mhurhangee/ep-ind-claims huggingface dataset:
A connector device of the multi-coupler type comprising at least one pair of couplers (20a, 20b) inserted into a housing body and equipped with a lever actuated mechanism comprising an actuation lever maneuverable by the user for the relief of the residual pressure inside the couplers and the connection thereof to corresponding couplers, wherein said lever actuated mechanism further comprises a pair of cams (12a, 12b), wherein said actuation lever is mechanically connected to a central pin so that the movement of said actuation lever sets in rotation said central pin, characterized in that each of said cams (12a, 12b) is rigidly engaged on said central pin, and in that the rotation of said central pin in the two clockwise and counterclockwise directions of rotation results in a simultaneous rotation in the same direction of rotation, clockwise and, respectively, counterclockwise of said cams and.
Bike carrier comprising a fixation unit adapted to fix a fork of a bike to said bike carrier, characterized in that said fixation unit comprises a first fixation mechanism and a second fixation mechanism provided at different positions of the bike carrier and providing two coexisting fixation options for mounting a fork to said bike carrier.
A device comprising: a first plate; a second plate attached to the first plate, at least one of the first plate and the second plate comprising energy exchanging capabilities; and a first spacer and a second spacer arranged between the first plate and the second plate, wherein the first plate, the second plate, the first spacer and the second spacer define at least one passage for a product to pass through the device, and characterised by a first end plate defining an inlet and a second end plate defining an outlet attached to opposite ends of the first plate and the second plate. a first plate; a second plate attached to the first plate, at least one of the first plate and the second plate comprising energy exchanging capabilities; and a first spacer and a second spacer arranged between the first plate and the second plate, wherein the first plate, the second plate, the first spacer and the second spacer define at least one passage for a product to pass through the device, and characterised by a first end plate defining an inlet and a second end plate defining an outlet attached to opposite ends of the first plate and the second plate.
A method for preparing a polymerase-template complex, comprising: (a) providing a polymerase; and (b) contacting the polymerase with a polynucleotide template in a solution comprising a 0.8 μM to 2.2 μM concentration of nucleotides and a temperature between 35°C to 45°C, thereby preparing the polymerase-template complex, wherein the polymerase of the polymerase-template complex has at least 85%, 90%, 95%, 98% or more sequence identity or is identical to the amino acid sequence set forth as SEQ ID NO: 14. (a) providing a polymerase; and (b) contacting the polymerase with a polynucleotide template in a solution comprising a 0.8 μM to 2.2 μM concentration of nucleotides and a temperature between 35°C to 45°C, thereby preparing the polymerase-template complex, wherein the polymerase of the polymerase-template complex has at least 85%, 90%, 95%, 98% or more sequence identity or is identical to the amino acid sequence set forth as SEQ ID NO: 14.
A foam having a density of 0.036 g/cc or more and less than 0.133 g/cc, wherein the foam has an elongation (%) at break at 160°C of 150% to 400% as measured in accordance with JIS K6251, and wherein the foam has a value of 7 to 30 obtained by multiplying the elongation (%) at break by a 100% modulus (MPa) at 160°C as measured in accordance with JIS K6251, and a cross-linking degree of 30 to 45%, as measured by the method disclosed in the description, wherein the foam is made by cross-linking and foaming a foamable composition, the foamable composition comprising 10 mass% or more and less than 20 mass% of a homopolypropylene relative to the total resin composition in the composition. wherein the foam has a value of 7 to 30 obtained by multiplying the elongation (%) at break by a 100% modulus (MPa) at 160°C as measured in accordance with JIS K6251, and a cross-linking degree of 30 to 45%, as measured by the method disclosed in the description, wherein the foam is made by cross-linking and foaming a foamable composition, the foamable composition comprising 10 mass% or more and less than 20 mass% of a homopolypropylene relative to the total resin composition in the composition.
A Factor Xa variant comprising a substitution at the amino acid corresponding to position 235 in SEQ ID NO:1 selected from the group of amino acids consisting of: Thr or Leu, or a pharmaceutical composition thereof, for use in reducing or preventing bleeding in a subject being treated with a direct Factor Xa inhibitor.
An apparatus for delivering a drug to a recipient comprising: an attaching base for attachment to the recipient; a single motion mechanical drive train (242, 243, 256; 330); and a reservoir (234, 334) containing said drug; characterized in that: a puncturing mechanism (232, 332) including a hollow needle (232, 332) is in fluid communication with the reservoir (234, 334), the hollow needle (232, 332) is being partially inserted into a septum (236, 336) in an initial, sealed configuration of the apparatus, thereby sealing the hollow needle (232, 332) and the reservoir (234, 334), the mechanical drive train (242, 243, 256; 330) being configured to drive the reservoir (234, 334) and the hollow needle (232, 332) forward to push the hollow needle (232, 332) fully through said septum (236, 336), to unseal the hollow needle (232, 332) and the reservoir (234, 334), and put the apparatus in a discharge configuration, and further motion of said mechanical drive train (242, 243, 256; 330) being configured to advance a plunger into said reservoir (234, 334), thereby discharging the drug from said reservoir (234, 334). an attaching base for attachment to the recipient; a single motion mechanical drive train (242, 243, 256; 330); and a reservoir (234, 334) containing said drug; characterized in that: a puncturing mechanism (232, 332) including a hollow needle (232, 332) is in fluid communication with the reservoir (234, 334), the hollow needle (232, 332) is being partially inserted into a septum (236, 336) in an initial, sealed configuration of the apparatus, thereby sealing the hollow needle (232, 332) and the reservoir (234, 334), the mechanical drive train (242, 243, 256; 330) being configured to drive the reservoir (234, 334) and the hollow needle (232, 332) forward to push the hollow needle (232, 332) fully through said septum (236, 336), to unseal the hollow needle (232, 332) and the reservoir (234, 334), and put the apparatus in a discharge configuration, and further motion of said mechanical drive train (242, 243, 256; 330) being configured to advance a plunger into said reservoir (234, 334), thereby discharging the drug from said reservoir (234, 334). a puncturing mechanism (232, 332) including a hollow needle (232, 332) is in fluid communication with the reservoir (234, 334), the hollow needle (232, 332) is being partially inserted into a septum (236, 336) in an initial, sealed configuration of the apparatus, thereby sealing the hollow needle (232, 332) and the reservoir (234, 334), the mechanical drive train (242, 243, 256; 330) being configured to drive the reservoir (234, 334) and the hollow needle (232, 332) forward to push the hollow needle (232, 332) fully through said septum (236, 336), to unseal the hollow needle (232, 332) and the reservoir (234, 334), and put the apparatus in a discharge configuration, and further motion of said mechanical drive train (242, 243, 256; 330) being configured to advance a plunger into said reservoir (234, 334), thereby discharging the drug from said reservoir (234, 334).
A mobile underground drilling rig, comprising a carrier, at least one boom attached at a first end to the carrier, and a drilling unit attached to a second end of the boom, and control means configured for: - receiving target pose information indicative of at least target pose for the drilling unit in accordance with an input plan, - detecting, during tramming of the drilling rig, carrier pose information indicative of orientation of the carrier, - defining, during tramming of the drilling rig, orientation of the drilling unit on the basis of the detected carrier pose information indicative of the orientation of the carrier, and - generating, during tramming of the drilling rig, tramming assistance information on the basis of the target pose information and the defined orientation of the drilling unit. - receiving target pose information indicative of at least target pose for the drilling unit in accordance with an input plan, - detecting, during tramming of the drilling rig, carrier pose information indicative of orientation of the carrier, - defining, during tramming of the drilling rig, orientation of the drilling unit on the basis of the detected carrier pose information indicative of the orientation of the carrier, and - generating, during tramming of the drilling rig, tramming assistance information on the basis of the target pose information and the defined orientation of the drilling unit.
A method of sensing the strain induced in a magnetic shape memory alloy element of a magnetic shape memory alloy actuator, said actuator being provided with a coil for generating a magnetic field to be applied to the MSM-element to elongate the MSM-element, characterized by determining the magnitude of the strain (ΔL) by measuring the internal electrical resistance of said element.
A method of receiving a signal in a receiver of an optical communication system, the method comprising: detecting modulation of a received optical signal in two orthogonal polarization directions, the optical signal having been transmitted by a transmitter of the optical communication system with a predetermined State of Polarization, SoP, in a succession of signalling intervals, the SoP in each signalling interval exciting two orthogonal eigenvectors of Polarization Mode Dispersion of the optical communication system; and recovering data from modulation components of a selected one of the two orthogonal eigenvectors, and discarding modulation components of the other one of the two orthogonal eigenvectors, selection of the selected one of the two orthogonal eigenvectors based on quality of the modulation components. detecting modulation of a received optical signal in two orthogonal polarization directions, the optical signal having been transmitted by a transmitter of the optical communication system with a predetermined State of Polarization, SoP, in a succession of signalling intervals, the SoP in each signalling interval exciting two orthogonal eigenvectors of Polarization Mode Dispersion of the optical communication system; and recovering data from modulation components of a selected one of the two orthogonal eigenvectors, and discarding modulation components of the other one of the two orthogonal eigenvectors, selection of the selected one of the two orthogonal eigenvectors based on quality of the modulation components.
Clamping means having an S-shaped profile for mounting a frameless solar panel on a sloping roof, comprising a baseplate having a thin portions with a thickness d1 and having through holes for receiving fastening means and a thick portion with a thickness d2 and a transition between the thin portion and the thick portion, wherein d2>d1, a first profile extending from the thick portion of the baseplate and having a U-shape with a first bight portion connecting a common shank to the thick portion of the baseplate and a second profile being spaced from the thick portion of the baseplate by the first profile and having a U shape with a second bight portion connecting a second shank to the common shank, said shanks (15, 17) being substantially parallel to the base plate. said first profile comprising an opening In the direction of the thin portion of the baseplate, said second profile comprising an opening in the opposite direction, said first and second profiles having heights h1 and h2 suitable for receiving frameless solar panels.
A method of wireless communication, comprising: transmitting, by a network device, first configuration information to a terminal device, wherein the first configuration information is used by the terminal device to determine a basic parameter set used for transmitting a sidelink channel, characterized in that: the sidelink channel is a physical sidelink feedback channel, PSFCH, and the first configuration information is used for configuring a basic parameter set of a resource pool of the sidelink channel, wherein the basic parameter set of the resource pool of the sidelink channel and a basic parameter set used for transmitting a sidelink synchronization signal block, S-SSB, are the same, and the basic parameter set comprises at least one of a sub-carrier spacing or a cyclic prefix, CP, type. transmitting, by a network device, first configuration information to a terminal device, wherein the first configuration information is used by the terminal device to determine a basic parameter set used for transmitting a sidelink channel, characterized in that: the sidelink channel is a physical sidelink feedback channel, PSFCH, and the first configuration information is used for configuring a basic parameter set of a resource pool of the sidelink channel, wherein the basic parameter set of the resource pool of the sidelink channel and a basic parameter set used for transmitting a sidelink synchronization signal block, S-SSB, are the same, and the basic parameter set comprises at least one of a sub-carrier spacing or a cyclic prefix, CP, type.
A measurement device configured to evaluate an acoustic device configured to allow sound to be heard by vibration transmission to a human body, the measurement device comprising: an ear model unit including an ear model that is molded after a human ear and an artificial external ear canal unit that is continuous with the ear model and that includes an artificial external ear canal; a microphone; and a vibration detector disposed in the ear model unit, wherein the microphone is configured to measure air conduction radiation components generated by the artificial external ear canal unit being vibrated, and the vibration detector is configured to measure vibration propagated to the ear model unit; and the ear model includes an artificial cartilage unit that is embedded in the ear model. an ear model unit including an ear model that is molded after a human ear and an artificial external ear canal unit that is continuous with the ear model and that includes an artificial external ear canal; a microphone; and a vibration detector disposed in the ear model unit, wherein the microphone is configured to measure air conduction radiation components generated by the artificial external ear canal unit being vibrated, and the vibration detector is configured to measure vibration propagated to the ear model unit; and the ear model includes an artificial cartilage unit that is embedded in the ear model.
A can lid comprising: a main body comprising a laminate metal sheet, the laminate metal sheet comprising a metal sheet and a first resin film on a major surface of the metal sheet, the major surface having a score line delimiting an opening piece, the first resin film comprising a first resin layer comprising a dimer acid-copolymerized polyester resin, a tab attached to the main body and adapted to cause a cleavage along the score line, characterised in that the first resin film further comprises a non-sticky second resin layer as an outermost layer of the main body, the first resin film further comprises a non-sticky third resin layer as an outermost layer facing the metal sheet, the first resin film being amorphous; wherein the metal sheet and the first resin film are bonded to each other by an adhesive.
A component comprising a first part and a second part, wherein a third part is positioned between the first and second parts, wherein: (i) said first part comprises a polymeric material A, which comprises a repeat unit of formula XI wherein t1, and w1 independently represent 0 or 1 and v1 represents 0, 1 or 2; (ii) said second part comprises a polymeric material B, which comprises a repeat unit of formula XI wherein t1, and w1 independently represent 0 or 1 and v1 represents 0, 1 or 2; and (iii) said third part comprises a polymeric material C, which comprises a polymer having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- II wherein Ph represents a phenylene moiety; and wherein said third part has a thickness no greater than 100μm. (i) said first part comprises a polymeric material A, which comprises a repeat unit of formula XI wherein t1, and w1 independently represent 0 or 1 and v1 represents 0, 1 or 2; (ii) said second part comprises a polymeric material B, which comprises a repeat unit of formula XI wherein t1, and w1 independently represent 0 or 1 and v1 represents 0, 1 or 2; and (iii) said third part comprises a polymeric material C, which comprises a polymer having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- II wherein Ph represents a phenylene moiety; and wherein said third part has a thickness no greater than 100μm.
A process for charging polymer foam beads to molds, where the polymer foam beads are introduced with a carrier gas by way of a charging device into the mold, and where the polymer foam beads within the charging device are mixed with steam with a pressure of from 1.2 to 11 bar by way of an annular-gap nozzle attached in the head region of the charging device, and are heated in a manner such that their temperature on leaving the charging device is a temperature at which they soften, wherein the charging device consists of three concentric pipes which, in the head region of the charging device, have discharge apertures, and arranged as annular-gap nozzles, where the polymer foam beads are conducted with the carrier gas by way of the discharge aperture of the inner pipe, and the steam is conducted through the gap between the middle and outer pipe by way of the discharge aperture.
An elastic band ligation device, including a body, an inner tube, a deployer, and a grasper, the grasper including at least two gripping arms, the grasper being slidably mounted within the inner tube, so that movement of the grasper relative to the inner tube causes the gripping arms to open and close, the arrangement being such that when the gripping arms are in a closed position, and operatively retaining a haemorrhoid, the gripping arms are within the inner tube, and the deployer is positioned to release a band around the haemorrhoid characterised in that movement of the deployer with respect to the body is controlled using a ratchet mechanism (125, 126) including ratchet teeth on the body that are engaged by corresponding ratchet teeth (142,143) on the deployer wherein angles on the ratchet teeth are such that movement of the deployer is one-way to force the band to be dispensed from a tip, wherein a button is supported by a resilient structure moulded into the body, wherein when the button is depressed, the deployer flexes, causing the ratchet teeth on the deployer to walk relative to the ratchet teeth on the body, and when the button is released the resilient structure pushes the button back and ratchet teeth on the deployer walk over ratchet teeth on the body to thereby pull the deployer forward and into the next incremental position relative to the body wherein pressing the button again will deploy a further band. deployer, and a grasper, the grasper including at least two gripping arms, the grasper being slidably mounted within the inner tube, so that movement of the grasper relative to the inner tube causes the gripping arms to open and close, the arrangement being such that when the gripping arms are in a closed position, and operatively retaining a haemorrhoid, the gripping arms are within the inner tube, and the deployer is positioned to release a band around the haemorrhoid characterised in that movement of the deployer with respect to the body is controlled using a ratchet mechanism (125, 126) including ratchet teeth on the body that are engaged by corresponding ratchet teeth (142,143) on the deployer wherein angles on the ratchet teeth are such that movement of the deployer is one-way to force the band to be dispensed from a tip, wherein a button is supported by a resilient structure moulded into the body, wherein when the button is depressed, the deployer flexes, causing the ratchet teeth on the deployer to walk relative to the ratchet teeth on the body, and when the button is released the resilient structure pushes the button back and ratchet teeth on the deployer walk over ratchet teeth on the body to thereby pull the deployer forward and into the next incremental position relative to the body wherein pressing the button again will deploy a further band.
A method for regasifying liquefied natural gas, comprising the steps of: - inputting a batch of the liquefied natural gas to a chamber of a vaporizer, wherein the pressure of the gas corresponds to the residual pressure in the system of about 0,1MPa; - in the vaporizer, converting the liquefied natural gas to a gaseous state by heating it by means of a lower quality heating medium from a first temperature (T 1) to a second temperature (T 2) which is a critical temperature of the gas composition and heating the gas by means of a higher quality heating medium from the second temperature (T 2) to a third temperature (T 3) higher than the critical temperature of the gas to increase the pressure of the gas to a second pressure (p 2) of at least 7MPa, wherein the lower quality heating medium has a lower temperature than the higher quality heating medium; - connecting the gas outlet of the vaporizer to a storage tank having a chamber with a pressure lower than the pressure of the vaporizer; and - allowing the gas from the vaporizer to flow and expand into the storage tank due to the pressure difference between the vaporizer and the storage tank. - inputting a batch of the liquefied natural gas to a chamber of a vaporizer, wherein the pressure of the gas corresponds to the residual pressure in the system of about 0,1MPa; - in the vaporizer, converting the liquefied natural gas to a gaseous state by heating it by means of a lower quality heating medium from a first temperature (T 1) to a second temperature (T 2) which is a critical temperature of the gas composition and heating the gas by means of a higher quality heating medium from the second temperature (T 2) to a third temperature (T 3) higher than the critical temperature of the gas to increase the pressure of the gas to a second pressure (p 2) of at least 7MPa, wherein the lower quality heating medium has a lower temperature than the higher quality heating medium; - connecting the gas outlet of the vaporizer to a storage tank having a chamber with a pressure lower than the pressure of the vaporizer; and - allowing the gas from the vaporizer to flow and expand into the storage tank due to the pressure difference between the vaporizer and the storage tank.