mhurhangee/patent-ind-claim-en huggingface dataset:
Painting and drying booth comprising walls that define a compartment and at least one surface-mounted luminaire disposed inside a housing obtained in one of the walls of the painting and drying booth ; said at least one surface-mounted luminaire comprising: - a frame comprising a box body that defines a compartment provided with a front opening , facing the interior of the painting and drying booth ; - an electromagnetic radiation source (R) disposed in the compartment of the box body ; - a mobile screen connected to the frame to close the front opening of the compartment ; - at least one actuation device connected to the frame and to the screen to move the screen with respect to the frame ; characterized in that : - said frame also comprises a plate-like frame that surrounds the front opening of the compartment ; - said actuation device is of articulated parallelogram type in such a way to move the screen with a roto-translation movement during which said screen always lies on the same plane; said actuation device comprising a motorized actuation pin (P11) and two levers , each of them having a first end connected to the frame and a second end connected to the screen ; one of said levers being prismatically coupled with said actuation pin (P11); it being provided that following to the rotation of said actuation pin (P11) the screen is moved from a closing position, wherein it is engaged against said frame , sealing the front opening , to an opening position, wherein the screen has translated next to the front opening and does not cover said front opening . - a frame comprising a box body that defines a compartment provided with a front opening , facing the interior of the painting and drying booth ; - an electromagnetic radiation source (R) disposed in the compartment of the box body ; - a mobile screen connected to the frame to close the front opening of the compartment ; - at least one actuation device connected to the frame and to the screen to move the screen with respect to the frame ; - said frame also comprises a plate-like frame that surrounds the front opening of the compartment ; - said actuation device is of articulated parallelogram type in such a way to move the screen with a roto-translation movement during which said screen always lies on the same plane; said actuation device comprising a motorized actuation pin (P11) and two levers , each of them having a first end connected to the frame and a second end connected to the screen ; one of said levers being prismatically coupled with said actuation pin (P11); it being provided that following to the rotation of said actuation pin (P11) the screen is moved from a closing position, wherein it is engaged against said frame , sealing the front opening , to an opening position, wherein the screen has translated next to the front opening and does not cover said front opening .
A method of wireless communication, the method performed by a base station, BS, the method comprising: transmitting information indicating a narrowband frequency hopping pattern to at least one user equipment, UE, the narrowband frequency hopping pattern including an anchor channel and a plurality of non-anchor channels, the narrowband frequency hopping pattern including a first hopping period associated with the anchor channel and a second hopping period associated with the plurality of non-anchor channels; and transmitting a plurality of narrowband synchronization signals using a synchronization signal repetition pattern during a first portion of the first hopping period on the anchor channel. transmitting information indicating a narrowband frequency hopping pattern to at least one user equipment, UE, the narrowband frequency hopping pattern including an anchor channel and a plurality of non-anchor channels, the narrowband frequency hopping pattern including a first hopping period associated with the anchor channel and a second hopping period associated with the plurality of non-anchor channels; and transmitting a plurality of narrowband synchronization signals using a synchronization signal repetition pattern during a first portion of the first hopping period on the anchor channel.
An apparatus comprising: an address translation cache having a plurality of entries, each entry to store address translation data used when converting a virtual address into a corresponding physical address of a memory system, each entry being arranged to identify whether the address translation data stored therein is coalesced address translation data or non-coalesced address translation data and to identify a page size for a page within the memory system that is associated with the address translation data; and control circuitry responsive to a virtual address, to perform a lookup operation within the address translation cache to produce, for each page size supported by the address translation cache, a hit indication to indicate whether a hit has been detected for an entry storing address translation data of the associated page size; the control circuitry being arranged to determine, from at least each hit indication for a page size that is able to be associated with coalesced address translation data, a coalesced multi-hit indication which is set when a hit is detected for both an entry containing coalesced address translation data and for an entry containing non-coalesced address translation data; the control circuitry further being arranged to determine, when the lookup operation has completed, whether multiple hits have been detected, and in that instance to reference the coalesced multi-hit indication to determine whether the multiple hits have resulted from both coalesced address translation data and non-coalesced address translation data in the address translation cache. an address translation cache having a plurality of entries, each entry to store address translation data used when converting a virtual address into a corresponding physical address of a memory system, each entry being arranged to identify whether the address translation data stored therein is coalesced address translation data or non-coalesced address translation data and to identify a page size for a page within the memory system that is associated with the address translation data; and control circuitry responsive to a virtual address, to perform a lookup operation within the address translation cache to produce, for each page size supported by the address translation cache, a hit indication to indicate whether a hit has been detected for an entry storing address translation data of the associated page size; the control circuitry being arranged to determine, from at least each hit indication for a page size that is able to be associated with coalesced address translation data, a coalesced multi-hit indication which is set when a hit is detected for both an entry containing coalesced address translation data and for an entry containing non-coalesced address translation data; the control circuitry further being arranged to determine, when the lookup operation has completed, whether multiple hits have been detected, and in that instance to reference the coalesced multi-hit indication to determine whether the multiple hits have resulted from both coalesced address translation data and non-coalesced address translation data in the address translation cache.
A vessel for hydrolyzing acetone cyanohydrin (ACH) by sulfuric acid (H 2 SO 4 ) to produce an hydrolysis mixture comprising α-sulfatoisobutyramide (SIBAM), said vessel comprising an agitation system for homogenizing the mixture, said vessel comprising at least one cooling system on its internal annular periphery area and it is divided into at least three stages along its vertical wall, each stage (S1 to S3) comprising a ACH feeding inlet distributed along the vertical wall of the vessel and characterized in that : - the cooling system comprises vertical tubes bundle that comprises between 10 and 50 000 tubes, set up in the peripheral internal annular area of the vessel, said tubes extending on the height of the vessel and being traversed by a cooling water stream, - the agitation system comprises a shaft equipped with two impellers per stage (S1 to S3) of the vessel and - -between each stage (S1 to S3) is a separation baffle comprising a free central area and holes in its peripheral annular area for insertion of tubes of first cooling system . - the cooling system comprises vertical tubes bundle that comprises between 10 and 50 000 tubes, set up in the peripheral internal annular area of the vessel, said tubes extending on the height of the vessel and being traversed by a cooling water stream, - the agitation system comprises a shaft equipped with two impellers per stage (S1 to S3) of the vessel and - -between each stage (S1 to S3) is a separation baffle comprising a free central area and holes in its peripheral annular area for insertion of tubes of first cooling system .
A self-supporting tyre for vehicle wheels comprising - a carcass structure having opposing side edges associated with respective annular anchoring structures ; - a belt structure applied in a position radially external to the carcass structure ; - a tread band applied in a position radially external to the belt structure ; - a pair of sidewall structures each including a sidewall extended in a position axially external to the carcass structure and extended radially between one of the annular anchor structures and an axially external portion of the tread band ; and - at least one pair of sidewall reinforcement inserts , each insert being embedded in the respective sidewall structure, at a position axially internal to each of the sidewalls , characterized in that both said sidewall reinforcement inserts comprises, preferably consists of, an elastomeric compound having a shear modulus value G', measured at 70°C, 10 Hz, 9% strain according to the Rubber Process Analyser (RPA) method disclosed in the present description, of less than 1.25 MPa, and wherein said elastomeric compound of said inserts is prepared by mixing and vulcanising an elastomeric composition comprising at least - 100 phr of at least one diene elastomeric polymer, - a total amount from 5% to 30% by weight of the total weight of the composition of at least one reinforcing filler wherein the at least one reinforcing filler is selected from white fillers, silicate fibres, derivatives thereof and mixtures thereof, optionally in admixture with carbon black, and - at least 0.1 phr of at least one vulcanising agent. - a carcass structure having opposing side edges associated with respective annular anchoring structures ; - a belt structure applied in a position radially external to the carcass structure ; - a tread band applied in a position radially external to the belt structure ; - a pair of sidewall structures each including a sidewall extended in a position axially external to the carcass structure and extended radially between one of the annular anchor structures and an axially external portion of the tread band ; and - at least one pair of sidewall reinforcement inserts , each insert being embedded in the respective sidewall structure, at a position axially internal to each of the sidewalls , characterized in that both said sidewall reinforcement inserts comprises, preferably consists of, an elastomeric compound having a shear modulus value G', measured at 70°C, 10 Hz, 9% strain according to the Rubber Process Analyser (RPA) method disclosed in the present description, of less than 1.25 MPa, and wherein said elastomeric compound of said inserts is prepared by mixing and vulcanising an elastomeric composition comprising at least - 100 phr of at least one diene elastomeric polymer, - a total amount from 5% to 30% by weight of the total weight of the composition of at least one reinforcing filler wherein the at least one reinforcing filler is selected from white fillers, silicate fibres, derivatives thereof and mixtures thereof, optionally in admixture with carbon black, and - at least 0.1 phr of at least one vulcanising agent.
An article of footwear having an upper and a sole structure secured to the upper, at least a portion of the upper comprising: a base layer having a first surface and an opposite second surface; a plurality of strand segments located adjacent to the first surface and extending substantially parallel to the first surface for a distance of at least five centimeters; and a deposition layer that is deposited upon the first surface and the strand segments, the deposition layer being joined with the first surface and the strand segments wherein the deposition layer is formed by depositing drops of a material or liquid form of the material upon the base layer and strand segments wherein the strand segments are formed of a material that stretches less than the base layer and deposition layer and at least some of the strand segments have a greater tensile strength than other strand segments. a base layer having a first surface and an opposite second surface; a plurality of strand segments located adjacent to the first surface and extending substantially parallel to the first surface for a distance of at least five centimeters; and a deposition layer that is deposited upon the first surface and the strand segments, the deposition layer being joined with the first surface and the strand segments wherein the deposition layer is formed by depositing drops of a material or liquid form of the material upon the base layer and strand segments wherein the strand segments are formed of a material that stretches less than the base layer and deposition layer and at least some of the strand segments have a greater tensile strength than other strand segments.
A hybrid optical integrator assembly, comprising an optical integrator , the hybrid optical integrator assembly further comprises a scattering element which is disposed on any cross section of the optical integrator and performs scattering process to a light beam passing through, wherein said optical integrator is a hollow light-guiding pipe with an input end and an output end of the optical integrator , characterized in that said scattering element is a scattering flat glass sheet and an opening is provided at both sides and between said input end and said output end of said hollow light-guiding pipe, the scattering flat glass sheet being inserted from one of said openings and scarfing with the hollow light-guiding pipe and that the scattering flat glass sheet is perpendicular to or at a certain inclination angle with a central axis of the hollow light-guiding pipe.
A laser device comprising: a laser rod which includes alexandrite crystal; an excitation light source which irradiates the laser rod with excitation light; a resonator which includes a pair of mirrors with the laser rod sandwiched therebetween; a Q switch which is inserted into the optical path of the resonator and controls the Q value of the resonator; and a non-coated Brewster polarizer which is inserted at least between the laser rod and the Q switch or between the laser rod and one of the pair of mirrors and selectively transmits light in a predetermined polarization direction among light emitted from the laser rod , characterized in that the Q switch includes a Pockels cell, in a case in which an applied voltage to the Pockels cell is a first voltage, the Q value of the resonator is higher than a laser oscillation threshold, and in a case in which the applied voltage is a second voltage higher than the first voltage, the Q value of the resonator is equal to or less than the laser oscillation threshold, wherein, in a case in which input energy is 20 J, the range of an applied voltage to the Q switch for making the Q value of the resonator equal to or less than the laser oscillation threshold is equal to or greater than 0.5 kV. a laser rod which includes alexandrite crystal; an excitation light source which irradiates the laser rod with excitation light; a resonator which includes a pair of mirrors with the laser rod sandwiched therebetween; a Q switch which is inserted into the optical path of the resonator and controls the Q value of the resonator; and a non-coated Brewster polarizer which is inserted at least between the laser rod and the Q switch or between the laser rod and one of the pair of mirrors and selectively transmits light in a predetermined polarization direction among light emitted from the laser rod , characterized in that the Q switch includes a Pockels cell, in a case in which an applied voltage to the Pockels cell is a first voltage, the Q value of the resonator is higher than a laser oscillation threshold, and in a case in which the applied voltage is a second voltage higher than the first voltage, the Q value of the resonator is equal to or less than the laser oscillation threshold, wherein, in a case in which input energy is 20 J, the range of an applied voltage to the Q switch for making the Q value of the resonator equal to or less than the laser oscillation threshold is equal to or greater than 0.5 kV.
A laminated glass pane , comprising a first glass sheet , a polymeric layer having a thickness between at least 0.5 mm and at most 1.7 mm, and a second glass sheet having a thickness between at least 0.3 mm and at most 1.5 mm and made of a lithium aluminium silicate glass, wherein the polymeric layer is disposed between the at least two glass sheets bonding the two glass sheets to one another; and wherein the glasses of the first and second glass sheets are matched so that the temperatures at which the two glasses of the first and second glass sheets have the same viscosity in the viscosity range between 10 7 dPa·s and 10 10 dPa·s only differ from each other by not more than 50 °C, preferably by not more than 30 °C, more preferably by not more than 20 °C, and most preferably by not more than 10 °C; wherein the second glass sheet is a lithium aluminium silicate glass with a Li 2 O content from 4.6 wt% to 5.4 wt% and an Na 2 O content from 8.1 wt% to 9.7 wt% and an Al 2 O 3 content from 16 wt% to 20 wt%.
A process for the preparation of Enoxaparin sodium, comprising the steps of: a) salifying heparin sodium with benzethonium chloride to form benzethonium heparinate, b) reacting the benzethonium heparinate obtained in step (a) with benzyl chloride in an inert solvent to form a crude heparin benzyl ester, c) adding water to the reaction mixture containing the crude heparin benzyl ester obtained in step (b) at a temperature of 0 °C to room temperature to obtain a precipitate of heparin benzyl ester, d) adding an alcoholic solution of sodium acetate to the reaction mixture containing the precipitate of heparin benzyl ester obtained in step (c) to isolate the heparin benzyl ester sodium salt, e) depolymerizing the heparin benzyl ester sodium salt obtained in step (d) with an inorganic base to produce crude Enoxaparin sodium, f) bleaching the crude Enoxaparin sodium obtained in step (e) at a pH of 9-10 to obtain a decolorized Enoxaparin sodium, and g) purifying the decolorized Enoxaparin sodium. a) salifying heparin sodium with benzethonium chloride to form benzethonium heparinate, b) reacting the benzethonium heparinate obtained in step (a) with benzyl chloride in an inert solvent to form a crude heparin benzyl ester, c) adding water to the reaction mixture containing the crude heparin benzyl ester obtained in step (b) at a temperature of 0 °C to room temperature to obtain a precipitate of heparin benzyl ester, d) adding an alcoholic solution of sodium acetate to the reaction mixture containing the precipitate of heparin benzyl ester obtained in step (c) to isolate the heparin benzyl ester sodium salt, e) depolymerizing the heparin benzyl ester sodium salt obtained in step (d) with an inorganic base to produce crude Enoxaparin sodium, f) bleaching the crude Enoxaparin sodium obtained in step (e) at a pH of 9-10 to obtain a decolorized Enoxaparin sodium, and g) purifying the decolorized Enoxaparin sodium.
A training manikin comprising a plurality of sensors for registering training data pertaining to the performance of a trainee during use of the training manikin in a training session, a communication module for enabling a communication connection between the training manikin and a user terminal with a display so that the training data can be displayed to a trainer in a training user interface on the display , where the training manikin comprises a server embedded in the training manikin and the server hosts a client-server application , said server is adapted to be accessed via the communication connection by a user client running on the user terminal and to communicate the client-server application to the user client , and said client-server application is configured to be executed by the user client and provide the training user interface on the display and to process the training data before displaying to the trainer in the training user interface , characterized in that the training manikin is configured as a master device that facilitates a communication network to enable communication connections between a user terminal and a plurality of training manikins configured as network slave devices so that the client-server application receives and displays training data from a plurality of training manikins .
A method for forming a fan blade , the method comprising the steps of: applying an adhesive layer around a leading edge of a fan blade body , wherein the adhesive layer includes an adhesive film supported by a scrim cloth, and the adhesive layer contacts a portion of a first surface of the fan blade body and a portion of a second surface of the fan blade body ; then positioning a leading edge sheath relative to the fan blade body such that a first flank of the leading edge sheath is positioned over the portion of the first surface of the fan blade body and a second flank of the leading edge sheath is positioned over the portion of the second surface of the fan blade body ; characterized in that the method further comprises: when positioning the leading edge sheath relative to the fan blade body a gap is defined between the leading edge sheath and the blade body ; applying pressure to the first flank and the second flank of the leading edge sheath to secure the leading edge sheath to the fan blade body ; and curing the adhesive film such that the adhesive layer fills in the gap . applying an adhesive layer around a leading edge of a fan blade body , wherein the adhesive layer includes an adhesive film supported by a scrim cloth, and the adhesive layer contacts a portion of a first surface of the fan blade body and a portion of a second surface of the fan blade body ; then positioning a leading edge sheath relative to the fan blade body such that a first flank of the leading edge sheath is positioned over the portion of the first surface of the fan blade body and a second flank of the leading edge sheath is positioned over the portion of the second surface of the fan blade body ; when positioning the leading edge sheath relative to the fan blade body a gap is defined between the leading edge sheath and the blade body ; applying pressure to the first flank and the second flank of the leading edge sheath to secure the leading edge sheath to the fan blade body ; and curing the adhesive film such that the adhesive layer fills in the gap .