the at least one blade to move along the guide means between a deployed condition and a retracted condition, wherein each cutting portion in the deployed condition is arranged radially further outwards, in a direction transverse to said rotation axis, than in the retracted condition, characterised in that at least one blade comprises a plurality of laminated strips and pluralities of notches and foldable tabs for forming joints between the strips. drive means; and a cutting assembly, comprising: a first mounting portion; at least one blade, mounted to the first mounting portion, the at least one blade comprising a cutting portion at a first end and a flexible portion between the first end and the first mounting portion; and guide means for guiding the at least one blade, the flexible portion being configured to flex where the flexible portion engages the guide means; a first mounting portion; at least one blade, mounted to the first mounting portion, the at least one blade comprising a cutting portion at a first end and a flexible portion between the first end and the first mounting portion; and guide means for guiding the at least one blade, the flexible portion being configured to flex where the flexible portion engages the guide means; wherein the drive means is configured to: (i) cause the at least one said blade to rotate about a rotation axis; and (ii) move the first mounting portion to cause the at least one blade to move along the guide means between a deployed condition and a retracted condition, wherein each cutting portion in the deployed condition is arranged radially further outwards, in a direction transverse to said rotation axis, than in the retracted condition, characterised in that at least one blade comprises a plurality of laminated strips and pluralities of notches and foldable tabs for forming joints between the strips. (i) cause the at least one said blade to rotate about a rotation axis; and (ii) move the first mounting portion to cause the at least one blade to move along the guide means between a deployed condition and a retracted condition, wherein each cutting portion in the deployed condition is arranged radially further outwards, in a direction transverse to said rotation axis, than in the retracted condition, characterised in that at least one blade comprises a plurality of laminated strips and pluralities of notches and foldable tabs for forming joints between the strips.
An oil pressure control apparatus, comprising: an oil cooler that cools engine oil that circulates in a hydraulic circuit of an engine; a bypass oilway that bypasses the oil cooler; an oil-cooler bypassing valve that switches a channel of the engine oil between a channel through the oil cooler and a channel through the bypass oilway; an oil pressure sensor that measures a first oil pressure that is an oil pressure of the engine oil; and a valve control section that controls opening and closing of the oil-cooler bypassing valve so as to reduce a magnitude of a difference value between the first oil pressure and a second oil pressure that is a target oil pressure determined based on an engine speed and a fuel injection quantity of the engine, characterized in that the valve control section controls the opening and closing of the oil-cooler bypassing valve when the magnitude of the difference value is equal to or greater than a predetermined proportion of the second oil pressure, but does not control the opening and closing of the oil-cooler bypassing valve when the magnitude of the difference value is less than the predetermined proportion of the second oil pressure. an oil cooler that cools engine oil that circulates in a hydraulic circuit of an engine; a bypass oilway that bypasses the oil cooler; an oil-cooler bypassing valve that switches a channel of the engine oil between a channel through the oil cooler and a channel through the bypass oilway; an oil pressure sensor that measures a first oil pressure that is an oil pressure of the engine oil; and a valve control section that controls opening and closing of the oil-cooler bypassing valve so as to reduce a magnitude of a difference value between the first oil pressure and a second oil pressure that is a target oil pressure determined based on an engine speed and a fuel injection quantity of the engine, characterized in that the valve control section controls the opening and closing of the oil-cooler bypassing valve when the magnitude of the difference value is equal to or greater than a predetermined proportion of the second oil pressure, but does not control the opening and closing of the oil-cooler bypassing valve when the magnitude of the difference value is less than the predetermined proportion of the second oil pressure.
An electronic device comprising: a plurality of Near Field Communication execution environments (205, 206 207); and an NFC controller in communication with the plurality of NFC execution environments (205, 206, 207) via respective communication channels (214, 215, 216, 217) and configured to: maintain an NFC routing table that stores associations of the plurality of NFC execution environments (205, 206, 207) with NFC applications hosted by the NFC execution environments (205, 206, 207); receive, over an air interface, an external request for a particular NFC application; and communicate the external request, according to the NFC routing table, to a specific NFC execution environment (205, 206, 207) hosting the particular NFC application, wherein the specific NFC execution environment (205, 206, 207) is directly identified by the NFC controller, wherein the NFC routing table is maintained by registering a particular application mapping to a particular execution environment (205, 206, 207) with the NFC controller. a plurality of Near Field Communication execution environments (205, 206 207); and an NFC controller in communication with the plurality of NFC execution environments (205, 206, 207) via respective communication channels (214, 215, 216, 217) and configured to: maintain an NFC routing table that stores associations of the plurality of NFC execution environments (205, 206, 207) with NFC applications hosted by the NFC execution environments (205, 206, 207); receive, over an air interface, an external request for a particular NFC application; and communicate the external request, according to the NFC routing table, to a specific NFC execution environment (205, 206, 207) hosting the particular NFC application, wherein the specific NFC execution environment (205, 206, 207) is directly identified by the NFC controller, wherein the NFC routing table is maintained by registering a particular application mapping to a particular execution environment (205, 206, 207) with the NFC controller. maintain an NFC routing table that stores associations of the plurality of NFC execution environments (205, 206, 207) with NFC applications hosted by the NFC execution environments (205, 206, 207); receive, over an air interface, an external request for a particular NFC application; and communicate the external request, according to the NFC routing table, to a specific NFC execution environment (205, 206, 207) hosting the particular NFC application, wherein the specific NFC execution environment (205, 206, 207) is directly identified by the NFC controller, wherein the NFC routing table is maintained by registering a particular application mapping to a particular execution environment (205, 206, 207) with the NFC controller.
A spark plug comprising: a tubular ceramic insulator having an axial bore extending therethrough in an axial direction; a center electrode disposed at a forward end portion of the axial bore; and a metallic shell provided around the ceramic insulator; wherein the metallic shell has: a tool engagement portion projecting outward and having a polygonal orthogonal-to-axis sectional shape; and a gas seal portion (If) projecting outward; the spark plug being characterized in that the metal shell has a groove portion formed between the tool engagement portion and the gas seal portion (If) and having an orthogonal-to-axis sectional area of 36 mm 2 or less; the metallic shell is covered with a nickel plating layer; and as measured at a forward end of an inner circumferential surface of the groove portion, the nickel plating layer has a thickness of 0.3 μm to 2.0 μm. a tubular ceramic insulator having an axial bore extending therethrough in an axial direction; a center electrode disposed at a forward end portion of the axial bore; and a metallic shell provided around the ceramic insulator; wherein the metallic shell has: a tool engagement portion projecting outward and having a polygonal orthogonal-to-axis sectional shape; and a gas seal portion (If) projecting outward; a tool engagement portion projecting outward and having a polygonal orthogonal-to-axis sectional shape; and a gas seal portion (If) projecting outward; the spark plug being characterized in that the metal shell has a groove portion formed between the tool engagement portion and the gas seal portion (If) and having an orthogonal-to-axis sectional area of 36 mm 2 or less; the metallic shell is covered with a nickel plating layer; and as measured at a forward end of an inner circumferential surface of the groove portion, the nickel plating layer has a thickness of 0.3 μm to 2.0 μm.
A succinic acid salt of biphenyl-2-ylcarbamic acid 1-[2-(2-chloro-4-{[ -2-hydroxy-2-(8-hydroxy-2-oxo-1,2-dihydroquinolin-5-yl)ethylamino]methyl}-5-methoxyphenylcarbamoyl)ethyl]piperidin-4-yl ester, which is the Form 1 crystalline solid state form characterized by an x-ray powder diffraction pattern having diffraction peaks at 2θ values of 5.0, 5.7, 7.1, 10.0, 12.6, 13.8, 14.4, 15.5, 16.1, 16.4, 16.9, 17.8, 18.5, 20.2, 20.5, 21.4, 25.3, 25.8 and 26.3.
A process for producing a plastic luggage shell, said luggage shell comprising areas of high degree of form change, such as integrally formed corner regions, curves or bends at an intersection between main surfaces of the luggage shell, said process comprising: - providing a lamina of self-reinforced thermoplastic material, the lamina having edges and a field portion between the edges; - tensioning the lamina or areas thereof by controlling gripping means (31, 32) which grip edges of the lamina to pull and move the gripped edges, and - press-forming the lamina to form the luggage shell; wherein said gripping means comprise pairs of gripping bars (31,32) elongated along, and for gripping, the edges of the lamina, the pairs of gripping bars each comprising a lower gripping bar and an upper gripping bar; and wherein said gripping bars are arranged to stretch said lamina after warming by pulling on the edges of said lamina. - providing a lamina of self-reinforced thermoplastic material, the lamina having edges and a field portion between the edges; - tensioning the lamina or areas thereof by controlling gripping means (31, 32) which grip edges of the lamina to pull and move the gripped edges, and - press-forming the lamina to form the luggage shell; wherein said gripping means comprise pairs of gripping bars (31,32) elongated along, and for gripping, the edges of the lamina, the pairs of gripping bars each comprising a lower gripping bar and an upper gripping bar; and wherein said gripping bars are arranged to stretch said lamina after warming by pulling on the edges of said lamina.
A signal directing means (1, 1', 1 ", 36) for dividing an input signal into at least two output signals or combining at least two input signals into one output signal, the signal directing means (1, 1', 1", 36) comprising a bottom row first port, a first row first port and a first row second port, the signal directing means (1, 1', 1", 36) further comprising a bottom row signal connector having a first end connected to the bottom row first port (2; 2') and a second end connected to a bottom row grounded termination impedance, the signal directing means (1, 1', 1 ", 36) further comprising a first row first amplifier (9; 9') and a first row second amplifier (10; 10'), each first row amplifier (9, 10; 9', 10') having a corresponding first terminal (9a, 10a; 9a', 10a') and second terminal (9b, 10b; 9b', 10b'), said first terminals (9a, 10a; 9a', 10a') being connected along the bottom row signal connector such that it is divided into connector parts (5a, 5b, 5c, 5d), characterized in that the signal directing means (1, 1', 1", 36) comprises a first row signal connector having a first end connected to a first row first grounded termination impedance, where said second terminals (9b, 10b; 9b', 10b') are connected along the first row signal connector such that it is divided into connector parts (11a, 11b, 11c, 11d), where furthermore the second terminal (9b; 9b') of the first row first amplifier (9, 9') is connected to the first row first port and the second terminal (10b; 10b') of the first row second amplifier (10; 10') is connected to the first row second port, where top row ports (3', 4', 25; 19, 20, 27, 29; 19', 20', 27', 29') each comprise a signal connector (37, 38, 39; 40, 41, 42, 43; 40', 41', 42', 43') and a port terminal (44, 45, 46; 47, 48, 49, 50; 47', 48', 49', 50'), and where connecting impedances (50, 51; 52, 53, 54) connect the top row ports (3', 4', 25; 19, 20, 27, 29; 19', 20', 27', 29'), where the top row ports (3', 4', 25; 19, 20, 27, 29; 19', 20', 27', 29') and the bottom row first port (2; 2') constitute input or output ports of the signal directing means (1, 1', 1", 36).
A bearing assembly comprising an inner race, an outer race, a plurality of internal rotating components arranged radially between the inner race and the outer race to engage the inner race and the outer race, and a cage located radially between the inner race and the outer race, the cage including a cage rail and a plurality of lubricant-ejector fins that extend from the cage rail, the lubricant-ejector fins shaped to push lubricant out of the bearing assembly, each of the plurality of lubricant-ejector fins has a leading edge and a trailing edge, and the leading edge arranged to engage lubricant present between the cage and the outer race ahead of the trailing edge during rotation of the cage relative to the outer race in the direction of rotation, the trailing edge of each of the lubricant-ejector fins is adjacent to an axially-forward side or an axially-aft side of the cage and the leading edge of each of the lubricant-ejector fins is spaced axially from the trailing edge and circumferentially from the trailing edge in the direction of rotation, characterised in that each of the lubricant-ejector fins (22, 23, 25) has a curved shape between the leading edge and the trailing edge when viewed inwardly in a radial direction toward the central axis.
A clutch assembly comprising a housing; a first drive part rotatingly drivable around an axis of rotation; a second drive part rotatable relative to the first drive part; a clutch which is arranged in the power path between the first drive part and the second drive part and which comprises a first clutch part that is connected to the first drive part in a rotationally fixed and axially movable way and a second clutch part that is drivingly connected to the second drive part; a controllable actuator for actuating the clutch by axially moving the first clutch part relative to the second clutch part; a sensor unit for determining a position signal which represents an axial position of the first clutch part, wherein the sensor unit comprises a target element which is at least indirectly connected to the first clutch part and a sensor for sensing a position of the target element, wherein the sensor is releasably connected to the housing; characterised by adjusting means (46, 146) for adjusting the position of the sensor relative to the housing, wherein the adjusting means comprise an adjusting element and at least one fixing element, wherein the adjusting element comprises a sleeve portion which, with a cylindrical outer face, is rotatably positioned in a bore of the stationary housing, and a through-bore which is eccentric relative to the cylindrical outer face and into which the sensor is inserted, wherein the adjusting element is connectable to the stationary housing in several rotational positions by the fixing element
A loop heat pipe, comprising: an evaporator configured to vaporize working fluid; a condenser configured to liquefy the working fluid (C (Cv)) vaporized by the evaporator; a liquid pipe connecting the condenser to the evaporator; and a vapor pipe connecting the evaporator to the condenser, the loop heat pipe being characterized in that the liquid pipe includes two wall portions located at opposite sides of the liquid pipe, two porous bodies, each of the two porous bodies being continuous with and formed integrally with one of the two wall portions, and a flow passage located between the two porous bodies. an evaporator configured to vaporize working fluid; a condenser configured to liquefy the working fluid (C (Cv)) vaporized by the evaporator; a liquid pipe connecting the condenser to the evaporator; and a vapor pipe connecting the evaporator to the condenser, the loop heat pipe being characterized in that the liquid pipe includes two wall portions located at opposite sides of the liquid pipe, two porous bodies, each of the two porous bodies being continuous with and formed integrally with one of the two wall portions, and a flow passage located between the two porous bodies.
A protective cap to be releasably connected to a medicament delivery device, wherein the protective cap comprises an opening in the proximal area of the protective cap for forming an air passage through the protective cap; the protective cap comprising a generally tubular body and a lid attached to the proximal end, and spacers arranged between the tubular body and the lid for creating the air passage; wherein the lid is arranged with distally directed at least two arms, which arms are arranged with ledges, wherein the arms are designed to fit into at least two openings of the tubular body and the ledges will snap around edges of the openings. the protective cap comprising a generally tubular body and a lid attached to the proximal end, and spacers arranged between the tubular body and the lid for creating the air passage; wherein the lid is arranged with distally directed at least two arms, which arms are arranged with ledges, wherein the arms are designed to fit into at least two openings of the tubular body and the ledges will snap around edges of the openings.
A compound of the formula: wherein, A ring is Z = O or NR 26 (A-1); R 20 to R 26 are each independently H or C 1 -C 3 alkyl; the stereochemistry of an asymmetric carbon represented by * shows R- or S-configuration, or a mixture thereof; R 14 and R X are hydrogen; R 3 is hydrogen; R 1 is hydrogen; R is halogen; and m is an integer of 0 to 3; or a pharmaceutically acceptable salt, or solvate thereof. A ring is Z = O or NR 26 (A-1); R 20 to R 26 are each independently H or C 1 -C 3 alkyl; the stereochemistry of an asymmetric carbon represented by * shows R- or S-configuration, or a mixture thereof; R 14 and R X are hydrogen; R 3 is hydrogen; R 1 is hydrogen; R is halogen; and m is an integer of 0 to 3;