mhurhangee/ep-ind-claims huggingface dataset:
A poly-ADP-ribose polymerase (PARP) inhibitor for use in the prevention and/or treatment of impaired skin wound healing in a subject, wherein the subject: (i) is a subject treated with at least one glucocorticoid, and/or (ii) is a subject to which a pharmaceutical, nutritional supplement or dietary supplement comprising ascorbic acid or a pharmaceutically acceptable salt thereof is administered, and/or (iii) is a subject treated with at least one protein growth factor. (i) is a subject treated with at least one glucocorticoid, and/or (ii) is a subject to which a pharmaceutical, nutritional supplement or dietary supplement comprising ascorbic acid or a pharmaceutically acceptable salt thereof is administered, and/or (iii) is a subject treated with at least one protein growth factor.
A suspended ceiling comprising at least one ceiling tile and a grid of profiles (110, 112) supporting the at least one ceiling tile, the at least one ceiling tile comprising a first major surface adapted to face a room and an opposing second major surface, wherein the ceiling tile is provided with at least one groove, wherein the at least one groove extends along a first side edge portion of the ceiling tile and provides a void allowing the first side edge portion to be inwardly, mainly laterally displaceable, characterized in that the first side edge portion of the at least one ceiling tile when the latter is mounted in the grid of profiles (110, 112) engages the grid of profiles and is inwardly, mainly laterally displaced in the void.
Process for the simultaneous and continuous production of two different mixtures of predominantly 4,4'-diphenylmethane diisocyanate and 2,4'-diphenylmethane diisocyanate comprising the step of separating a mixed diphenylmethane diisocyanate isomer feed stream [MIx] by a single-step suspension melt crystallisation process, which process comprises a crystallization step wherein crystals are formed which are then separated from the liquid in a subsequent separation step whereby the crystals are melted out to form one of the isomer mixtures and whereby the remaining mother liquid is split into a recycling stream which is optionally fed back into the crystallization section and the second isomer mixture, into two mixed isomer diphenylmethane diisocyanate streams [MIy and MIz] wherein x is 80 to 92, y is 97 to 99 and z is 60 to 80 where x, y and z are percentages by weight of the 4,4'-diphenylmethane diisocyanate isomer contained in the diphenylmethane diisocyanate isomer mixture, wherein the temperature of the slurry exiting the crystallisation section is controlled to 25 to 27°C.
A shaver set comprising a plurality of electric shavers, each shaver comprising - a handle comprising a housing, - a motor received in said housing, - a shaver head connected to said handle by means of a support structure mounted to connector elements of said housing, - at least one cutter unit provided on said shaver head and including a cutter element and a shearfoil, wherein said cutter element is configured to be driven along a cutter oscillation axis by said motor via a drive transmitter connecting said motor to said cutter element, wherein the housings of all electric shavers including the drive transmitters supported by said housings and the connector elements of said housings are identical to each other, wherein the identical structure of the connector elements of all housings matches with the support structure of each shaver head so that the shaver heads are replaceable against each other and each shaver head is mountable to all housings of all shavers of the shaver set, characterized in that the support structures are different from each other, wherein at least two of the following three types are included: - the shaver head of a first shaver is connected to the handle thereof by means of a first support structure configured to provide for a swivel axis and a tilting axis about which said shaver head may swivel and tilt relative to said handle, - the shaver head of a second shaver is connected to the handle thereof by means of a second support structure configured to provide for only one of a swivel axis or a tilting axis about which said shaver head may swivel or tilt relative to said handle, and - the shaver head of a third shaver is connected to the handle thereof by means of a third support structure configured to rigidly hold the shaver head relative to the handle. - a handle comprising a housing, - a motor received in said housing, - a shaver head connected to said handle by means of a support structure mounted to connector elements of said housing, - at least one cutter unit provided on said shaver head and including a cutter element and a shearfoil, wherein said cutter element is configured to be driven along a cutter oscillation axis by said motor via a drive transmitter connecting said motor to said cutter element, - the shaver head of a first shaver is connected to the handle thereof by means of a first support structure configured to provide for a swivel axis and a tilting axis about which said shaver head may swivel and tilt relative to said handle, - the shaver head of a second shaver is connected to the handle thereof by means of a second support structure configured to provide for only one of a swivel axis or a tilting axis about which said shaver head may swivel or tilt relative to said handle, and - the shaver head of a third shaver is connected to the handle thereof by means of a third support structure configured to rigidly hold the shaver head relative to the handle.
A fluid product injection device comprising: - a syringe comprising a reservoir containing fluid product to be injected, a piston being arranged so as to be axially movable in said reservoir and a needle provided with an injection tip being attached to said reservoir, - a piston rod axially movable relative to said reservoir and cooperating with said piston during injection in order to move it axially in said reservoir, - a sleeve arranged around said syringe while being axially movable relative to said reservoir between a rest position, in which said sleeve does not cover said injection tip of said needle, and a projecting position, in which said sleeve covers said injection tip of said needle, said sleeve being in its rest position before actuation of the injection device, characterized in that said sleeve is moved towards its projecting position after injection of said fluid product, said movement of said sleeve being performed by said piston rod, said sleeve including internal tabs that extend inside the syringe and tabs or an outer sleeve that extends outside the syringe. - a syringe comprising a reservoir containing fluid product to be injected, a piston being arranged so as to be axially movable in said reservoir and a needle provided with an injection tip being attached to said reservoir, - a piston rod axially movable relative to said reservoir and cooperating with said piston during injection in order to move it axially in said reservoir, - a sleeve arranged around said syringe while being axially movable relative to said reservoir between a rest position, in which said sleeve does not cover said injection tip of said needle, and a projecting position, in which said sleeve covers said injection tip of said needle, said sleeve being in its rest position before actuation of the injection device,
A packaging article made from a polymeric composition comprising a polyester resin and micrometrical silica particles dispersed in the polyester resin, and wherein the thickness of the wall of the packaging article and the concentration of micrometrical silica particles in the composition are selected in order to obtain a light transmission through the packaging article wall that is less than 5% at wavelengths ranging at least from 400nm to 550nm, and wherein the micrometrical silica particle concentration is at least 10wt%.
A roller hinge, in particular for plastic doors and plastic windows, comprising a frame part, which can be fastened to a door or window frame, comprising two hinge rolls, which are arranged in a vertically and horizontally adjustable manner on the frame part, and comprising a sash part, which can be fastened to a door or window sash and which is arranged in a rotationally movable manner between the two hinge rolls, characterized in that the hinge rolls, which are not physically connected to one another, in each case have a hinge strap, which is arranged in a vertically movable manner in an assigned recess within the frame part and which is guided in a vertically movable manner on a clamping plate, that the clamping plate is guided in a linearly movable manner between two horizontal guide surfaces within the assigned recess of the frame part in the depth direction (x) of the door or window frame, and that at least one clamping screw, which is arranged in a threaded bore of the frame part, acts on the clamping plate.
A method comprising: inserting at least one cleat into a first mold half of a mold; inserting a first reinforcement member into a second mold half of the mold and attaching the first reinforcement member to the second mold half; closing the mold to define a first cavity between the first mold half and the second mold half; maintaining a first gap between the at least one cleat and the first reinforcement member after the mold is closed; injecting a first material into the first cavity and within the first gap to form a sole plate; and attaching the sole plate to an article of footwear. inserting at least one cleat into a first mold half of a mold; inserting a first reinforcement member into a second mold half of the mold and attaching the first reinforcement member to the second mold half; closing the mold to define a first cavity between the first mold half and the second mold half; maintaining a first gap between the at least one cleat and the first reinforcement member after the mold is closed; injecting a first material into the first cavity and within the first gap to form a sole plate; and attaching the sole plate to an article of footwear.
Method for estimating the position of an active tag with a radio locating system comprising a plurality of nodes in known positions, referred to as anchor nodes (111, 112), and a plurality of non-regenerative relays in known positions, each said non-regenerative relay being adapted to merely forward, possibly after amplification, an Ultra Wide Band, UWB, pulse signal emitted by said tag to an anchor node, wherein the signals received by said anchor nodes, either directly from said tag through a Line Of Sight, LOS, path or relayed by a non-regenerative relay through a relayed path, are collected at a processing node, said processing node estimating the position of the active tag together with the time of emission of the UWB pulse signal by maximizing a log maximum likelihood function depending upon the signals thus collected, said log maximum likelihood function being calculated as: l p, t 0 = ∑ m = 1 N A ∑ i = 1 N R w p, p i R w p i R, p m A G i q m t 0 + D p, p i R + D p i R, p m A + δ R + w p, p m A q m t 0 + D p, p m A − E m N m where N A and N R are respectively the number of anchor nodes and the number of relays, p m A and p i R respectively the positions of the anchors and the relays, δ R the delay introduced by a relay, w p, p i R a channel gain between the tag and a relay i, w p, p m A a channel gain between the tag and an anchor node m, w p i R, p m A a channel gain between a relay i and an anchor node m, D p, p m A a propagation delay between the tag and anchor node m, D p, p i R is a propagation delay between the tag and relay i, D p i R, p m A is a propagation delay between relay i and anchor node m, G i is the power gain of relay i, E m N m is the signal to noise ratio at anchor node m, q m (.) is a correlation between the received signal and the UWB pulse signal emitted by the tag, t 0 the time of emission of the UWB pulse signal, and p the position of the tag to be estimated.
A method for producing an olive paste or an olive powder which is substantially free from olive stone particles, comprising: - treating olive pomace with at least one enzyme which reduces the viscosity of the pomace by at least factor 2, and - passing the product which is obtained through a sieve of a suitable mesh width in order to remove at least 98 % of the olive stone particles from the product. - treating olive pomace with at least one enzyme which reduces the viscosity of the pomace by at least factor 2, and - passing the product which is obtained through a sieve of a suitable mesh width in order to remove at least 98 % of the olive stone particles from the product.
An embossed-in-registration laminate system comprising: a plurality of embossed-in-registration laminates, each having a ceramic tile motif and a plurality of locking mechanisms; wherein said plurality of embossed-in-registration laminates lock together using said plurality of locking mechanisms to form an embossed-in-registration laminate system; and wherein said embossed-in-registration laminate system includes: intraboard separation lines having a width W; a vertical separation line, having a width Wv, that is comprised of a top separation line of a first embossed-in-registration laminate of said plurality of embossed-in-registration laminates and of a bottom edge separation line of a second embossed-in-registration laminate of said plurality of embossed-in-registration laminates; and a horizontal edge separation line, having a width Wh, that is comprised of a right separation line of a third embossed-in-registration laminate of said plurality of embossed-in- registration laminates and of a left edge separation line of a fourth embossed-in-registration laminate of said plurality of embossed-in-registration laminates. a plurality of embossed-in-registration laminates, each having a ceramic tile motif and a plurality of locking mechanisms; wherein said plurality of embossed-in-registration laminates lock together using said plurality of locking mechanisms to form an embossed-in-registration laminate system; and wherein said embossed-in-registration laminate system includes: intraboard separation lines having a width W; a vertical separation line, having a width Wv, that is comprised of a top separation line of a first embossed-in-registration laminate of said plurality of embossed-in-registration laminates and of a bottom edge separation line of a second embossed-in-registration laminate of said plurality of embossed-in-registration laminates; and a horizontal edge separation line, having a width Wh, that is comprised of a right separation line of a third embossed-in-registration laminate of said plurality of embossed-in- registration laminates and of a left edge separation line of a fourth embossed-in-registration laminate of said plurality of embossed-in-registration laminates. intraboard separation lines having a width W; a vertical separation line, having a width Wv, that is comprised of a top separation line of a first embossed-in-registration laminate of said plurality of embossed-in-registration laminates and of a bottom edge separation line of a second embossed-in-registration laminate of said plurality of embossed-in-registration laminates; and a horizontal edge separation line, having a width Wh, that is comprised of a right separation line of a third embossed-in-registration laminate of said plurality of embossed-in- registration laminates and of a left edge separation line of a fourth embossed-in-registration laminate of said plurality of embossed-in-registration laminates.
Side rail of bed comprising two side bars which are fitted with a rotational bearing at the bottom end for attachment to the bed with side bars at the top end connected by a top bar to form a parallelogram, and a locking mechanism fitted between one of the side bars and the top bar, wherein the locking mechanism comprises a first member firmly fixed to the side bar, a second member firmly fixed to the top bar, where these members (11, 12) have a common axis of rotation, a latch engaging with the first member, characterized in that the first member is rotatable in relation to the second member in a first direction by applying a first force on the side rail in an upward direction to release the latch whose movement releases the first member for its rotation in relation to the second member in a second direction opposite to the first direction, the latch being an actuating member acting on the latch whose activation unblocks the latch.
A cardan shaft for transmitting engine rotational motion and power in motor vehicles, said cardan shaft comprising: a yoke shaft a tube sleeve and a protective cover; said yoke shaft consisting of: a yoke part, a shaft part and a neck section; said neck section corresponding to the part where the yoke part and the shaft part meet; wherein said neck section consists of: a protective cover insertion diameter (4.1) on which the protective cover is mounted, said protective cover insertion diameter (4.1) being parallel to the yoke shaft axis; a solid cone (4.8), a turning point (4.6) and a neck (4.7) having a diameter smaller than the diameter of the shaft part; wherein said solid cone (4.8) narrows with a certain inclination inwardly from said protective cover insertion diameter (4.1) and joins said neck (4.7) at said turning point (4.6); said tube sleeve having at one end a tube face (6.1) and a tube inner chamfer (6.2); wherein, only said tube inner chamfer (6.2) contacts said neck section, defining a mating surface (4.9) thereon; said mating surface (4.9) being exclusively on said solid cone (4.8). said yoke shaft consisting of: a yoke part, a shaft part and a neck section; said neck section corresponding to the part where the yoke part and the shaft part meet; wherein said neck section consists of: a protective cover insertion diameter (4.1) on which the protective cover is mounted, said protective cover insertion diameter (4.1) being parallel to the yoke shaft axis; a solid cone (4.8), a turning point (4.6) and a neck (4.7) having a diameter smaller than the diameter of the shaft part; wherein said solid cone (4.8) narrows with a certain inclination inwardly from said protective cover insertion diameter (4.1) and joins said neck (4.7) at said turning point (4.6); wherein said neck section consists of: a protective cover insertion diameter (4.1) on which the protective cover is mounted, said protective cover insertion diameter (4.1) being parallel to the yoke shaft axis; a solid cone (4.8), a turning point (4.6) and a neck (4.7) having a diameter smaller than the diameter of the shaft part; a protective cover insertion diameter (4.1) on which the protective cover is mounted, said protective cover insertion diameter (4.1) being parallel to the yoke shaft axis; a solid cone (4.8), a turning point (4.6) and a neck (4.7) having a diameter smaller than the diameter of the shaft part; wherein said solid cone (4.8) narrows with a certain inclination inwardly from said protective cover insertion diameter (4.1) and joins said neck (4.7) at said turning point (4.6); said tube sleeve having at one end a tube face (6.1) and a tube inner chamfer (6.2); wherein, only said tube inner chamfer (6.2) contacts said neck section, defining a mating surface (4.9) thereon; said mating surface (4.9) being exclusively on said solid cone (4.8).
Wheelset for a rail vehicle, with at least one wheelset shaft as well as with a first wheel and a second wheel, wherein a first tensioning element, by means of which the first wheel is detachably connected to the at least one wheelset shaft, is arranged at least between the first wheel and the at least one wheelset shaft, wherein the first tensioning element is tensioned against the first wheel and the at least one wheelset shaft by means of a first screw arranged in a first bore hole as well as further screws arranged in further bore holes, which run in parallel with a tensioning element longitudinal axis, characterised in that at least one first wedge sleeve is arranged at least around the first screw.
A method for monitoring a bleed air supply system of an aircraft, having - at least two analog sensors (18, 19) for monitoring the state of the bleed air supply system based on the sensor data; having the steps of: - determining at least one characteristic map point cloud from the simultaneously acquired sensor data from two respective analog sensors (18, 19) relating to the state of the bleed air supply system over a predefined minimum period of time; - comparing the characteristic map point cloud with a corresponding predefined characteristic curve for the relationship between the acquired sensor data that is represented by the characteristic map point cloud; and - if a deviation of the characteristic map point cloud from the predefined characteristic curve beyond a predefined amount is detected: outputting a warning. - at least two analog sensors (18, 19) for monitoring the state of the bleed air supply system based on the sensor data; - determining at least one characteristic map point cloud from the simultaneously acquired sensor data from two respective analog sensors (18, 19) relating to the state of the bleed air supply system over a predefined minimum period of time; - comparing the characteristic map point cloud with a corresponding predefined characteristic curve for the relationship between the acquired sensor data that is represented by the characteristic map point cloud; and - if a deviation of the characteristic map point cloud from the predefined characteristic curve beyond a predefined amount is detected: outputting a warning.
A computer-implemented method of solving an error of an electronic device comprising: extracting at least one keyword from consultation data for solving the error of the electronic device; based on the at least one extracted keyword, identifying a plurality of diagnostic commands for solving the error and a diagnostic sequence between the plurality of diagnostic commands; storing a diagnostic model characterized in the diagnostic model comprising a plurality of identified executable diagnostic commands for automatically controlling the electronic device and the identified executable diagnostic sequence, the executable diagnostic commands are connected to one another according to respective weights and include bi-directionally-connected diagnostic commands, and wherein the executable diagnostic sequence is determined according to the connections and the weights using the diagnostic model and executing, by the electronic device, at least one of identified executable diagnostic commands for automatically controlling the electronic device to solve the error. extracting at least one keyword from consultation data for solving the error of the electronic device; based on the at least one extracted keyword, identifying a plurality of diagnostic commands for solving the error and a diagnostic sequence between the plurality of diagnostic commands; storing a diagnostic model characterized in the diagnostic model comprising a plurality of identified executable diagnostic commands for automatically controlling the electronic device and the identified executable diagnostic sequence, the executable diagnostic commands are connected to one another according to respective weights and include bi-directionally-connected diagnostic commands, and wherein the executable diagnostic sequence is determined according to the connections and the weights using the diagnostic model and executing, by the electronic device, at least one of identified executable diagnostic commands for automatically controlling the electronic device to solve the error.