mhurhangee/ep-ind-claims huggingface dataset:
A foldaway balcony for boats, comprising a frame configured to rotate, by means of first hinge means, from a vertical closed position, in which it is substantially aligned with the side of the boat, to a horizontal open position, in which it is arranged projecting from said side of the boat, a walking platform, arranged above said frame, and a plurality of protection railings, said balcony belonging, in said closed position, to said side of the boat and being configured, in said open position, to create an opening into the side which allows access to said walking platform from inside the boat and vice-versa, characterized in that respective lateral uprights are positioned on opposite sides and inside respective seats of said frame, said protection railings being fixed to said lateral uprights by means of second hinge means (19, 26) and said lateral uprights being connected to said frame by means of respective joints, so that each upright is able to rotate upwards making an angle from 0° to 90°, through first actuating means, starting from a horizontal position, according to which the upright is housed inside said respective seat, each upright being also provided with second actuating means for driving the upward extension of a telescopic portion of said upright and therefore of said protection railings.
A double-sided wheel assembly for luggage comprising: a wheel member comprising: a first wheel; a second wheel; and a center member disposed between the first wheel and the second wheel, wherein the center member comprises a substantially annular shape and at least one bearing, the first wheel and second wheel adapted to distribute a load of the luggage; a wheel carriage for supporting the wheel member, wherein the wheel carriage comprises a wheel fork, the wheel fork comprising a first lateral prong and a second lateral prong, the wheel member disposed between and supported by the first lateral prong and the second lateral prong; and a wheel support base adapted to couple with the wheel carriage; wherein the at least one bearing comprises at least one of a ball bearing, a roller bearing, a ball thrust bearing, a roller thrust bearing, a tapered roller thrust bearing, or a needle bearing. a wheel member comprising: a first wheel; a second wheel; and a center member disposed between the first wheel and the second wheel, wherein the center member comprises a substantially annular shape and at least one bearing, the first wheel and second wheel adapted to distribute a load of the luggage; a wheel carriage for supporting the wheel member, wherein the wheel carriage comprises a wheel fork, the wheel fork comprising a first lateral prong and a second lateral prong, the wheel member disposed between and supported by the first lateral prong and the second lateral prong; and a wheel support base adapted to couple with the wheel carriage; a first wheel; a second wheel; and a center member disposed between the first wheel and the second wheel, wherein the center member comprises a substantially annular shape and at least one bearing, the first wheel and second wheel adapted to distribute a load of the luggage; a wheel carriage for supporting the wheel member, wherein the wheel carriage comprises a wheel fork, the wheel fork comprising a first lateral prong and a second lateral prong, the wheel member disposed between and supported by the first lateral prong and the second lateral prong; and a wheel support base adapted to couple with the wheel carriage; wherein the at least one bearing comprises at least one of a ball bearing, a roller bearing, a ball thrust bearing, a roller thrust bearing, a tapered roller thrust bearing, or a needle bearing.
Method for detecting in a biological sample nucleic acid from adenovirus serotypes which cause respiratory diseases in humans, comprising a) obtaining viral nucleic acid from a biological sample; b) amplifying the viral nucleic acid; c) contacting an oligonucleotide probe with the amplified viral nucleic acid obtained in step b), said probe comprising: i) the nucleotide sequence of SEQ ID NO:2; or ii) a sequence which is at least 85% identical to the nucleotide sequence of SEQ ID NO:2; or iii) the complement of (i) or (ii), d) detecting specific hybridization of the oligonucleotide probe to the amplified viral nucleic acid; wherein the specific hybridization indicates that the biological sample contains adenovirus nucleic acid. a) obtaining viral nucleic acid from a biological sample; b) amplifying the viral nucleic acid; c) contacting an oligonucleotide probe with the amplified viral nucleic acid obtained in step b), said probe comprising: i) the nucleotide sequence of SEQ ID NO:2; or ii) a sequence which is at least 85% identical to the nucleotide sequence of SEQ ID NO:2; or iii) the complement of (i) or (ii), i) the nucleotide sequence of SEQ ID NO:2; or ii) a sequence which is at least 85% identical to the nucleotide sequence of SEQ ID NO:2; or iii) the complement of (i) or (ii), d) detecting specific hybridization of the oligonucleotide probe to the amplified viral nucleic acid;
An anastomosis assembly for joining one stump of a cut tubular organ to another comprising: a device having a body with two opposite axial projections each of which being configured for insertion into a stump to be joined to another and to permit walls of the stump to be pulled over a stump-engaging portion of the external surface of the axial projections; a plurality of curved, open guiding channels, each of which extending in a general axial direction between a first end and a second end defined in the stump-engaging portion of one of the axial projections and accommodating a suturing needle, having a pointed front and a rear linked to a suturing thread, and guiding it to pierce through stump walls; and a retaining element in the form of an elastic element, fitted over the open channels and configured for being cut or breaking to permit freeing of the suturing threads from the device upon the removal of said retaining element. a device having a body with two opposite axial projections each of which being configured for insertion into a stump to be joined to another and to permit walls of the stump to be pulled over a stump-engaging portion of the external surface of the axial projections; a plurality of curved, open guiding channels, each of which extending in a general axial direction between a first end and a second end defined in the stump-engaging portion of one of the axial projections and accommodating a suturing needle, having a pointed front and a rear linked to a suturing thread, and guiding it to pierce through stump walls; and a retaining element in the form of an elastic element, fitted over the open channels and configured for being cut or breaking to permit freeing of the suturing threads from the device upon the removal of said retaining element.
A surface mountable enclosure comprising a bezel (350, 605, 1415) and at least one enclosure module, said at least one enclosure module comprising at least one clamping mechanism for securing said enclosure to a surface, said clamping mechanism comprising: a bracket (230, 1500) slidably mounted to a shaft attached to said enclosure module, said bracket (230, 1500) comprising a locking plate to restrain movement of said bracket (230, 1500) along said shaft in a first direction but allowing movement along said shaft a second direction opposite from said first direction; characterized in that said clamping mechanism further comprises a cam lever comprising a lever end and a cam lobe pivotally attached to said bracket (230, 1500), said cam lobe having a maximum extent; wherein said cam lever is configured to contact an underside of said surface at a first location adjacent to said lever end and a second location adjacent to said maximum extent of said cam lobe when said enclosure is mounted to said surface. a bracket (230, 1500) slidably mounted to a shaft attached to said enclosure module, said bracket (230, 1500) comprising a locking plate to restrain movement of said bracket (230, 1500) along said shaft in a first direction but allowing movement along said shaft a second direction opposite from said first direction; characterized in that said clamping mechanism further comprises a cam lever comprising a lever end and a cam lobe pivotally attached to said bracket (230, 1500), said cam lobe having a maximum extent; wherein said cam lever is configured to contact an underside of said surface at a first location adjacent to said lever end and a second location adjacent to said maximum extent of said cam lobe when said enclosure is mounted to said surface.
An electricity generator for a vehicle comprising at least one tank adapted to contain a fuel, which comprises at least one Seebeck-effect thermoelectric generator coupled to a heat source and to a heat sink which are adapted to generate a thermal delta across said thermoelectric generator in order to generate electricity, and which comprises a system for the control and management of said thermal delta which is adapted to manage heat generation and heat dissipation, said heat source comprising a burner that is supplied with said fuel of said at least one tank of said vehicle, said heat source being operative independently of the operation of the engine of the vehicle, characterized in that said heat sink comprises a liquid cooling system that is integrated in said thermoelectric generator, said heat source and said heat sink each comprising a temperature sensor (50, 70), which is connected to said management and control system, said management and control system being able, based on the temperature information received from said temperature sensors (50, 70), to manage the operation of the heat source and of the heat sink, said heat sink further comprising a forced ventilation system.
A method in a wireless device for handling messages in a communications system, wherein the wireless device is arranged to send small amounts of data, the method comprising: conveying (203, 504, 604a, 607b, 801) an UpLink, UL, message over a radio interface to a Radio Access Network, RAN, node; receiving (210, 508, 607a, 608b, 802) a response to the UL message from the RAN node, wherein the response comprises a message waiting indication of a DownLink, DL, message addressed and waiting to be transmitted to the wireless device, wherein the message waiting indication is received from the RAN node as part of radio interface signaling for the UL message and not using a radio bearer; and when the message waiting indication of the DL message has been received, handling (211, 803) the received indication by establishing a radio bearer in the communications system; and retrieving at least part of the waiting DL message from a node where the DL message has been stored via the established radio bearer. conveying (203, 504, 604a, 607b, 801) an UpLink, UL, message over a radio interface to a Radio Access Network, RAN, node; receiving (210, 508, 607a, 608b, 802) a response to the UL message from the RAN node, wherein the response comprises a message waiting indication of a DownLink, DL, message addressed and waiting to be transmitted to the wireless device, wherein the message waiting indication is received from the RAN node as part of radio interface signaling for the UL message and not using a radio bearer; and when the message waiting indication of the DL message has been received, handling (211, 803) the received indication by establishing a radio bearer in the communications system; and retrieving at least part of the waiting DL message from a node where the DL message has been stored via the established radio bearer.
A compound of formula: where The linker PEG' is a polyethylene glycol rest; and Ligand is a folic acid functional ligand rest, said compound being chosen from A and B, as follows: The linker PEG' is a polyethylene glycol rest; and Ligand is a folic acid functional ligand rest, said compound being chosen from A and B, as follows:
A method for distributing CPU load in data processing devices when executing block-based calculation processes, wherein a block requires a number of time-sequential incoming input values which can be predetermined for each block, the operations of the calculation instruction which are to be carried out in a block are divided into at least two calculation steps, the calculation steps within a block are processed successively and characterized in that all of the calculation steps each produce substantially the same CPU load so that a CPU load is uniformly distributed within each block, wherein statuses of the data processing device are defined and filed in a status memory and the processing of the calculation steps is controlled as a function of the statuses.
A modified sarcin polypeptide having the amino acid sequence of SEQ ID NO:1, except for at least one mutation, wherein the at least one mutation is at one or more of amino acids D9, Q10, P13, T15, N16, or Y18 of the wild type α-sarcin polypeptide and is within a first T cell epitope and/or is at one or more of amino acids K139, E140, or Q142 of the wild type α-sarcin polypeptide and is within a second T cell epitope of the wild type α-sarcin polypeptide, wherein the first T cell epitope consists of the amino acid sequence of SEQ ID NO:6, and the second T cell epitope consists of the amino acid sequence of SEQ ID NO:4 and wherein the modified sarcin polypeptide inhibits protein synthesis and elicits a reduced T cell response as compared to the wild type α-sarcin polypeptide, wherein the inhibition of protein synthesis is measured using an in vitro transcription and translation assay (IVTT) and wherein the reduced T cell response refers to a stimulation index less than 1.5 as measured by an in vitro T cell proliferation (3 -thymidine incorporation) assay using CD8+ depleted, human peripheral blood mononuclear cells.
Porous tea granules comprising leaf tea particles and binder, wherein: • at least 50 % by weight of the leaf tea particles have a particle size of 100 μm to 300 μm; • the binder comprises exogenous biopolymer; • the tea granules comprise binder in an amount of 0.01 to 3 % by dry weight; and • the porous tea granules have a D[4,3] of more than 350 μm. • at least 50 % by weight of the leaf tea particles have a particle size of 100 μm to 300 μm; • the binder comprises exogenous biopolymer; • the tea granules comprise binder in an amount of 0.01 to 3 % by dry weight; and • the porous tea granules have a D[4,3] of more than 350 μm.
An air-cleaning device comprising: a main body casing including an inlet provided on one side; a discharge port provided on the other side; and an air passage formed inside the main body casing; a filter provided inside the main body casing and partitioning the air passage into an upstream side and a downstream side of the filter; an exhaust fan provided on the downstream side of the filter in the air passage and discharging air on the downstream side of the filter in the air passage through the discharge port; a communication means communicating between outside the device and the air passage between the exhaust fan and the filter, wherein, via the communication means, air communication is possible between the air passage on the downstream side of the filter and outside the device; characterized by a filter fan provided on the down stream side of the filter in the air passage and on the filter side of a cmmunication point of the communication means, and used to take in air having passed through the filter. a main body casing including an inlet provided on one side; a discharge port provided on the other side; and an air passage formed inside the main body casing; an inlet provided on one side; a discharge port provided on the other side; and an air passage formed inside the main body casing; a filter provided inside the main body casing and partitioning the air passage into an upstream side and a downstream side of the filter; an exhaust fan provided on the downstream side of the filter in the air passage and discharging air on the downstream side of the filter in the air passage through the discharge port; a communication means communicating between outside the device and the air passage between the exhaust fan and the filter,
A generator system comprising: a generator having a stationary portion and a rotating portion, the generator comprising: an exciter field winding disposed on the stationary portion; a first channel including a first main field winding disposed on the rotating portion, and a first main field power converter disposed on the rotating portion that selectively delivers voltage from the exciter field winding to the first main field winding in response to a first channel control signal; and a second channel including a second main field winding disposed on the rotating portion, and a second main field power converter disposed on the rotating portion that selectively delivers voltage from the exciter field winding to the second main field winding in response to a second channel control signal; and a generator control unit in electrical communication with the first channel and the second channel, the generator control unit configured to monitor an output voltage at each of the first channel and the second channel and to generate the first and second control signals based on the output voltage. an exciter field winding disposed on the stationary portion; a first channel including a first main field winding disposed on the rotating portion, and a first main field power converter disposed on the rotating portion that selectively delivers voltage from the exciter field winding to the first main field winding in response to a first channel control signal; and a second channel including a second main field winding disposed on the rotating portion, and a second main field power converter disposed on the rotating portion that selectively delivers voltage from the exciter field winding to the second main field winding in response to a second channel control signal; and a generator control unit in electrical communication with the first channel and the second channel, the generator control unit configured to monitor an output voltage at each of the first channel and the second channel and to generate the first and second control signals based on the output voltage.
A raised face flange system, comprising: a first, raised face flange having: a bolting face defining one or more openings for one or more bolts, respectively; and a pair of raised faces (21, 22) including a first raised face disposed in a first plane and a second raised face to form a seal in a nuclear reactor module, the second raised face disposed in a second plane that is different than the first plane, the first raised face having one or more grooves positioned to receive a gasket; one or more ring gaskets positioned in the corresponding one or more grooves; a second flange; and a bolt extending through the first flange and the second flange in series; wherein the bolting face is disposed between the raised faces (21, 22) in a third plane that is different than the first and second planes; wherein the bolting face and the raised faces face in one direction; and characterised in that the distance between the second plane and the third plane is greater than the distance between the first plane and the third plane to distribute contact force with a mating flange over the area of the second raised face to maintain the seal. a bolting face defining one or more openings for one or more bolts, respectively; and a pair of raised faces (21, 22) including a first raised face disposed in a first plane and a second raised face to form a seal in a nuclear reactor module, the second raised face disposed in a second plane that is different than the first plane, the first raised face having one or more grooves positioned to receive a gasket; one or more ring gaskets positioned in the corresponding one or more grooves; a second flange; and a bolt extending through the first flange and the second flange in series; wherein the bolting face is disposed between the raised faces (21, 22) in a third plane that is different than the first and second planes; wherein the bolting face and the raised faces face in one direction; and characterised in that the distance between the second plane and the third plane is greater than the distance between the first plane and the third plane to distribute contact force with a mating flange over the area of the second raised face to maintain the seal.
A hand-held tool ( 100, 400) comprising: a blade pivotably coupled to a handle, the blade being retained at a plurality of predetermined positions; characterised in that, it comprises a reference indicator ( 310, 502) provided on the handle; and an indicating member provided on the handle, the indicating member comprising a plurality of movable indicators ( 228A, 228B, 228C, 230, 402A, 402B, 402C, 404), each of the plurality of the movable indicators corresponding to each of the plurality of the predetermined positions, the indicating member being configured to rotate with the blade; and wherein each of the plurality of the movable indicators substantially aligns with the reference indicator at each of the plurality of the predetermined positions of the blade. a blade pivotably coupled to a handle, the blade being retained at a plurality of predetermined positions; characterised in that, it comprises a reference indicator ( 310, 502) provided on the handle; and an indicating member provided on the handle, the indicating member comprising a plurality of movable indicators ( 228A, 228B, 228C, 230, 402A, 402B, 402C, 404), each of the plurality of the movable indicators corresponding to each of the plurality of the predetermined positions, the indicating member being configured to rotate with the blade; and wherein each of the plurality of the movable indicators substantially aligns with the reference indicator at each of the plurality of the predetermined positions of the blade.
A photonics package, comprising: an interposer (202; 402); a patch (205; 405) over the interposer (202; 402), wherein the patch (205; 405) overhangs an edge of the interposer (202; 402); a photonics die (225; 425) on the patch (205; 405); and a Faraday rotator (230; 430) passing through a thickness of the patch (205; 405), wherein the Faraday rotator (230; 430) is below the photonics die (225; 425). an interposer (202; 402); a patch (205; 405) over the interposer (202; 402), wherein the patch (205; 405) overhangs an edge of the interposer (202; 402); a photonics die (225; 425) on the patch (205; 405); and a Faraday rotator (230; 430) passing through a thickness of the patch (205; 405), wherein the Faraday rotator (230; 430) is below the photonics die (225; 425).
A fluid ejecting apparatus comprising: a fluid ejecting unit configured to eject fluid from a fluid ejecting opening in pulses by reducing the capacity of a fluid chamber by at least a first diaphragm; an inlet channel that supplies the fluid to the fluid chamber; and a check valve disposed between the inlet channel and the fluid chamber, wherein the check valve closes the inlet channel when the capacity of the fluid chamber is reduced, and the check valve is bent open when the capacity of the fluid chamber is expanded from the reduced state to open the inlet channel, characterized in that the fluid chamber is defined by a frame-shaped spacer having an opening penetrating in the direction of thickness, in that the first diaphragm and a second diaphragm are disposed on both surfaces of the spacer for sealing the opening, and in that the check valve is formed on at least one of the first and second diaphragms. a fluid ejecting unit configured to eject fluid from a fluid ejecting opening in pulses by reducing the capacity of a fluid chamber by at least a first diaphragm; an inlet channel that supplies the fluid to the fluid chamber; and a check valve disposed between the inlet channel and the fluid chamber,