mhurhangee/ep-ind-claims huggingface dataset:
A method for providing or enhancing nonspecific adhesive property and/or autoagglutinating property for a target microorganism, comprising introducing into the target microorganism a DNA encoding autotransporter adhesin from a microorganism having nonspecific adhesive property.
Pendulum damping device (1, 200) comprising: - a support (2, 202) that can be displaced in rotation about an axis of rotation, - a pendulum body (3, 203) that is mobile relative to the support, - and at least one rolling member (11, 211) coming into contact with at least a first rolling track (12, 212) integral to the support (2, 202) and with at least one second rolling track (13, 213) integral to the pendulum body (3, 203), characterized in that at least one out of the support (2, 202), the pendulum body (3, 203) and the rolling member (11, 211) comprises a first and a second material (21, 23), the second material having a lower density than that of the first material, and, parallel to said axis of rotation, said first and second materials are arranged in several layers (210, 210a, 201b, 233, 233a), parallel to said axis of rotation, and, on at least one out of the support (2, 202), the pendulum body (3, 203) and the rolling member (11, 211), the second material is sandwiched between two layers, respectively one of the first material and one of a third material of higher density than that of the first material. - a support (2, 202) that can be displaced in rotation about an axis of rotation, - a pendulum body (3, 203) that is mobile relative to the support, - and at least one rolling member (11, 211) coming into contact with at least a first rolling track (12, 212) integral to the support (2, 202) and with at least one second rolling track (13, 213) integral to the pendulum body (3, 203),
A process for cleaving a post-translational modification group from a serine residue and/or a threonine residue in a post-translationally modified glycoprotein and/or glycopeptide, wherein the glycoprotein and/or the glycopeptide which are a test substance as well as a labeling agent are dissolved or dispersed in a solvent and heat is applied under a basic condition, wherein the post-translational modification group from a serine residue and/or a threonine residue in the test substance is selectively cleaved and labeled, wherein the labeling agent comprises, as active ingredient, at least a pyrazolone derivative and wherein the post-translational modification group is an O-glycan.
A method for applying an antimicrobial coating to catheter tubing in a pattern, the method comprising: applying an antimicrobial coating over an outer surface of catheter tubing; and passing the catheter tubing through a die to remove a portion of the antimicrobial coating from the outer surface such that a pattern of antimicrobial coating remains on the outer surface after the catheter tubing has passed through the die. applying an antimicrobial coating over an outer surface of catheter tubing; and passing the catheter tubing through a die to remove a portion of the antimicrobial coating from the outer surface such that a pattern of antimicrobial coating remains on the outer surface after the catheter tubing has passed through the die.
A magnetic load sensor unit for use in a linear motion actuator, the magnetic load sensor unit being configured to detect an magnitude of an axial load applied to an object by the linear motion actuator, and comprising: a magnetic target which generates a magnetic field; a magnetic sensor configured such that a position of the magnetic sensor relative to the magnetic target changes corresponding to the axial load; a flange member configured to be deflected when the axial load is applied; and an annular support member supporting a radially inner portion or a radially outer portion of the flange member, wherein the magnetic target is fixed to one of the flange member and the support member, and the magnetic sensor is fixed to the other of the flange member and the support member, wherein the flange member and the support member are annular plate members, wherein one of the flange member and the support member includes a tubular portion having a radially outer surface facing a radially inner surface of the other of the flange member and the support member, and wherein the magnetic target and the magnetic sensor are fixed to one and the other of the radially inner surface and the radially outer surface, respectively. a magnetic target which generates a magnetic field; a magnetic sensor configured such that a position of the magnetic sensor relative to the magnetic target changes corresponding to the axial load; a flange member configured to be deflected when the axial load is applied; and an annular support member supporting a radially inner portion or a radially outer portion of the flange member, wherein the magnetic target is fixed to one of the flange member and the support member, and the magnetic sensor is fixed to the other of the flange member and the support member, wherein the flange member and the support member are annular plate members, wherein one of the flange member and the support member includes a tubular portion having a radially outer surface facing a radially inner surface of the other of the flange member and the support member, and wherein the magnetic target and the magnetic sensor are fixed to one and the other of the radially inner surface and the radially outer surface, respectively.
An antifouling paint composition, comprising: metal-containing polymer particles which undergo hydrolysis in seawater and that are present as the particles in the antifouling paint composition; an organic solvent; and an acrylic polymer which gradually dissolves in seawater through hydrolysis and that is soluble in the organic solvent, wherein the metal-containing polymer particles comprise a divalent or higher-valent metal ester structure, and wherein the acrylic polymer comprises a divalent metal ester structure obtained by polymerizing an ethylenically unsaturated monomer mixture that contains a divalent metal-containing ethylenically unsaturated monomer. metal-containing polymer particles which undergo hydrolysis in seawater and that are present as the particles in the antifouling paint composition; an organic solvent; and an acrylic polymer which gradually dissolves in seawater through hydrolysis and that is soluble in the organic solvent, wherein the metal-containing polymer particles comprise a divalent or higher-valent metal ester structure, and wherein the acrylic polymer comprises a divalent metal ester structure obtained by polymerizing an ethylenically unsaturated monomer mixture that contains a divalent metal-containing ethylenically unsaturated monomer.
A metal substrate with a surface texture, wherein the surface texture comprises a plurality of depressions, characterised in that each triplet of closest neighbouring depressions is spaced apart by a circle with a radius r, measured from the edge of the depressions, and wherein the arithmetic mean radius r mean is at most 20 μm and wherein the material area fraction is at least 30%.
A battery can having an opening, comprising a cylindrical side portion and a bottom portion, wherein said battery can is former from a steel plate, said steel plate has an Ni-Fe alloy layer on the inner face side of said battery can, said Ni-Fe alloy layer has an oxide layer containing iron and having a thickness of 10 to 50 nm on the inner face side of said battery can, and said oxide layer contains 3 to 50 atom% of iron in the outermost surface thereof.
An AC motor drive control device comprising: an inverter, including a plurality of switching elements subjected to on-off control, for converting a DC voltage to an AC voltage with a desired frequency to drive an AC motor; and a motor side switching unit connected between the inverter and the AC motor and being capable of electrically disconnecting the motor from the output of the inverter by contact or detach of main contacts; characterised by further comprising: a switching operation beforehand detection unit for detecting a switching operation of the motor side switching unit prior to actual contact or detach of the main contacts and outputting a switching operation beforehand detection signal (MCO, SIG) indicating the detected switching operation; and a control unit for performing the on-off control for the plurality of switching elements, wherein when the switching operation beforehand detection signal (MCO, SIG) is changed despite that a switching command for the motor side switching unit is not changed, the control unit outputs a gate signal for setting all of the switching elements in the inverter to an OFF state, prior to the actual contact or detach of the main contacts. an inverter, including a plurality of switching elements subjected to on-off control, for converting a DC voltage to an AC voltage with a desired frequency to drive an AC motor; and a motor side switching unit connected between the inverter and the AC motor and being capable of electrically disconnecting the motor from the output of the inverter by contact or detach of main contacts; characterised by further comprising: a switching operation beforehand detection unit for detecting a switching operation of the motor side switching unit prior to actual contact or detach of the main contacts and outputting a switching operation beforehand detection signal (MCO, SIG) indicating the detected switching operation; and a control unit for performing the on-off control for the plurality of switching elements, wherein when the switching operation beforehand detection signal (MCO, SIG) is changed despite that a switching command for the motor side switching unit is not changed, the control unit outputs a gate signal for setting all of the switching elements in the inverter to an OFF state, prior to the actual contact or detach of the main contacts. a switching operation beforehand detection unit for detecting a switching operation of the motor side switching unit prior to actual contact or detach of the main contacts and outputting a switching operation beforehand detection signal (MCO, SIG) indicating the detected switching operation; and a control unit for performing the on-off control for the plurality of switching elements, wherein when the switching operation beforehand detection signal (MCO, SIG) is changed despite that a switching command for the motor side switching unit is not changed, the control unit outputs a gate signal for setting all of the switching elements in the inverter to an OFF state, prior to the actual contact or detach of the main contacts.
Powder press having a plurality of stamps, which are movable for a transverse press in a feed housing, which stamps partially delimit a hollow chamber of a matrix in the feed housing, wherein the respective stamp being able to be coupled to a press device (49, 70) by a connector piece, characterised in that an adjustable positioning means being allocated to the respective stamp for determining its pressing position, the respective positioning means is formed from a wedge arrangement, which is placed crosswise to the moving direction of the stamp, with at least one wedge having a stop surface and being guidable in a base plate of the feed housing, wherein this stop surface serving directly as a stop for the stamp and accordingly it can be brought into contact with a stop surface (11") of the stamp, wherein the respective stamp of the respective press device is pressable against the stop surface of the feed housing.
Orthomode transducer for an antenna, comprising: a waveguide body, extended along a longitudinal axis, between a first end and a second end, said second end being suitable to be connected to other components of the antenna, a first port connected to said first end of the waveguide body and suitable to be connected to an electronic circuit, a junction body equipped with a first end, facing the first end of the waveguide body, and a second end, facing the second end of the waveguide body, at least one junction connected both to said junction body, and also to said waveguide body in correspondence with a junction zone, a second port connected to the first end of the junction body, and suitable to be connected to an electronic circuit, a separator disposed inside the waveguide body and configured to separate frequencies; characterized in that the separator comprises a plurality of septa that pass through the waveguide body in a cross-section of said waveguide body. a waveguide body, extended along a longitudinal axis, between a first end and a second end, said second end being suitable to be connected to other components of the antenna, a first port connected to said first end of the waveguide body and suitable to be connected to an electronic circuit, a junction body equipped with a first end, facing the first end of the waveguide body, and a second end, facing the second end of the waveguide body, at least one junction connected both to said junction body, and also to said waveguide body in correspondence with a junction zone, a second port connected to the first end of the junction body, and suitable to be connected to an electronic circuit, a separator disposed inside the waveguide body and configured to separate frequencies; characterized in that the separator comprises a plurality of septa that pass through the waveguide body in a cross-section of said waveguide body.
A shared voicemail system comprising a computer processor configured in use to: store a voice message received from a third party; in which the stored voice message is accessible to each user of a plurality of users of the shared voicemail system; provide a copy of the stored voice message to a first user of the plurality of users; characterised in that the computer processor is configured in use to: receive an indication from the first user that the voice message is intended to be accessed, via the shared voicemail system, by a second user of the plurality of users; and provide a notification prompting the second user to access the voice message, wherein the plurality of users share a phone line and wherein the voice message is received from the third party as part of a call to the shared phone line redirected to the shared voicemail system. store a voice message received from a third party; in which the stored voice message is accessible to each user of a plurality of users of the shared voicemail system; provide a copy of the stored voice message to a first user of the plurality of users; characterised in that the computer processor is configured in use to: receive an indication from the first user that the voice message is intended to be accessed, via the shared voicemail system, by a second user of the plurality of users; and provide a notification prompting the second user to access the voice message, wherein the plurality of users share a phone line and wherein the voice message is received from the third party as part of a call to the shared phone line redirected to the shared voicemail system. receive an indication from the first user that the voice message is intended to be accessed, via the shared voicemail system, by a second user of the plurality of users; and provide a notification prompting the second user to access the voice message, wherein the plurality of users share a phone line and wherein the voice message is received from the third party as part of a call to the shared phone line redirected to the shared voicemail system.
A hybrid construction machine in which an electric motor is operated by at least one of an electric generator that is driven by an engine and an energy storage system configured to store regenerative energy, the hybrid construction machine comprising: a motor drive configured to drive the electric motor; and a controller; characterized by an acceleration sensor configured to sense an acceleration pedal command; wherein the controller is configured to map the acceleration command to a speed command and to control a traveling unit through the motor drive during a low speed traveling operation of the machine, wherein the controller is configured to control acceleration/deceleration of the electric motor based on the mapped speed command, and generates the regenerative energy in response to the deceleration of the electric motor, and wherein if it is required to perform a precise acceleration/deceleration control of the electric motor during the low speed traveling operation of the construction machine, the controller is configured to set a minimum acceleration value and a maximum acceleration value which are sensed by the acceleration sensor, to perform a linear mapping of the acceleration pedal command to the speed command between the minimum acceleration and the maximum acceleration, and to control the acceleration/deceleration of the electric motor based on the mapped speed command. a motor drive configured to drive the electric motor; and a controller; characterized by an acceleration sensor configured to sense an acceleration pedal command; wherein the controller is configured to map the acceleration command to a speed command and to control a traveling unit through the motor drive during a low speed traveling operation of the machine, wherein the controller is configured to control acceleration/deceleration of the electric motor based on the mapped speed command, and generates the regenerative energy in response to the deceleration of the electric motor, and wherein if it is required to perform a precise acceleration/deceleration control of the electric motor during the low speed traveling operation of the construction machine, the controller is configured to set a minimum acceleration value and a maximum acceleration value which are sensed by the acceleration sensor, to perform a linear mapping of the acceleration pedal command to the speed command between the minimum acceleration and the maximum acceleration, and to control the acceleration/deceleration of the electric motor based on the mapped speed command.
An insect trap adapted to attract and collect insects using UV light, the insect trap comprising: a main body; an insect filter disposed on the main body and allowing insects to pass therethrough; a motor disposed below the insect filter; an air collector disposed at the lower side of the main body; a suction fan disposed under the motor and rotated by the motor; a plate-shaped UV LED installation unit disposed above the insect filter and provided with a UV LED module; a buttress supporting the UV LED installation unit above the main body while separating the UV LED installation unit above the main body so as to allow insects to be suctioned into a space between the main body and the UV LED installation unit; and an insect collector disposed under the main body and collecting insects; wherein the air collector having a conical shape, the diameter of which gradually decreases away from the suction fan, wherein the insect filter has a lattice shape including a plurality of insect passage openings selectively allowing insects to pass therethrough, characterized in that each of the insect passage openings has an area of 100 mm2 to 225 mm2, thus preventing insects having a larger volume than mosquitoes from passing through the insect passage openings. a main body; an insect filter disposed on the main body and allowing insects to pass therethrough; a motor disposed below the insect filter; an air collector disposed at the lower side of the main body; a suction fan disposed under the motor and rotated by the motor; a plate-shaped UV LED installation unit disposed above the insect filter and provided with a UV LED module; a buttress supporting the UV LED installation unit above the main body while separating the UV LED installation unit above the main body so as to allow insects to be suctioned into a space between the main body and the UV LED installation unit; and an insect collector disposed under the main body and collecting insects; wherein the air collector having a conical shape, the diameter of which gradually decreases away from the suction fan, wherein the insect filter has a lattice shape including a plurality of insect passage openings selectively allowing insects to pass therethrough, characterized in that each of the insect passage openings has an area of 100 mm2 to 225 mm2, thus preventing insects having a larger volume than mosquitoes from passing through the insect passage openings.
An implantable medical device comprising: a body member having a surface, and a lubricious one-part hydrophilic coating applied to at least a portion of the surface, the coating comprising: a heterochelic component having a first reactive group and a second reactive group, the first reactive group reactive with at least a portion of the surface and the second reactive group non-reactive with the portion of the surface with which the first reactive group is reactive; a homotelechelic polymer reactive with the second reactive group of the heterochelic hydrophilic component; and a biocompatible initiator, wherein the heterochelic component is crosslinked with the homotelechelic polymer. a body member having a surface, and a lubricious one-part hydrophilic coating applied to at least a portion of the surface, the coating comprising: a heterochelic component having a first reactive group and a second reactive group, the first reactive group reactive with at least a portion of the surface and the second reactive group non-reactive with the portion of the surface with which the first reactive group is reactive; a homotelechelic polymer reactive with the second reactive group of the heterochelic hydrophilic component; and a biocompatible initiator, wherein the heterochelic component is crosslinked with the homotelechelic polymer. a heterochelic component having a first reactive group and a second reactive group, the first reactive group reactive with at least a portion of the surface and the second reactive group non-reactive with the portion of the surface with which the first reactive group is reactive; a homotelechelic polymer reactive with the second reactive group of the heterochelic hydrophilic component; and a biocompatible initiator, wherein the heterochelic component is crosslinked with the homotelechelic polymer.
A needle (20,30) for a surgical instrument for removal of diseased or unwanted tissue, the needle comprising a hollow elongate needle body having a needle tip at a distal end for cutting tissue, characterised in that the needle tip is flared in one plane to produce an elliptical tip mouth in a plane orthogonal to a longitudinal axis of the needle body, the tip mouth having a major axis larger than an outer diameter of the needle body and a minor axis smaller than the major axis so as to form a shallow curved "spade-shaped" tip.
A method for providing adaptive control of the flow of a plurality of ejector valves (12a-e) arranged in an array in a sorting machine, the method comprising the steps of: measuring a temporal response curve for each ejector valve (12a-e); comparing the measured temporal response curve for each ejector valve (12a-e) to a library set of previously stored temporal response curves; determining from the comparison a predicted flow for each ejector valve (12a-e); and adapting a drive signal for each ejector valve (12a-e) in dependence on the predicted flow. measuring a temporal response curve for each ejector valve (12a-e); comparing the measured temporal response curve for each ejector valve (12a-e) to a library set of previously stored temporal response curves; determining from the comparison a predicted flow for each ejector valve (12a-e); and adapting a drive signal for each ejector valve (12a-e) in dependence on the predicted flow.