mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting a relapse of a lung adenocarcinoma in an individual, the method comprising a) measuring in a sample obtained from the individual the amount or concentration of the marker molecules HE4 and CYFRA 21-1, and b) detecting relapse by comparing the combined value for the markers determined in step (a) to the combined value as established in a control, wherein an increased combined value relative to the control is indicative of the relapse. a) measuring in a sample obtained from the individual the amount or concentration of the marker molecules HE4 and CYFRA 21-1, and b) detecting relapse by comparing the combined value for the markers determined in step (a) to the combined value as established in a control, wherein an increased combined value relative to the control is indicative of the relapse.
A filter device comprising a filter candle for fastening and sealing fitter fabrics and membrane tubes on a fitter candle, consisting of a central tube, around which a number of perforated support tubes is situated, caracterized in that fastenings between the filter fabric on the membrane tube and the support tube are provided by means of clamping rings,, in the upper part of the filter candle and clamping rings,, in the lower part of the filter candle, and so there are no protruding parts which impede the filter cake as it drops after the end of filtration.
A battery apparatus comprising: a case having a width, thickness and length; a battery cell housed in the inside of the case; a battery-side terminal disposed at an end surface of the case in a length direction and electrically connected to the battery cell; a convex portion formed on said end surface, said convex portion projecting in a length direction from said end surface of the case, linearly extending in a width direction along said end surface of the case at a portion apart in a thickness direction from the battery-side terminal, and being formed at a portion corresponding to the battery-side terminal and in a length having a greater dimension than a length of a portion at which at least electrodes of the battery-side terminal are disposed; and guide grooves extending in the length direction are formed at portions of the case on both sides in the width direction for positioning the position of the case in the thickness direction within the battery housing chamber by engaging with projections disposed at the battery housing chamber, wherein, when the battery apparatus is inserted into a battery housing chamber of an electronic equipment in the direction of the length, the battery-side terminal is adopted to make connection with a housing chamber-side terminal of the battery housing chamber. a case having a width, thickness and length; a battery cell housed in the inside of the case; a battery-side terminal disposed at an end surface of the case in a length direction and electrically connected to the battery cell; a convex portion formed on said end surface, said convex portion projecting in a length direction from said end surface of the case, linearly extending in a width direction along said end surface of the case at a portion apart in a thickness direction from the battery-side terminal, and being formed at a portion corresponding to the battery-side terminal and in a length having a greater dimension than a length of a portion at which at least electrodes of the battery-side terminal are disposed; and projecting in a length direction from said end surface of the case, linearly extending in a width direction along said end surface of the case at a portion apart in a thickness direction from the battery-side terminal, and being formed at a portion corresponding to the battery-side terminal and in a length having a greater dimension than a length of a portion at which at least electrodes of the battery-side terminal are disposed; and guide grooves extending in the length direction are formed at portions of the case on both sides in the width direction for positioning the position of the case in the thickness direction within the battery housing chamber by engaging with projections disposed at the battery housing chamber, wherein, when the battery apparatus is inserted into a battery housing chamber of an electronic equipment in the direction of the length, the battery-side terminal is adopted to make connection with a housing chamber-side terminal of the battery housing chamber.
A detector comprising: a passive infra-red sensor configured to detect the presence of a person within the detection field of the sensor; and a clip configured to attach the detector to an existing light fitting with the sensor arranged such that its detection field covers at least partially the area illuminated by the light fitting, wherein the clip comprises an elongate member having a distal end and a proximal end, the clip further comprising at least one opposing member mounted at the distal end of the elongate member characterised in that the clip is arranged to clamp a portion of a light fitting between the elongate member and the opposing member(s) and the sensor is provided within a housing, wherein the housing is slidably mounted to the elongate member. a passive infra-red sensor configured to detect the presence of a person within the detection field of the sensor; and a clip configured to attach the detector to an existing light fitting with the sensor arranged such that its detection field covers at least partially the area illuminated by the light fitting, wherein the clip comprises an elongate member having a distal end and a proximal end, the clip further comprising at least one opposing member mounted at the distal end of the elongate member characterised in that the clip is arranged to clamp a portion of a light fitting between the elongate member and the opposing member(s) and the sensor is provided within a housing, wherein the housing is slidably mounted to the elongate member.
A combination of a covering device of an axle box, an axle box and an axle, the covering device thereof being adapted and configured to be coupled to the axle box so as to define an inner compartment between the axle box and the covering device, wherein the covering device comprises an electric generator housed in the inner compartment and adapted to produce electrical power by converting part of the rotational kinetic energy of the axle, wherein the electric generator comprises a stator and a rotor (300a, 300b), characterized in that: - the rotor (300a, 300b) comprises a first portion and a second portion between which the stator is axially interposed; and - each of the two rotor portions (300a, 300b) comprises a rotor flange and a rotor ring of a ferromagnetic material above which a plurality of permanent magnets is positioned; - the rotor (300a, 300b) comprises a plastic material template, that allows to obtain a desired positioning of the permanent magnets on the rotor ring and successively allows to fix the entire assembly to the rotor flange. - the rotor (300a, 300b) comprises a first portion and a second portion between which the stator is axially interposed; and - each of the two rotor portions (300a, 300b) comprises a rotor flange and a rotor ring of a ferromagnetic material above which a plurality of permanent magnets is positioned; - the rotor (300a, 300b) comprises a plastic material template, that allows to obtain a desired positioning of the permanent magnets on the rotor ring and successively allows to fix the entire assembly to the rotor flange.
A method for manufacturing a liquid jetting apparatus including: a flow passage formation portion in which a pressure chamber is formed to communicate with a nozzle; and a piezoelectric actuator having a vibration film provided on the flow passage formation portion to cover the pressure chamber, a piezoelectric film arranged on the vibration film to correspond to the pressure chamber, a first electrode arranged on a surface of the piezoelectric film on a side near to the vibration film, a second electrode arranged on another surface of the piezoelectric film on a side far from the vibration film, and a wire for connection with a drive contact portion, the wire being connected to the second electrode, the method comprising: a wire formation step of forming the wire so that a part of the wire overlaps with the piezoelectric film; and an electrode formation step of forming the second electrode, after the wire formation step, on another surface of the piezoelectric film on the side far from the vibration film so as to be in electrical conduction with the wire. a wire formation step of forming the wire so that a part of the wire overlaps with the piezoelectric film; and an electrode formation step of forming the second electrode, after the wire formation step, on another surface of the piezoelectric film on the side far from the vibration film so as to be in electrical conduction with the wire.
A high power fiber laser system (25, 35, 45), including at least one high power ultra-bright and low noise pump source comprising: at least one multimode seed source generating a low-noise MM signal light at a wavelength λp; a plurality of high power ("HP") semiconductor laser diodes combined together to radiate sub-pump MM emission at a sub-pump wavelength λsp; and an Yb-doped MM fiber wavelength converter of the sub-pump emission at the sub-pump wavelength λsp to a MM pump output at the wavelength λp, the pump output having: a noise level of at most 0.1 % r.m.s. substantially identical to that these of the low-noise signal light, a brightness ("B") substantially equal to nxB, wherein n is the number of HP semiconductor laser diodes, and B is brightness of each HP laser diode, and an output power ("Po") proportional to to nxPd, wherein Pd is a power of each HP laser diode, and n is the number thereof; the high power fiber laser system further comprising an Yb gain block (100, 24, 40, 44) end-pumped or side-pumped by the MM pump output. at least one multimode seed source generating a low-noise MM signal light at a wavelength λp; a plurality of high power ("HP") semiconductor laser diodes combined together to radiate sub-pump MM emission at a sub-pump wavelength λsp; and an Yb-doped MM fiber wavelength converter of the sub-pump emission at the sub-pump wavelength λsp to a MM pump output at the wavelength λp, the pump output having: a noise level of at most 0.1 % r.m.s. substantially identical to that these of the low-noise signal light, a brightness ("B") substantially equal to nxB, wherein n is the number of HP semiconductor laser diodes, and B is brightness of each HP laser diode, and an output power ("Po") proportional to to nxPd, wherein Pd is a power of each HP laser diode, and n is the number thereof; the high power fiber laser system further comprising an Yb gain block (100, 24, 40, 44) end-pumped or side-pumped by the MM pump output. a noise level of at most 0.1 % r.m.s. substantially identical to that these of the low-noise signal light, a brightness ("B") substantially equal to nxB, wherein n is the number of HP semiconductor laser diodes, and B is brightness of each HP laser diode, and an output power ("Po") proportional to to nxPd, wherein Pd is a power of each HP laser diode, and n is the number thereof; the high power fiber laser system further comprising an Yb gain block (100, 24, 40, 44) end-pumped or side-pumped by the MM pump output.
A device for producing vacuum using the Venturi effect comprising: a housing defining a suction chamber, a motive passageway converging toward the suction chamber and in fluid communication therewith, a discharge passageway diverging from the suction chamber and in fluid communication therewith, and a suction passageway in fluid communication with the suction chamber; wherein the discharge passageway has an inlet end defining a discharge entrance and an outlet end defining a discharge exit and the discharge passageway diverges from the discharge entrance to the discharge exit; wherein the motive passageway has a single entrance and a plurality of motive exits, and subdivides downstream of the single entrance into a plurality of subpassageways; wherein the motive exits exit into the suction chamber as separate and distinct motive exits and are generally aligned with and spaced apart from a discharge entrance of the discharge passageway to define a Venturi gap; and wherein each one of the subpassageways converges toward one of the plurality of motive exits with a minimum cross-section area abutted to the Venturi gap. a housing defining a suction chamber, a motive passageway converging toward the suction chamber and in fluid communication therewith, a discharge passageway diverging from the suction chamber and in fluid communication therewith, and a suction passageway in fluid communication with the suction chamber; wherein the discharge passageway has an inlet end defining a discharge entrance and an outlet end defining a discharge exit and the discharge passageway diverges from the discharge entrance to the discharge exit; wherein the motive passageway has a single entrance and a plurality of motive exits, and subdivides downstream of the single entrance into a plurality of subpassageways; wherein the motive exits exit into the suction chamber as separate and distinct motive exits and are generally aligned with and spaced apart from a discharge entrance of the discharge passageway to define a Venturi gap; and wherein each one of the subpassageways converges toward one of the plurality of motive exits with a minimum cross-section area abutted to the Venturi gap.
A blind equalizer apparatus, comprising: a decision-directed, DD, least mean squares, LMS, blind equalizer adapted to equalize minimum shift keying, MSK, signals in a single carrier channel, wherein the blind equalizer is configured to: use a finite impulse response filter with tap weights that are adaptively updated using a filter tap update algorithm, carry out blind equalization of one of an in-phase, I, channel and a quadrature, Q, channel by maximizing the Euclidean distance of binary modulated waveforms; average a block of symbols to compute an independent phase estimate for a block; compute an error variable for the block from the phase estimate for the block; use the phase estimate and alternating in-phase/quadrature, I/Q, one dimensional/binary slicing to make a hard decision, and use the hard decision to derive the error variable which is used to update the filter tap weights. use a finite impulse response filter with tap weights that are adaptively updated using a filter tap update algorithm, carry out blind equalization of one of an in-phase, I, channel and a quadrature, Q, channel by maximizing the Euclidean distance of binary modulated waveforms; average a block of symbols to compute an independent phase estimate for a block; compute an error variable for the block from the phase estimate for the block; use the phase estimate and alternating in-phase/quadrature, I/Q, one dimensional/binary slicing to make a hard decision, and use the hard decision to derive the error variable which is used to update the filter tap weights.
A polymer surface being coated at least partly with a coating composition consisting of a homogenous solution comprising substantially only one phase comprising at least one oil and at least one emulsifier, wherein the HLB-value of said emulsifier is above 5 and said emulsifier is present in an amount of 0.1-10 wt% of the coating composition, and wherein said polymer is a polyester or a polyolefin.
An assembly comprising a plane unit structure for fastening a rectangular display plane unit to a housing (4, 6) at three positions of the display plane unit, being left and right side edges and an upper central edge of the display plane unit, a rectangular display plane unit and a housing (4, 6), the plane unit structure comprising side fixing members, an upper center fixing member and sheets; wherein: the side fixing members are fixed to lower areas of left and right edge surfaces of the plane unit, respectively, with screws; the side fixing members are fixed to the housing with screws; the upper center fixing member fixed to the housing has claws, and the sheets are fixed to the housing such that the plane unit is sandwiched between the claws which are in contact with a front surface of the upper central edge of the plane unit and the sheets which are in contact with a back surface of the upper central edge of the plane unit; the side fixing members are L-shaped members each comprising a strip portion, the strip portions extending to approximately 1/3 to 1/2 of the lower areas of the left and right edge surfaces of the plane unit, respectively; and the side fixing members each comprise a flat proximal end portion which is part of its strip portion, the flat proximal end portions exceeding the lower end of the left and right edge surfaces, respectively, and bending from their strip portions at a right angle. the side fixing members are fixed to lower areas of left and right edge surfaces of the plane unit, respectively, with screws; the side fixing members are fixed to the housing with screws; the upper center fixing member fixed to the housing has claws, and the sheets are fixed to the housing such that the plane unit is sandwiched between the claws which are in contact with a front surface of the upper central edge of the plane unit and the sheets which are in contact with a back surface of the upper central edge of the plane unit; the side fixing members are L-shaped members each comprising a strip portion, the strip portions extending to approximately 1/3 to 1/2 of the lower areas of the left and right edge surfaces of the plane unit, respectively; and the side fixing members each comprise a flat proximal end portion which is part of its strip portion, the flat proximal end portions exceeding the lower end of the left and right edge surfaces, respectively, and bending from their strip portions at a right angle.
A method for authentication in a device to device discovery, using a Proximity Service, ProSe, the method being performed by a Discoverer device, comprising: broadcasting a direct discovery request; receiving a direct discovery response from a Discoveree device, the direct discovery response comprising a first token; wherein the first token is generated by a ProSe-function in a network node, obtaining a determination of whether the first token was generated for the Discoveree device or not, wherein the determination comprises comparing the first token to a second token of the Discoverer device and wherein at least one of the direct discovery response and the direct discovery request comprises at least two broadcasted identifiers, one of which is encrypted. broadcasting a direct discovery request; receiving a direct discovery response from a Discoveree device, the direct discovery response comprising a first token; wherein the first token is generated by a ProSe-function in a network node, obtaining a determination of whether the first token was generated for the Discoveree device or not, wherein the determination comprises comparing the first token to a second token of the Discoverer device and wherein at least one of the direct discovery response and the direct discovery request comprises at least two broadcasted identifiers, one of which is encrypted.
A protective shroud for a dive watch comprising a transparent lenticular element configured to enlarge the image that appears on a dial of the watch and a flange which extends around said lenticular element, characterised in that said flange comprises two slots for fixing a strap of the watch and a first pair of angular sectors (36, 37) diametrically opposite to said lenticular element configured to protect the edge of a case the watch, said protective shroud being made of elastic material.
A method for providing a mat containing aerogel, comprising the steps of: - immersing a ribbon of fabric in a solution containing aerogel in suspension, said solution comprising water and ethanol, - continuously drying said ribbon impregnated with the solution, - winding said dried ribbon containing aerogel onto a reel. - immersing a ribbon of fabric in a solution containing aerogel in suspension, said solution comprising water and ethanol, - continuously drying said ribbon impregnated with the solution, - winding said dried ribbon containing aerogel onto a reel.
An elevator governor comprising: a detector for detecting physical volume variations that accompany ascent and descent of an elevator car and for outputting a signal; and a first microcomputer having a first speed computation unit for computing speed of the car, based on the signal output from the detector, a first speed judging unit for judging whether or not the car speed computed by the first speed computation unit has exceeded a first speed level set in advance, and a second speed judging unit for judging whether or not the car speed computed by the first speed computation unit has exceeded a second speed level that is higher than the first speed level; wherein if the first speed judging unit judges that the car speed has exceeded the first speed level, electric supply to a hoisting winch for the car is suspended, and if the second speed judging unit judges that the car speed has exceeded the second speed level, the car is brought to an emergency stop. a detector for detecting physical volume variations that accompany ascent and descent of an elevator car and for outputting a signal; and a first microcomputer having a first speed computation unit for computing speed of the car, based on the signal output from the detector, a first speed judging unit for judging whether or not the car speed computed by the first speed computation unit has exceeded a first speed level set in advance, and a second speed judging unit for judging whether or not the car speed computed by the first speed computation unit has exceeded a second speed level that is higher than the first speed level; wherein if the first speed judging unit judges that the car speed has exceeded the first speed level, electric supply to a hoisting winch for the car is suspended, and if the second speed judging unit judges that the car speed has exceeded the second speed level, the car is brought to an emergency stop.