mhurhangee/patent-ind-claim-en huggingface dataset:
A sheetlike composite , comprising as a layer sequence in a direction from an outer surface of the sheetlike composite to an inner surface of the sheetlike composite a) an outer polymer layer , b) a colour application , c) a carrier layer , and d) a barrier layer ; wherein the outer polymer layer is characterised by a density in a range from 920 to 925 kg/m 3 , wherein the density is measured in accordance with the standard DIN EN ISO 1183-1:2012-04, method B and applying a liquid pycnometer, wherein the sample to be studied is conditioned in accordance with DIN EN ISO 1872-1:199-10, distilled water is used as immersion liquid, the test temperature is 23 °C and no buoyancy correction is applied; wherein the outer polymer layer is further characterised by a melting temperature according to the test method described herein in the range from 107.5 to 115 °C; wherein the outer polymer layer comprises at least 50 wt.-%, based on the outer polymer layer , of at least one polyolefin. a) an outer polymer layer , b) a colour application , c) a carrier layer , and d) a barrier layer ; wherein the outer polymer layer is characterised by a density in a range from 920 to 925 kg/m 3 , wherein the density is measured in accordance with the standard DIN EN ISO 1183-1:2012-04, method B and applying a liquid pycnometer, wherein the sample to be studied is conditioned in accordance with DIN EN ISO 1872-1:199-10, distilled water is used as immersion liquid, the test temperature is 23 °C and no buoyancy correction is applied; wherein the outer polymer layer is further characterised by a melting temperature according to the test method described herein in the range from 107.5 to 115 °C; wherein the outer polymer layer comprises at least 50 wt.-%, based on the outer polymer layer , of at least one polyolefin.
A method for tempering thin planar glass sheets with a thickness of not more than 4 mm to the surface compression stress of at least 100 MPa, said method comprising heating a glass sheet to a tempering temperature and conducting a quenching step by blasting cooling air with a blasting pressure of not less than 6 kPa and a blasting distance (H) of not more than 30 mm to both surfaces of the glass sheet, characterized in that , in order to eliminate or reduce the bi-stability of a tempered planar glass sheet, the quenching of a top surface and a bottom surface of the glass sheet's both side portions (G1) is commenced earlier or performed at the early stage of quenching with more powerful cooling effect than the quenching of a top surface and a bottom surface of the glass sheet's intermediate portion (G2), and thereby both side portions are provided, prior to the intermediate portion, with a temperature profile in the glass thickness direction which generates said tempering degree, the surface compression stress of at least 100 MPa.
A mannanase variant, or a recombinant polypeptide or active fragment thereof having mannanase activity and derived from a reference GH5 polypeptide, and comprising an amino acid sequence comprising two or more modifications compared to that reference sequence, wherein the modifications are substitutions at one or more combinations of positions, selected from: Y129M-K244L, T38E-S258D, P19E-Q184D, P19E-Q184L, N97D-G225C, L60Q-Y61W, N97D-G225P, N67D-P168S, K63L-N71D, K63R-N71D, and T228V-Y235L, and wherein the amino acid positions of the variant or recombinant polypeptide or active fragment thereof are numbered by correspondence with the amino acid sequence of SEQ ID NO: 14; and wherein said mannanase variant or a recombinant polypeptide or active fragment thereof comprises an amino acid sequence having at least 80% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 13; and wherein the mannanase variant or recombinant polypeptide or active fragment thereof has improved stability in buffer when compared to the reference, wherein said improved stability in buffer is tested in 50 mM MOPS buffer, pH 7.2, 0.005% TWEEN-80 by measuring the residual activity of samples after incubation at 59°C elevated temperature for 5 min. Y129M-K244L, T38E-S258D, P19E-Q184D, P19E-Q184L, N97D-G225C, L60Q-Y61W, N97D-G225P, N67D-P168S, K63L-N71D, K63R-N71D, and T228V-Y235L, and wherein the amino acid positions of the variant or recombinant polypeptide or active fragment thereof are numbered by correspondence with the amino acid sequence of SEQ ID NO: 14; and wherein said mannanase variant or a recombinant polypeptide or active fragment thereof comprises an amino acid sequence having at least 80% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 13; and wherein the mannanase variant or recombinant polypeptide or active fragment thereof has improved stability in buffer when compared to the reference, wherein said improved stability in buffer is tested in 50 mM MOPS buffer, pH 7.2, 0.005% TWEEN-80 by measuring the residual activity of samples after incubation at 59°C elevated temperature for 5 min. wherein the amino acid positions of the variant or recombinant polypeptide or active fragment thereof are numbered by correspondence with the amino acid sequence of SEQ ID NO: 14; and wherein said mannanase variant or a recombinant polypeptide or active fragment thereof comprises an amino acid sequence having at least 80% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 13; and wherein the mannanase variant or recombinant polypeptide or active fragment thereof has improved stability in buffer when compared to the reference, wherein said improved stability in buffer is tested in 50 mM MOPS buffer, pH 7.2, 0.005% TWEEN-80 by measuring the residual activity of samples after incubation at 59°C elevated temperature for 5 min.
A system of a surgical implant, in particular for use in spinal or musculoskeletal surgery or in simulated surgery, and an instrument for inserting the surgical implant, the surgical implant including: an implant body comprising an attachment portion configured to attach the implant to the instrument for insertion of the implant and at least one accommodation portion configured to accommodate at least a portion of a detection device; and a detection device configured to detect a position of the implant relative to the instrument; wherein the at least one portion of the detection device is removably positionable in the accommodation portion, and wherein the implant body is configured to rotate relative to the instrument around an axis of rotation and wherein the detection device comprises an acceleration sensor configured to detect an angle of rotation around the axis of rotation of the implant body relative to the instrument, wherein the sensor is accommodated in the accommodation portion. an implant body comprising an attachment portion configured to attach the implant to the instrument for insertion of the implant and at least one accommodation portion configured to accommodate at least a portion of a detection device; and a detection device configured to detect a position of the implant relative to the instrument; wherein the at least one portion of the detection device is removably positionable in the accommodation portion, and wherein the implant body is configured to rotate relative to the instrument around an axis of rotation and wherein the detection device comprises an acceleration sensor configured to detect an angle of rotation around the axis of rotation of the implant body relative to the instrument, wherein the sensor is accommodated in the accommodation portion.
A method for revamping a melamine purification section of a high pressure melamine plant comprising: a quencher fed with a first melamine-containing stream from the synthesis section and an aqueous solution comprising ammonia and carbon dioxide, wherein melamine is dissolved and off-gas are extracted; a stripper fed with a second melamine-containing stream from said quencher and with a stripping medium , wherein purified melamine is obtained and vapours are extracted; a first heat exchanger , wherein said vapours are at least partially condensed by heat exchange with an aqueous solution , providing a condensed stream; an absorber fed with said condensed stream from said first heat exchanger and providing an aqueous solution , which is at least partially used for condensing the vapours in said first heat exchanger , re-condensed in a second heat-exchanger and recycled to the quencher , said method being characterized by installing a line feeding a stream of water, possibly added with ammonia, to the quencher , at least a portion of said stream of water being heated inside said second heat exchanger ; dismissing the stripper ; dismissing the first heat exchanger ; redirecting the stripping medium to the quencher ; installing a line for exporting said second melamine-containing stream from said quencher ; dismissing the absorber . a quencher fed with a first melamine-containing stream from the synthesis section and an aqueous solution comprising ammonia and carbon dioxide, wherein melamine is dissolved and off-gas are extracted; a stripper fed with a second melamine-containing stream from said quencher and with a stripping medium , wherein purified melamine is obtained and vapours are extracted; a first heat exchanger , wherein said vapours are at least partially condensed by heat exchange with an aqueous solution , providing a condensed stream; an absorber fed with said condensed stream from said first heat exchanger and providing an aqueous solution , which is at least partially used for condensing the vapours in said first heat exchanger , re-condensed in a second heat-exchanger and recycled to the quencher , said method being characterized by installing a line feeding a stream of water, possibly added with ammonia, to the quencher , at least a portion of said stream of water being heated inside said second heat exchanger ; dismissing the stripper ; dismissing the first heat exchanger ; redirecting the stripping medium to the quencher ; installing a line for exporting said second melamine-containing stream from said quencher ; dismissing the absorber .
An engine mounting system comprising: a first forward mount connectable between a forward part of a structure of an aircraft and a first forward part of an engine of the aircraft, the first forward mount being configured to independently react forces generated in each of a longitudinal direction (X) parallel to a longitudinal axis of the engine, in a lateral direction (Y) transverse to the engine, and in a vertical direction (Z); an aft mount connectable between the structure and an aft part of the engine , the aft mount being configured to react forces generated in the lateral direction (Y) and to react moments about the longitudinal direction (X); and a second forward mount connectable between a forward part of the structure and a second forward part of the engine , the second forward mount being configured to react forces generated in the longitudinal direction (X); wherein the second forward mount is offset by a distance from the first forward mount such that the reaction of the first and second forward mounts to forces in the longitudinal direction (X) reacts moments about the lateral direction. a first forward mount connectable between a forward part of a structure of an aircraft and a first forward part of an engine of the aircraft, the first forward mount being configured to independently react forces generated in each of a longitudinal direction (X) parallel to a longitudinal axis of the engine, in a lateral direction (Y) transverse to the engine, and in a vertical direction (Z); an aft mount connectable between the structure and an aft part of the engine , the aft mount being configured to react forces generated in the lateral direction (Y) and to react moments about the longitudinal direction (X); and a second forward mount connectable between a forward part of the structure and a second forward part of the engine , the second forward mount being configured to react forces generated in the longitudinal direction (X); wherein the second forward mount is offset by a distance from the first forward mount such that the reaction of the first and second forward mounts to forces in the longitudinal direction (X) reacts moments about the lateral direction.
A bearing body for a linear bearing, having head pieces arranged on both end faces of a support element , on each of which head pieces an attachment element is arranged as a lubricating device, which attachment element contains a volume for storing lubricant and transferring lubricant to a rail that guides the body , wherein the attachment element is non-rotationally centred on the head piece due to its geometrically predefined form and consists of an inner housing shell abutting the head piece of the support element of the body and an outer housing shell facing away from the support element , characterised in that the housing shells are fastened to the head piece of the support body by means of a single central screw , wherein the central screw is guided through through-holes that are aligned with each other in the outer housing shell and the inner housing shell .
A system, comprising: an ultrasonic transducer for use in a borehole environment, comprising: a piezoelectric element ; a pair of electrodes disposed one on each side of the piezoelectric element to enable a current flow through the piezoelectric element; and a backing element disposed on one side of the piezoelectric element and the corresponding electrodes to attenuate vibrations in the ultrasonic transducer from the piezoelectric element, wherein the backing element is a ceramic material, wherein the ultrasonic transducer further comprises a bonding material disposed between the ceramic material and the piezoelectric element to bond the ceramic material to the piezoelectric element, characterized in that the bonding material comprises an epoxy with ceramic powder or metal powder disposed therein. a piezoelectric element ; a pair of electrodes disposed one on each side of the piezoelectric element to enable a current flow through the piezoelectric element; and a backing element disposed on one side of the piezoelectric element and the corresponding electrodes to attenuate vibrations in the ultrasonic transducer from the piezoelectric element, wherein the backing element is a ceramic material, wherein the ultrasonic transducer further comprises a bonding material disposed between the ceramic material and the piezoelectric element to bond the ceramic material to the piezoelectric element, characterized in that the bonding material comprises an epoxy with ceramic powder or metal powder disposed therein.
A connection for securing or connecting panels or sections together for a modular tower structure , the connection comprising: an interior friction plate having a plurality of holes ; an exterior friction plate having a plurality of holes ; threaded studs that pass through the holes in the interior friction plate , holes in the panels or section , and the holes in the exterior friction plate , wherein the threaded studs have a first threaded end and a second threaded end ; a plurality of fastener packs , wherein the fastener packs comprise: a fastener tray , wherein a bottom wall of the fastener tray comprises a plurality of openings ; a plurality of flange nuts ; a plurality of anti-rotation nut tabs to engage the flange nuts ; and, a position cover to enclose the fastener pack and to position the flange nuts over the openings of the bottom wall of the fastener tray ; a first end of one of the threaded studs threadably engages a first flange nut of a first fastener pack , and the second end of the one threaded stud threadably engages a second flange nut ; wherein the first fastener pack prevents the first flange nut from rotating while the second flange nut threadably engages to the second end of the threaded stud . an interior friction plate having a plurality of holes ; an exterior friction plate having a plurality of holes ; threaded studs that pass through the holes in the interior friction plate , holes in the panels or section , and the holes in the exterior friction plate , wherein the threaded studs have a first threaded end and a second threaded end ; a plurality of fastener packs , wherein the fastener packs comprise: a fastener tray , wherein a bottom wall of the fastener tray comprises a plurality of openings ; a plurality of flange nuts ; a plurality of anti-rotation nut tabs to engage the flange nuts ; and, a position cover to enclose the fastener pack and to position the flange nuts over the openings of the bottom wall of the fastener tray ; a first end of one of the threaded studs threadably engages a first flange nut of a first fastener pack , and the second end of the one threaded stud threadably engages a second flange nut ; wherein the first fastener pack prevents the first flange nut from rotating while the second flange nut threadably engages to the second end of the threaded stud .
Safety valve , particularly adapted to be applied to equipment containing a pressurized fluid and comprising a tubular sleeve that defines a longitudinal axis (Y) and in which the following are identified: - a tubular body provided with an inlet hole and an outlet hole of said pressurized fluid; - a shutter unit of said inlet hole slidably housed within said tubular body and comprised between said inlet hole and said outlet hole ; - a retaining means of said shutter unit present at said outlet hole , - tubular flange belonging to said tubular body and arranged coaxially and radially distanced externally to said outlet hole , said tubular flange being provided internally with a shaped zone configured to house a manoeuvring key, said shaped zone being arranged coaxially and above said retaining means , characterized in that said retaining means comprise: - a retaining edge realized in said tubular body and projecting towards the inside of said outlet hole ; - a retaining ring arranged inside said tubular body and placed close to said retaining edge , said retaining edge being obtained through bending by plastic deformation of the end edge of said outlet hole towards the outlet of said same outlet hole . - a tubular body provided with an inlet hole and an outlet hole of said pressurized fluid; - a shutter unit of said inlet hole slidably housed within said tubular body and comprised between said inlet hole and said outlet hole ; - a retaining means of said shutter unit present at said outlet hole , - tubular flange belonging to said tubular body and arranged coaxially and radially distanced externally to said outlet hole , said tubular flange being provided internally with a shaped zone configured to house a manoeuvring key, said shaped zone being arranged coaxially and above said retaining means , - a retaining edge realized in said tubular body and projecting towards the inside of said outlet hole ; - a retaining ring arranged inside said tubular body and placed close to said retaining edge ,
Hand prosthesis comprising a base body that defines a prevalent portion, substantially corresponding to a portion of the back and/or a portion of the palm of the hand, a plurality of fingers extending from the base body connected thereto in an articulated manner, and comprising phalanges that are rotatable for finger flexion and extension, a system of sliding cables and pulleys , associated with the fingers for flexion and extension actuation, characterized in that it comprises means for selectively stopping the movements of the fingers , so that, when the user commands the actuation of some of them, the other ones will remain in a flexed or extended position, and vice versa.
Cremation urn, which comprises an outer bag , a handle for the outer bag , and an inner bag for ash with closing means, characterized in that the handle is covered by folds of the outer bag for the handle to bridge two opposite places at the sides of the outer bag , and in that the outer bag has first holes along its periphery for threading a first band therethrough, and the sides of the handle has second holes for the first band , whereby the handle is attachable to the outer bag by means of the first band going through the second holes and the first holes .
A dispenser comprising: a housing ; an container disposed in the housing for holding a liquid; the container having a liquid outlet located proximate the bottom of the container ; an outlet nozzle ; and a pump disposed between the container and the outlet nozzle , the pump having: a pump inlet in fluid communication with the liquid outlet of the container ; a pump outlet in fluid communication with the outlet nozzle ; a pump chamber in fluid communication with the pump inlet and the pump outlet , wherein the pump chamber is movable between an expanded position and a compressed position; a first check valve disposed between the pump and the outlet nozzle, wherein the first check valve has a first cracking pressure; and a second check valve disposed between the first check valve and the outlet nozzle, wherein the second check valve has a second cracking pressure; wherein the second cracking pressure of the second check valve is greater than the first cracking pressure of the first check valve , wherein the dispenser is an inverted dispenser in which the container is inverted and the container is positioned so that at least a portion of the fluid in the container is located above the pump chamber . a housing ; an container disposed in the housing for holding a liquid; the container having a liquid outlet located proximate the bottom of the container ; an outlet nozzle ; and a pump disposed between the container and the outlet nozzle , the pump having: a pump inlet in fluid communication with the liquid outlet of the container ; a pump outlet in fluid communication with the outlet nozzle ; a pump chamber in fluid communication with the pump inlet and the pump outlet , wherein the pump chamber is movable between an expanded position and a compressed position; a pump inlet in fluid communication with the liquid outlet of the container ; a pump outlet in fluid communication with the outlet nozzle ; a pump chamber in fluid communication with the pump inlet and the pump outlet , wherein the pump chamber is movable between an expanded position and a compressed position; a first check valve disposed between the pump and the outlet nozzle, wherein the first check valve has a first cracking pressure; and a second check valve disposed between the first check valve and the outlet nozzle, wherein the second check valve has a second cracking pressure; wherein the second cracking pressure of the second check valve is greater than the first cracking pressure of the first check valve , wherein the dispenser is an inverted dispenser in which the container is inverted and the container is positioned so that at least a portion of the fluid in the container is located above the pump chamber .