mhurhangee/patent-ind-claim-en huggingface dataset:
A deflector system for a trommel screen machine, comprising: a deflector body hingedly attached to a trommel screen frame , the trommel screen frame being attached to a rotary trommel screen having an inlet end and an outlet end, wherein the rotatory trommel screen is rotatably attached to rotary trommel screen frame ; a conveyor movable with respect to the trommel screen frame , the conveyor having a stowed position and an operating position; and an automatic linkage pivotably attached to the deflector body and to the conveyor , wherein the linkage moves the deflector body when the conveyor moves between the stowed position and the operating position; characterized in that the deflector body and the conveyor are positioned at the outlet end of the rotary trommel screen . a deflector body hingedly attached to a trommel screen frame , the trommel screen frame being attached to a rotary trommel screen having an inlet end and an outlet end, wherein the rotatory trommel screen is rotatably attached to rotary trommel screen frame ; a conveyor movable with respect to the trommel screen frame , the conveyor having a stowed position and an operating position; and an automatic linkage pivotably attached to the deflector body and to the conveyor , wherein the linkage moves the deflector body when the conveyor moves between the stowed position and the operating position; characterized in that the deflector body and the conveyor are positioned at the outlet end of the rotary trommel screen .
A method, performed in a wireless device , of determining radio coverage of at least one small cell base station in a wireless communications network, the method comprising the steps of: receiving (S1) an indication to initiate determination of radio coverage of the small cell base station; receiving (S1c) at least one predefined path, along which radio condition measurements are to be performed; - obtaining (S2) radio condition measurements as the wireless device moves along the at least one predefined path, wherein a respective first time value is associated to each radio condition measurement; - obtaining (S3) position estimates defining the position of the wireless device performing the radio condition measurements as the wireless device moves along the at least one predefined path, wherein a respective second time value is associated to each position estimate; and - determining (S4a) radio coverage by correlating each radio condition measurement to one of the obtained position estimates using the first and second time values. receiving (S1) an indication to initiate determination of radio coverage of the small cell base station; receiving (S1c) at least one predefined path, along which radio condition measurements are to be performed; - obtaining (S2) radio condition measurements as the wireless device moves along the at least one predefined path, wherein a respective first time value is associated to each radio condition measurement; - obtaining (S3) position estimates defining the position of the wireless device performing the radio condition measurements as the wireless device moves along the at least one predefined path, wherein a respective second time value is associated to each position estimate; and - determining (S4a) radio coverage by correlating each radio condition measurement to one of the obtained position estimates using the first and second time values. - obtaining (S2) radio condition measurements as the wireless device moves along the at least one predefined path, wherein a respective first time value is associated to each radio condition measurement; - obtaining (S3) position estimates defining the position of the wireless device performing the radio condition measurements as the wireless device moves along the at least one predefined path, wherein a respective second time value is associated to each position estimate; and - determining (S4a) radio coverage by correlating each radio condition measurement to one of the obtained position estimates using the first and second time values.
A modified lipopolysaccharide (S-LPS) of endotoxic bacteria, wherein said modified lipopolysaccharide is free of lipopolysaccharides containing lipid A having five acyl residues or six acyl residues, comprising: a) O-specific polysaccharide antigen consisting of one or more repeating units; b) core oligosaccharide; and c) either (i) fully O-deacylated lipid A containing two acyl residues; or (ii) partially O-deacylated lipid A containing three or four acyl residues. a) O-specific polysaccharide antigen consisting of one or more repeating units; b) core oligosaccharide; and c) either (i) fully O-deacylated lipid A containing two acyl residues; or (ii) partially O-deacylated lipid A containing three or four acyl residues. (i) fully O-deacylated lipid A containing two acyl residues; or (ii) partially O-deacylated lipid A containing three or four acyl residues.
Molybdenum-silicon-boron alloy consisting of the composition Mo-(x)Si-(y)B-(z)Zr, where x = 13at% to 18at%, y = 8at% to 12at%, and z = 0.5at% to 2at% of zirconium (Zr). x = 13at% to 18at%, y = 8at% to 12at%, and z = 0.5at% to 2at% of zirconium (Zr).
An imaging system configured to generate an image frame comprising: a camera unit having an image sensor , a light detector unit , and a camera controller unit ; a light source configured to switch between transmitting white light (WL) and colored light (CL) during a predetermined period of a blanking region during image frame formation, wherein the light detector unit is positioned so as to detect the presence of electromagnetic radiation transmitted from the light source and is configured to detect an actual time the light source is switched and to transmit the actual time to the camera controller unit, wherein the camera controller unit is configured to process the actual time the light source is switched with an ideal time for the light source to be switched to determine if a switch is made outside of the predetermined period of the blanking region during image frame formation, the ideal time corresponding to a timing of the image sensor; and a synchronization unit configured to synchronize the switch between transmitting white light and colored light with the operation of the camera sensor if the switch is made outside the predetermined period. a camera unit having an image sensor , a light detector unit , and a camera controller unit ; a light source configured to switch between transmitting white light (WL) and colored light (CL) during a predetermined period of a blanking region during image frame formation, wherein the light detector unit is positioned so as to detect the presence of electromagnetic radiation transmitted from the light source and is configured to detect an actual time the light source is switched and to transmit the actual time to the camera controller unit, wherein the camera controller unit is configured to process the actual time the light source is switched with an ideal time for the light source to be switched to determine if a switch is made outside of the predetermined period of the blanking region during image frame formation, the ideal time corresponding to a timing of the image sensor; and a synchronization unit configured to synchronize the switch between transmitting white light and colored light with the operation of the camera sensor if the switch is made outside the predetermined period.
Device for unlocking an openable body section comprising: - a locking means prestressed in a closed position, - a control means having a compartment , - a cable connected to the locking means and passing through the compartment of the control means , the locking means being mounted such that it can move on the openable body section between a closed position and an open position respectively allowing the openable body section to be held closed or to be unlocked, characterised in that it further includes a guide means , in that the control means is mounted such that it can move by sliding on said guide means according to a first predefined trajectory between a point A and a point B, and in that the compartment is mounted such that it can move by a separate movement of sliding according to a trajectory parallel to the first trajectory, between a rest position and an actuated position, said rest position holding the cable substantially taut and said actuated position being capable of exerting tensile stress on the cable driving the passage of the locking means from the closed position to the open position independently of the location of said control means between the points A and B. - a locking means prestressed in a closed position, - a control means having a compartment , - a cable connected to the locking means and passing through the compartment of the control means ,
A lighting module configured for the electrical connection to a conductive support comprising a plurality of conductive tracks extending along a longitudinal direction (A) and spaced apart along a transverse direction (B), comprising: - a base , - at least one electrically powered light radiation source carried by said base , - a plurality of lamina electrical contacts (32', 32") connected to said source of light radiation and having respective proximal ends (34', 34") fixed to said base and respective distal ends (36', 36") elastically pressed against one face of said base , wherein said lamina electrical contacts (32', 32") are parallel and spaced apart along a longitudinal direction (A), wherein the distal ends (36', 36") of said lamina electrical contacts (32', 32") have respective contact areas (38', 38"), and wherein said contact areas (38', 38") are offset from each other in a transverse direction (B) orthogonal to said longitudinal direction (A). - a base , - at least one electrically powered light radiation source carried by said base , - a plurality of lamina electrical contacts (32', 32") connected to said source of light radiation and having respective proximal ends (34', 34") fixed to said base and respective distal ends (36', 36") elastically pressed against one face of said base , wherein said lamina electrical contacts (32', 32") are parallel and spaced apart along a longitudinal direction (A), wherein the distal ends (36', 36") of said lamina electrical contacts (32', 32") have respective contact areas (38', 38"), and wherein said contact areas (38', 38") are offset from each other in a transverse direction (B) orthogonal to said longitudinal direction (A).
A strut provided in an exhaust diffuser and having an airfoil-shaped cross-section, the strut comprising: a cut portion formed in a trailing edge of the strut in a span direction, wherein the cut portion provides a stepped portion in at least a portion of the trailing edge ; wherein the cut portion begins from a radial external end of the strut ; characterized in that ribs are provided along both boundaries between the cut portion and a wing-shaped surface of the airfoil, respectively. a cut portion formed in a trailing edge of the strut in a span direction, wherein the cut portion provides a stepped portion in at least a portion of the trailing edge ; wherein the cut portion begins from a radial external end of the strut ;
A system for accelerated absorption and desorption of CO 2 comprising an absorber for absorbing CO 2 from a gas stream by use of absorption liquid and a desorber for desorbing CO 2 from CO 2 rich absorption liquid, characterized in that the absorber comprises a rotatable main cylinder having an absorption section provided with rotatable means for disintegration of droplets of absorption liquid and means for rotating the absorber, such that absorption liquid droplets are moved by aid of centrifugal force in a cross flow-direction in relation to the gas stream , so that the direction of the flow of absorption liquid droplets is substantially orthogonal to the direction of the flow of the gas stream , and being atomized by the means for disintegration of droplets whereby CO 2 is absorbed from the gas stream by the absorption liquid droplets, the desorber is connected to the absorber to receive CO 2 rich absorption liquid, the desorber is rotatable and comprises a desorption chamber provided with a rotatable heat exchanger and means for rotating the desorber, such that the absorption liquid droplets are moved by aid of centrifugal force through the heat exchanger whereby the absorption liquid droplets are heated and CO 2 is desorbed and separated from the absorption liquid droplets, and lean absorption liquid is circulated to the absorber .
A method for assessing a state of fouling of a reverse osmosis system, the method comprising a) deriving a plurality of impedance values from a low frequency region in the range from 0.01 Hz to 10 Hz of an electrical impedance spectrum of a reverse osmosis membrane comprised in the reverse osmosis system, wherein deriving the plurality of impedance values comprises (i) applying alternating current of various frequencies in the range from 0.01 Hz to 10 Hz to the reverse osmosis system comprising the reverse osmosis membrane operating at a suitable membrane flux; (ii) determining a frequency dependent impedance value of the reverse osmosis membrane at each of the frequencies to form an electrical impedance spectrum; (iii) determining an impedance value by fitting the electrical impedance spectrum to a Maxwell-Wagner model; and repeating steps (i) to (iii) for additional cycles, whereby each of the additional cycles is carried out at a different membrane flux, to generate further impedance values of the reverse osmosis membrane, wherein the impedance value is a value selected from the group consisting of admittance, impedance, resistance, and conductance, and b) determining a state of fouling of the reverse osmosis system based on the plurality of derived impedance values, wherein determining the state of fouling comprises determining a critical flux, wherein determining the critical flux comprises plotting the plurality of impedance values as a function of membrane flux to generate a curve, and determining the membrane flux at a point of reversal of the slope of the curve. a) deriving a plurality of impedance values from a low frequency region in the range from 0.01 Hz to 10 Hz of an electrical impedance spectrum of a reverse osmosis membrane comprised in the reverse osmosis system, wherein deriving the plurality of impedance values comprises (i) applying alternating current of various frequencies in the range from 0.01 Hz to 10 Hz to the reverse osmosis system comprising the reverse osmosis membrane operating at a suitable membrane flux; (ii) determining a frequency dependent impedance value of the reverse osmosis membrane at each of the frequencies to form an electrical impedance spectrum; (iii) determining an impedance value by fitting the electrical impedance spectrum to a Maxwell-Wagner model; and repeating steps (i) to (iii) for additional cycles, whereby each of the additional cycles is carried out at a different membrane flux, to generate further impedance values of the reverse osmosis membrane, wherein the impedance value is a value selected from the group consisting of admittance, impedance, resistance, and conductance, and b) determining a state of fouling of the reverse osmosis system based on the plurality of derived impedance values, wherein determining the state of fouling comprises determining a critical flux, wherein determining the critical flux comprises plotting the plurality of impedance values as a function of membrane flux to generate a curve, and determining the membrane flux at a point of reversal of the slope of the curve.
An end effector device comprising: a housing having an opening ; a first gripper ; and a second gripper ; wherein the first gripper includes a first finger and a second finger facing each other and configured to open and close, the second gripper includes a third finger and a fourth finger facing each other and configured to open and close in a direction intersecting the first gripper, the first finger, the second finger, the third finger, and the fourth finger each protrude from the opening, a maximum distance between the first finger and the second finger is shorter than a maximum distance between the third finger and the fourth finger, the first finger and the second finger each have first side surfaces formed in an elongated pentagonal shape and a work contact surface bounded by the first side surfaces, and the third finger and the fourth finger each have gently bent second side surfaces formed in an S-shape and an inwardly sloping surface bounded by the second side surfaces. a housing having an opening ; a first gripper ; and a second gripper ; wherein the first gripper includes a first finger and a second finger facing each other and configured to open and close, the second gripper includes a third finger and a fourth finger facing each other and configured to open and close in a direction intersecting the first gripper, the first finger, the second finger, the third finger, and the fourth finger each protrude from the opening, a maximum distance between the first finger and the second finger is shorter than a maximum distance between the third finger and the fourth finger, the first finger and the second finger each have first side surfaces formed in an elongated pentagonal shape and a work contact surface bounded by the first side surfaces, and the third finger and the fourth finger each have gently bent second side surfaces formed in an S-shape and an inwardly sloping surface bounded by the second side surfaces.
An ear piece adapted for insertion into the ear canal of a user, and to provide acoustic insulation between the inner part of the ear canal and the surroundings, the ear piece comprising an ear tip with a stem and a shroud , the stem defining a sound conduit leading to a sound output opening of the ear tip , and the shroud having a generally ball-shaped hollow bulb made of soft resilient material, the shroud having an axis generally along the intended direction of insertion into the ear canal, the sound output opening , a generally round first end zone with a smooth outer surface, a general round second end zone with a smooth outer surface opposite a medial surface zone, and a mid zone intermediate to the first end zone and the second end zone, characterised in that the mid zone is adapted by appropriate structural design for being softer to compression by the contact with ear canal wall than is the case with the first end zone and the second end zone in that the mid zone comprises a wall with pleats extending generally parallel to the axis.
Method for forming plastic preforms into plastic containers , wherein at least one and preferably a plurality of forming stations for forming the plastic preforms into the plastic containers is arranged on a movable carrier and these forming stations are moved along a predetermined transport path at least temporarily during the forming process, wherein the forming stations in each case having blow mould arrangements , wherein blow mould parts of these blow mould arrangements being moved for opening and closing the blow mould arrangements , and in a closed state of the blow mould arrangement in a cavity formed by the blow mould parts the plastic preforms are formed into the plastic containers by being acted upon by a flowable medium, wherein at least temporarily a value characteristic of the forming station and/or of the blow mould arrangement being measured by means of a measuring device , wherein the measurement is carried out by means of a measuring device not arranged on the blow mould arrangement , characterised in that the measuring device is aligned at least temporarily with a region of the blow mould arrangement . the measurement is carried out by means of a measuring device not arranged on the blow mould arrangement , characterised in that the measuring device is aligned at least temporarily with a region of the blow mould arrangement .
A method for promoting creep deformation of shale surrounding a well casing characterized in that the method comprises the step of introducing a lithium-based product into an annulus between said shale and said well casing, whereby said lithium-based product promotes the creep deformation of the shale.
Copolymer of ethylene and of isoprene, which copolymer comprises from 10 to 35 mol% of isoprene units, at least 70% of which are in the 3,4 configuration and a portion of which is in the 1,2 configuration, which copolymer has a glass transition temperature of less than -35°C.
A door apparatus , comprising: an opening frame defining an opening ; and a door for operating between a first door position and a second door position, the door making contact with the opening frame when at the first door position, the door being separated from the opening frame when at the second door position, wherein a movable receiving portion operates so that the opening is larger when the door is at the second door position than when the door is at the first door position characterized in that the movable receiving portion is constituted by at least part of the opening frame . an opening frame defining an opening ; and a door for operating between a first door position and a second door position, the door making contact with the opening frame when at the first door position, the door being separated from the opening frame when at the second door position, wherein a movable receiving portion operates so that the opening is larger when the door is at the second door position than when the door is at the first door position characterized in that the movable receiving portion is constituted by at least part of the opening frame .
Semiconductor light source comprising a plurality of three-dimensional semiconductor sources (6 1 , 6 2 ) of submillimetric dimensions, wherein at least some three-dimensional semiconductor sources (6 1 ) are connected electrically to one another into a first set dedicated to an emission of a light beam substantially at a first wavelength, and other three-dimensional semiconductor sources (6 2 ) are connected electrically to one another into a second set dedicated to a reception of a light beam substantially at a second wavelength, the first set and the second set respectively forming an emission zone and a reception zone that are distinct, and wherein the three-dimensional semiconductor sources are on a same substrate.
A tooling mandrel for manufacturing a composite structure having a cavity , comprising: a mandrel body for a composite laminate cavity ; a fluid passage network formed within the mandrel body for passing a fluid medium through the mandrel body ; and the fluid passage network having a passage cross-sectional area shaped to promote thermal conductance between the fluid medium and the tooling mandrel and cause a change in a mandrel cross-sectional shape to facilitate removal of the tooling mandrel from the composite laminate cavity ; and wherein: the fluid passage network includes at least two primary flow passages configured for the fluid medium in one of the primary flow passages to flow along a direction opposite the fluid medium in another one of the primary flow passages . a mandrel body for a composite laminate cavity ; a fluid passage network formed within the mandrel body for passing a fluid medium through the mandrel body ; and the fluid passage network having a passage cross-sectional area shaped to promote thermal conductance between the fluid medium and the tooling mandrel and cause a change in a mandrel cross-sectional shape to facilitate removal of the tooling mandrel from the composite laminate cavity ; and wherein: the fluid passage network includes at least two primary flow passages configured for the fluid medium in one of the primary flow passages to flow along a direction opposite the fluid medium in another one of the primary flow passages .