mhurhangee/patent-ind-claim-en huggingface dataset:
Use, in a fluid aqueous composition suitable for forming a coating on the surface of a substrate used in the building and construction industry, of at least one UCST-type phase-change polymer as an additive to reduce the drying time required to form said coating under ambient temperature conditions below the upper critical solution temperature, or UCST, value of the polymer in water.
An arthroplasty device comprising on one side a bearing region adapted to articulate with another bearing surface and on an adjacent side a bone-interfacing region adapted to interact with underlying bone, the bearing region is made from an interpenetrating polymer network hydrogel, the bone-interfacing region is made from a polymer that is integrated with the interpenetrating polymer network to form a transition zone between the bearing region and the bone-interfacing region, wherein the polymer of the bone-interfacing region is polyurethane, silicone rubber, or combinations thereof.
Spring band clip having a clip band and a positioning device for prepositioning the spring band clip on a hose end of a hose, wherein the positioning device has a support band , a contact region of which lies against an outer side of the clip band , and the support band has on one side, in an axial direction (A) with respect to the spring band clip , a positioner having a fixer arranged at the end of the support band and has at another end of the support band a retainer , wherein a web in the support band is formed between the contact region and the positioner , which web is oriented inwards in a radial direction (R) with respect to the spring band clip , and the support band has in the region of the positioner at least two regions , wherein the first region adjoins the web in the axial direction (A) away from the clip band and the second region substantially perpendicularly adjoins the first region , wherein at least one notch is provided in the region of the web , wherein the respective notch makes it possible to bend a clamping tab out from the support band in the direction of the clip band , characterized in that the clamping tab at least partially engages around the clip band in a radial direction (R).
Oscillator for a timepiece comprising, on a shaft , a balance , an escapement roller and a hairspring , the hairspring being mounted on the shaft via a collet , the shaft-balance-roller-collet assembly having a lack of equilibrium, wherein said lack of equilibrium and the geometry of the hairspring are such that a) the curves (S1-S4) representing the running of the oscillator owing to the weight of the hairspring as a function of the oscillation amplitude of the balance in at least four vertical positions of the oscillator spaced apart by 90° each pass through the value zero at an oscillation amplitude of the balance between 200° and 240°; b) between the oscillation amplitude of 150° and the oscillation amplitude of 280°, the curves (B1-B4) representing the running of the oscillator owing to the lack of equilibrium in the shaft-balance-roller-collet assembly as a function of the oscillation amplitude of the balance in said vertical positions of the oscillator each have an average slope of opposite sign to the average slope of the corresponding curve among said curves (S1-S4) representing the running of the oscillator owing to the weight of the hairspring, wherein the following inequality is satisfied: m bv ‖ OG bv → ‖ < m b ‖ OG b → ‖ where m bv is the mass of the shaft-balance-roller-collet assembly, O is the centre of rotation of this assembly in orthogonal projection in a plane that is perpendicular to the shaft , G bv is the centre of gravity of the shaft-balance-roller-collet assembly in orthogonal projection in said plane, m b is the mass of the shaft-balance-roller assembly and G b is the centre of gravity of the shaft-balance-roller assembly in orthogonal projection in said plane. a) the curves (S1-S4) representing the running of the oscillator owing to the weight of the hairspring as a function of the oscillation amplitude of the balance in at least four vertical positions of the oscillator spaced apart by 90° each pass through the value zero at an oscillation amplitude of the balance between 200° and 240°; b) between the oscillation amplitude of 150° and the oscillation amplitude of 280°, the curves (B1-B4) representing the running of the oscillator owing to the lack of equilibrium in the shaft-balance-roller-collet assembly as a function of the oscillation amplitude of the balance in said vertical positions of the oscillator each have an average slope of opposite sign to the average slope of the corresponding curve among said curves (S1-S4) representing the running of the oscillator owing to the weight of the hairspring,
A single shot inductor for an induction heat treatment of a workpiece comprising at least one group of closely spaced multiple eccentric cylindrical components arranged along a longitudinal axis of the workpiece, the single shot inductor being suitable for a single shot induction heat treatment of the at least one group of closely spaced multiple eccentric cylindrical components, the single shot inductor comprising an alternating sequential series of planar arcuate coil sections and axial coil sections , the alternating sequential series of planar arcuate coil sections and axial coil sections comprising a first planar arcuate coil section , a second planar arcuate coil section and a third planar arcuate coil section axially offset from each other along the length of a common coil sections longitudinal central axis (C) by a first and a second axial coil sections, and forming a single turn coil around the length of the common coil sections longitudinal central axis with the axial coil sections providing an axial offset distance between the planar arcuate coil sections where the alternating sequential series of planar arcuate coil sections are suitable for sequentially induction heat treat selected combinations of the at least one group of closely spaced multiple eccentric cylindrical components when the at least one group of closely spaced multiple eccentric cylindrical components is inserted in the single shot inductor and axially rotated through 360 degrees; the single shot inductor being characterized in that the first and the second axial coil sections are oriented parallel to the common coil sections longitudinal central axis and the first, the second and the third planar arcuate coils sections being oriented in planar cross section perpendicular to the common coil sections longitudinal central axis.
A lever assembly comprising a lever, for actuating a transmission park release mechanism of a vehicle, the lever being arranged for translating input force applied to an input of the lever into output force exerted at an output of the lever, wherein the input comprises an input formation for engaging a lever extension for enhancing a mechanical advantage of the lever, and the output comprises an output formation co-operable with a release element of a release mechanism; characterised in that the input of the lever further comprises a finger grip separate from the input formation.
A process for the preparation of a copper ion complex, the process comprising: (a) contacting copper in the form of particles having a bulk density of between 0.2 and 8.0 g/cm 3 with a chelating agent in solid form; and (b) while the copper is in contact with the chelating agent, contacting the copper and chelating agent with an oxidising agent, to form at least one copper ion complex, wherein the chelating agent is ethylenediaminetetraacetic acid (EDTA) or a salt thereof. (a) contacting copper in the form of particles having a bulk density of between 0.2 and 8.0 g/cm 3 with a chelating agent in solid form; and (b) while the copper is in contact with the chelating agent, contacting the copper and chelating agent with an oxidising agent, to form at least one copper ion complex,
A passenger conveyor skirt panel mounting assembly , comprising: a first bracket that is configured to be secured to a truss ; characterized by : a second bracket that is configured to support a skirt panel , the second bracket is configured to be selectively secured in place relative to the first bracket in a second bracket position that establishes a skirt panel position; and an eccentric adjustment member that is eccentrically moveable to cause an adjustment of the second bracket position. a first bracket that is configured to be secured to a truss ; a second bracket that is configured to support a skirt panel , the second bracket is configured to be selectively secured in place relative to the first bracket in a second bracket position that establishes a skirt panel position; and an eccentric adjustment member that is eccentrically moveable to cause an adjustment of the second bracket position.
An apparatus for forming a component for a hearing device, the component comprising an earpiece having a housing, the housing comprising a wall made from a first material , wherein the wall of the housing comprises a second material surrounded by the first material , the apparatus comprising: a mold having an interior cavity for containing the first material and the second material ; wherein the mold comprises a first port configured to receive the first material ; wherein the mold comprises a second port configured to receive the second material , and a first channel for directing the second material to within an interior cavity of the first material , wherein the interior cavity of the first material is formed by displacement of some of the first material after the first material is delivered inside the mold , said displacement being provided using a medium delivered into the first material prior to provision of the second material into the interior cavity of the first material . a mold having an interior cavity for containing the first material and the second material ; wherein the mold comprises a first port configured to receive the first material ; wherein the mold comprises a second port configured to receive the second material , and a first channel for directing the second material to within an interior cavity of the first material , wherein the interior cavity of the first material is formed by displacement of some of the first material after the first material is delivered inside the mold , said displacement being provided using a medium delivered into the first material prior to provision of the second material into the interior cavity of the first material .
A milling pick, in particular a round pick, having a pick head and a pick tip , consisting of a hard material, wherein the pick tip has an attachment area segment, which is used to connect it to the pick head , wherein the pick tip has a concave area , which extends in the direction of the central longitudinal axis (M) of the pick tip , and wherein the concave area has an elliptical contour, characterized in that the ellipse (E) generating the elliptical contour is arranged such that the semimajor of the ellipse (E) and the central longitudinal axis (M) of the pick tip form an acute angle (a).
A multi-functional surgical instrument, comprising: an elongate shaft extending between a proximal end and a distal end; a wrist extending from the distal end of the elongate shaft; an end effector extending from the wrist, the end effector comprising a first jaw and a second jaw , the first and second jaw being moveable between an open position in which ends of the jaws are separated from each other and a closed position in which the ends of the jaws are closer to each other as compared to the open position; and a tube extending through the elongate shaft and the wrist, wherein the tube has an outlet in fluid communication with a passage formed by an interior of the first and second jaws when the jaws are in the closed position, such that the tube is configured to act as a suction irrigation lumen when the first and second jaw are in the open position and when the first and second jaw are in the closed position, wherein each of the first and second jaw comprises a series of holes . an elongate shaft extending between a proximal end and a distal end; a wrist extending from the distal end of the elongate shaft; an end effector extending from the wrist, the end effector comprising a first jaw and a second jaw , the first and second jaw being moveable between an open position in which ends of the jaws are separated from each other and a closed position in which the ends of the jaws are closer to each other as compared to the open position; and a tube extending through the elongate shaft and the wrist, wherein the tube has an outlet in fluid communication with a passage formed by an interior of the first and second jaws when the jaws are in the closed position, such that the tube is configured to act as a suction irrigation lumen when the first and second jaw are in the open position and when the first and second jaw are in the closed position, wherein each of the first and second jaw comprises a series of holes .
A method for a detection of a nucleic acid methylation status in an automated system comprising an extraction chamber comprising an extraction membrane, said method comprising the steps of: - introducing a source of the nucleic acid into the automated system, adding bisulfite thereto and immediately followed by heating the source of the nucleic acid to produce a lysate comprising the nucleic acid and to deaminate an unmethylated cytosine base present in said nucleic acid; - adding binding buffer to the lysate to produce a binding buffer-and-lysate-solution; - binding the nucleic acid to the extraction membrane and removing the bisulfite by transporting the binding buffer-and-lysate-solution over the extraction membrane; - adding desulphonation buffer to the extraction chamber and transporting the desulphonation buffer over the extraction membrane to desulphonate the base deaminated in a previous step in the nucleic acid and to convert said base to an uracil base, - eluting the converted nucleic acid from the extraction membrane; and analyzing the converted nucleic acid. - introducing a source of the nucleic acid into the automated system, adding bisulfite thereto and immediately followed by heating the source of the nucleic acid to produce a lysate comprising the nucleic acid and to deaminate an unmethylated cytosine base present in said nucleic acid; - adding binding buffer to the lysate to produce a binding buffer-and-lysate-solution; - binding the nucleic acid to the extraction membrane and removing the bisulfite by transporting the binding buffer-and-lysate-solution over the extraction membrane; - adding desulphonation buffer to the extraction chamber and transporting the desulphonation buffer over the extraction membrane to desulphonate the base deaminated in a previous step in the nucleic acid and to convert said base to an uracil base, - eluting the converted nucleic acid from the extraction membrane; and
A data transmission method, the method comprises the following actions performed by a terminal: when determining that a measured value of a channel busy ratio, CBR, of at least one carrier in a first carrier set is lower than a threshold, determining a target carrier from the at least one carrier, and transmitting target data by using the target carrier; when determining that the measured value of the CBR of each carrier in the first carrier set is higher than the threshold, determining the target carrier from the first carrier set, and transmitting the target data by using the target carrier; wherein the first carrier set is a carrier set corresponding to a target service to which the target data belongs, and wherein the first carrier set is also a carrier set mapped to target data priority of the target data. when determining that a measured value of a channel busy ratio, CBR, of at least one carrier in a first carrier set is lower than a threshold, determining a target carrier from the at least one carrier, and transmitting target data by using the target carrier; when determining that the measured value of the CBR of each carrier in the first carrier set is higher than the threshold, determining the target carrier from the first carrier set, and transmitting the target data by using the target carrier; wherein the first carrier set is a carrier set corresponding to a target service to which the target data belongs, and wherein the first carrier set is also a carrier set mapped to target data priority of the target data.
A computer implemented method of determining when to replace a seal component of a seal assembly, the method comprising: obtaining (S301) an indication of an accumulation of acoustic emission energy emitted from the seal component over a period of time, wherein the indication is obtained by a sensor for sensing the acoustic emission energy emitted from the source of the acoustic emission energy; determining (S303) an estimate of remaining lifetime of the seal component based on the indication; and, either: modifying (S302) the indication by an attenuation function, wherein the attenuation function has a value which depends on the distance of the sensor from a source of acoustic emission energy; or, modifying the baseline acoustic emission energy by an attenuation function, wherein the attenuation function has a value which depends on the distance of the sensor from a source of acoustic emission energy. obtaining (S301) an indication of an accumulation of acoustic emission energy emitted from the seal component over a period of time, wherein the indication is obtained by a sensor for sensing the acoustic emission energy emitted from the source of the acoustic emission energy; determining (S303) an estimate of remaining lifetime of the seal component based on the indication; and, either: modifying (S302) the indication by an attenuation function, wherein the attenuation function has a value which depends on the distance of the sensor from a source of acoustic emission energy; or, modifying the baseline acoustic emission energy by an attenuation function, wherein the attenuation function has a value which depends on the distance of the sensor from a source of acoustic emission energy. modifying (S302) the indication by an attenuation function, wherein the attenuation function has a value which depends on the distance of the sensor from a source of acoustic emission energy; or, modifying the baseline acoustic emission energy by an attenuation function, wherein the attenuation function has a value which depends on the distance of the sensor from a source of acoustic emission energy.
A window structure comprising a window sash, a sealing strip and a division bar , wherein a glass run channel is arranged on the window sash, the sealing strip is arranged within the glass run channel, the division bar is connected with the window sash for dividing the window sash; the sealing strip comprises a sealing strip body provided with a first sealing lip (4-1) and the first sealing lip extends out of the glass run channel and is in seal fit with the top of the division bar, characterized in that the sealing strip body is also provided with a second sealing lip (4-2) arranged below the first sealing lip and the second sealing lip is closely attached to the inner surface of the division bar.
Joint prosthesis , the joint prosthesis being configured to allow for flexural movement, comprising a first component and a second component being connected via a ball-and-socket-joint, wherein the first component comprises two outward spherical sections , at least one of the outward spherical sections having a projection ; the ball-and-socket-joint comprises two gliding blocks each having an inward spherical section and at least one of the gliding blocks comprising a hole , the gliding blocks being attached to the second component, the outward spherical sections are in gliding engagement with the inward spherical sections of the gliding blocks so that the first component is movably attached to the second component; and the projection is inserted into the hole of one of the gliding blocks, characterized in that the joint prosthesis is further configured to allow for a defined varus-valgus movement, wherein an inner diameter of the hole is larger than an outer diameter of the projection so as to define the varus-valgus movement. the first component comprises two outward spherical sections , at least one of the outward spherical sections having a projection ; the ball-and-socket-joint comprises two gliding blocks each having an inward spherical section and at least one of the gliding blocks comprising a hole , the gliding blocks being attached to the second component, the outward spherical sections are in gliding engagement with the inward spherical sections of the gliding blocks so that the first component is movably attached to the second component; and the projection is inserted into the hole of one of the gliding blocks, characterized in that the joint prosthesis is further configured to allow for a defined varus-valgus movement, wherein an inner diameter of the hole is larger than an outer diameter of the projection so as to define the varus-valgus movement.
A register comprising: a retainer having a ventilation passage inside; and a louver including a plurality of juxtaposed fins provided turnably inside the ventilation passage to adjust an air blowing direction, wherein a serrated portion including a large number of juxtaposed serrations is formed on an edge portion on an upstream side of the fin , characterised in that J angle portions forming outlines of all of the serrations are roundly chamfered to form chamfered portions on the entire outlines. a retainer having a ventilation passage inside; and a louver including a plurality of juxtaposed fins provided turnably inside the ventilation passage to adjust an air blowing direction, wherein a serrated portion including a large number of juxtaposed serrations is formed on an edge portion on an upstream side of the fin , characterised in that J angle portions forming outlines of all of the serrations are roundly chamfered to form chamfered portions on the entire outlines.