mhurhangee/ep-ind-claims huggingface dataset:
Handset for an ultrasonic device for bone cement removal and/or osteotomy operations, said handset comprising: - a handset body which encloses ultrasound generating means comprising at least one piezoelectric transducer and a horn; - connection means configured to connect said handset to a tool to which the ultrasounds generated by said ultrasound generating means are transmitted; - a duct for circulation of a cooling medium, said duct extending at least partially outside said handset; - a triggering element (10, 11, 14), activation of which causes activation of the ultrasound generating means; - a control lever coupled to said handset body at a connection point, said control lever being configured to activate the triggering element (10, 11, 14) by means of its movement about said connection point; and - a covering element designed to cover at least partially the tool to be associated with the handset and/or the horn, characterized in that the covering element comprises a connection element for said duct, said connection element being configured so that said duct is placed in fluid communication with the inside of said covering element, the cooling medium being supplied from said duct and flowing inside said covering element. - a handset body which encloses ultrasound generating means comprising at least one piezoelectric transducer and a horn; - connection means configured to connect said handset to a tool to which the ultrasounds generated by said ultrasound generating means are transmitted; - a duct for circulation of a cooling medium, said duct extending at least partially outside said handset; - a triggering element (10, 11, 14), activation of which causes activation of the ultrasound generating means; - a control lever coupled to said handset body at a connection point, said control lever being configured to activate the triggering element (10, 11, 14) by means of its movement about said connection point; and - a covering element designed to cover at least partially the tool to be associated with the handset and/or the horn,
A load carrier roof bar configured on vehicle roof surfaces to allow placing extended or unusually shaped items, whose volumetric structures do not comply with the trunk, comprising a carrier bar and fixing group, wherein; it comprises - a jaw holder attached to the said fixing group rotatably along a vertical axis by means of vertical fixing element, - and a rotation axis gap which provides a bearing for the rotational motion of the said jaw holder about the vertical axis, - wherein it comprises a moving jaw and fixed jaw fixed to the said jaw holder along a single horizontal axis by means of a horizontal fixing element, - wherein it comprises a spring (206.1), which is centered with the said horizontal fixing element, applying a continuous force to the said moving jaw. - a jaw holder attached to the said fixing group rotatably along a vertical axis by means of vertical fixing element, - and a rotation axis gap which provides a bearing for the rotational motion of the said jaw holder about the vertical axis, - wherein it comprises a moving jaw and fixed jaw fixed to the said jaw holder along a single horizontal axis by means of a horizontal fixing element, - wherein it comprises a spring (206.1), which is centered with the said horizontal fixing element, applying a continuous force to the said moving jaw.
A swing lever assembly for a bodymaker, said swing lever assembly comprising: a unitary, elongated swing lever body including a first end, a medial portion, and a second end; said swing lever body first end defining a pivotal coupling; said swing lever body medial portion defining a rotational coupling; and said swing lever body second end defining a rotational coupling. characterized in that said swing lever body second end rotational coupling includes a settable shape mounting first component which is a mounting including components with rotatably congruent shapes which can be rotated less than 360 degrees about an axis and appear the same as the original orientation wherein: said swing lever body second end defines a yoke having a first lateral tine and a second lateral tine; said swing lever body second end yoke first lateral tine and said swing lever body second end yoke second lateral tine each including an opening (326, 328); said settable shape mounting first component including a number of cavities; each settable shape mounting first component cavity disposed about an associated swing lever body second end yoke opening (326, 328) and each settable shape mounting first component cavity has a convex polygonal shape. a unitary, elongated swing lever body including a first end, a medial portion, and a second end; said swing lever body first end defining a pivotal coupling; said swing lever body medial portion defining a rotational coupling; and said swing lever body second end defining a rotational coupling. characterized in that said swing lever body second end rotational coupling includes a settable shape mounting first component which is a mounting including components with rotatably congruent shapes which can be rotated less than 360 degrees about an axis and appear the same as the original orientation wherein: said swing lever body second end defines a yoke having a first lateral tine and a second lateral tine; said swing lever body second end yoke first lateral tine and said swing lever body second end yoke second lateral tine each including an opening (326, 328); said settable shape mounting first component including a number of cavities; each settable shape mounting first component cavity disposed about an associated swing lever body second end yoke opening (326, 328) and each settable shape mounting first component cavity has a convex polygonal shape. said swing lever body second end defines a yoke having a first lateral tine and a second lateral tine; said swing lever body second end yoke first lateral tine and said swing lever body second end yoke second lateral tine each including an opening (326, 328); said settable shape mounting first component including a number of cavities; each settable shape mounting first component cavity disposed about an associated swing lever body second end yoke opening (326, 328) and each settable shape mounting first component cavity has a convex polygonal shape.
Method for manufacturing a Subscriber Identity Module card, the method comprising the steps of - providing a tape of dielectric material having a first and a second main surfaces and a conductive layer laminated onto the first main surface, with conductive contacts formed in the conductive layer, the conductive contacts being arranged so as to form at least one pad of contacts corresponding to one SIM card delimited by a peripheral boundary; - providing a chip and electrically connecting the chip to at least some contacts of the at least one pad of contacts; - providing an encapsulation material on the second main surface, over the chip; characterized in that the method comprises the steps of: - forming delimiting structures in the dielectric material in the vicinity and inside of the peripheral boundary, the delimiting structures comprising openings or embossments being arranged along a bordering line; and - dispensing the encapsulation material over an area of the second main surface located essentially inside the bordering line along which are arranged the delimiting structures. - providing a tape of dielectric material having a first and a second main surfaces and a conductive layer laminated onto the first main surface, with conductive contacts formed in the conductive layer, the conductive contacts being arranged so as to form at least one pad of contacts corresponding to one SIM card delimited by a peripheral boundary; - providing a chip and electrically connecting the chip to at least some contacts of the at least one pad of contacts; - providing an encapsulation material on the second main surface, over the chip; - forming delimiting structures in the dielectric material in the vicinity and inside of the peripheral boundary, the delimiting structures comprising openings or embossments being arranged along a bordering line; and - dispensing the encapsulation material over an area of the second main surface located essentially inside the bordering line along which are arranged the delimiting structures.
Polyamide powder for selective absorbing sintering, SAS, or selective inhibition sintering, SIS, where the polyamide is selected from nylon-6, -11, -12, -10,13, -10,12, -6,6, -4,6, -6,13, -10,6, -11/10,10, -12,12 and -12/10,12, where the polyamide has a solution viscosity in m-cresol to ISO 307 of 1.8 to 2 and a rise in the solution viscosity of 0% to 25%, preferably 5% to 15%, when it is subjected to a temperature 20°C below its melting temperature under air for 20 h, and where carboxylic acid end groups are present in excess in the polyamide, characterized in that the excess of the carboxylic acid end groups over the amine end groups is 20 to 60 mmol/kg of polyamide powder.
(Poly-)glycerol partial ester with, on average (number-average), from 0.75 to 2.25 acid radicals of one or more carboxylic acids having 10 to 24 carbon atoms and with, on average (number-average), from 0.005 to 0.5 radicals of a polyfunctional carboxylic acid, in particular dimer fatty acids, oxalic acid, fumaric acid, malonic acid, succinic acid, glutaric acid, adipic acid, pimelic acid, suberic acid, azelaic acid, sebacic acid, dodecanedioic acid, malic acid, tartaric acid, tartronic acid, maleic acid, citric acid, phthalic acid, isophthalic acid and terephthalic acid, comprising polyfunctional carboxylic acid ester (poly-)glycerol partial ester with the proviso that, following complete hydrolysis of the (poly-)glycerol partial ester, a (poly-)glycerol is obtained which has a homologue distribution with: glycerol: 0.01% by weight to 20% by weight, diglycerols: 0.01% by weight to 60% by weight, triglycerols: 0.01% by weight to 60% by weight, tetraglycerols: 0.01% by weight to 30% by weight, pentaglycerols: 0.01% by weight to 20% by weight and oligoglycerols: ad 100% by weight. glycerol: 0.01% by weight to 20% by weight, diglycerols: 0.01% by weight to 60% by weight, triglycerols: 0.01% by weight to 60% by weight, tetraglycerols: 0.01% by weight to 30% by weight, pentaglycerols: 0.01% by weight to 20% by weight and oligoglycerols: ad 100% by weight.
A mechanism configured to open and close a hopper gate which is used in a combination weigher which performs combination calculation based on weights of objects, to find a combination in which a total of the weights of the objects falls within an allowable range with respect to a target weight, the mechanism for opening and closing the hopper gate comprising: an actuator configured to generate a driving force for opening and closing the hopper gate; a transmission mechanism (21, 23, 50, 51, 41, 43) configured to transmit the driving force to the hopper gate; a detecting device configured to detect an original point of a rotary shaft of the transmission mechanism, the original point corresponding to a position in which the hopper gate is closed; and a controller configured to receive an output signal of the detecting device, characterised in that the transmission mechanism includes a cam mechanism (41, 43) configured to convert a rotational motion of the actuator into a linear motion of a link mechanism (50, 51); a driver member of the cam mechanism is mounted to an output shaft of the actuator which is coupled to the actuator; and a follower member of the cam mechanism is mounted to the link mechanism (50, 51), and the driver member includes a first cam curved surface used to transmit the driving force to the follower member when the hopper gate is opened and a second cam curved surface used to transmit the driving force to the follower member when the hopper gate is closed. an actuator configured to generate a driving force for opening and closing the hopper gate; a transmission mechanism (21, 23, 50, 51, 41, 43) configured to transmit the driving force to the hopper gate; a detecting device configured to detect an original point of a rotary shaft of the transmission mechanism, the original point corresponding to a position in which the hopper gate is closed; and a controller configured to receive an output signal of the detecting device, characterised in that the transmission mechanism includes a cam mechanism (41, 43) configured to convert a rotational motion of the actuator into a linear motion of a link mechanism (50, 51); a driver member of the cam mechanism is mounted to an output shaft of the actuator which is coupled to the actuator; and a follower member of the cam mechanism is mounted to the link mechanism (50, 51), and the driver member includes a first cam curved surface used to transmit the driving force to the follower member when the hopper gate is opened and a second cam curved surface used to transmit the driving force to the follower member when the hopper gate is closed.
A motor vehicle, comprising a body and at least one vehicle component having at least one coupling device with two couplable coupling elements (12, 22) for the fuel-tight connection of two fuel-conducting lines (13, 23) of the motor vehicle, wherein one of the two lines (13, 23) is designed as a filler pipe for a fuel tank and the other of the two lines (13, 23) is designed as a tubular tank nozzle of the fuel tank, and with at least one securing device for securing the connected coupling elements (12, 22) against unintentional release from each other, wherein, in the coupled state, an axially extending overlapping section having at least one radial sealing device is formed between a female element and a male element, characterized in that the one coupling element is designed as the metallic female element which is fixedly connectable to one of the two lines (13, 23), the other coupling element is designed as the metallic male element which is fixedly connectable to another of the two lines (13, 23) and which can be inserted into the female element for coupling purposes, the tank nozzle is fastened to the fuel tank and the filler pipe to the body of the motor vehicle.
A davit, comprising: a column, mountable for rotation about a generally upright axis; and a jib attached to the column, wherein the jib comprises: an inner jib section and a hollow outer jib section, the inner section received in the outer jib section in a telescopic arrangement, such that the inner jib section is moveable between an extended position and a retracted position, and wherein an outer profile of the inner section comprises first and second substantially parallel sidewalls, characterised in that, the first and second sidewalls are connected to each other at each end by an arc, each arc having an outer profile that substantially corresponds in shape to a portion of an inner profile of the outer section, wherein the inner profile of the outer jib is generally circular. a column, mountable for rotation about a generally upright axis; and a jib attached to the column, wherein the jib comprises: an inner jib section and a hollow outer jib section, the inner section received in the outer jib section in a telescopic arrangement, such that the inner jib section is moveable between an extended position and a retracted position, and wherein an outer profile of the inner section comprises first and second substantially parallel sidewalls, characterised in that, the first and second sidewalls are connected to each other at each end by an arc, each arc having an outer profile that substantially corresponds in shape to a portion of an inner profile of the outer section, wherein the inner profile of the outer jib is generally circular.
A method of manufacturing an electrode on a semiconductor device having a dielectric layer above at least one metallisation layer, the method comprising: etching a via in the dielectric layer exposing the metallisation layer; depositing filling metal; etching back the filling metal using chemical mechanical polishing to remove the metal from the surface of the dielectric layer and to leave the metal in the via level with the top of the dielectric layer; carrying out a further etch to etch back the filling metal in the via to form a recess in the via; depositing an electrode metal over the surface of the dielectric and in the recess in the via; and etching back the electrode metal using chemical mechanical polishing to remove the electrode metal from the surface of the dielectric layer and to leave the electrode metal in the via to form the electrode; wherein the step of etching back the filling metal using chemical mechanical polishing uses a chemical mechanical polishing tool; and characterised in that the step of carrying out a further etch to etch back the metal in the via to form a recess includes supplying a wet etch solution through the said chemical mechanical polishing tool. etching a via in the dielectric layer exposing the metallisation layer; depositing filling metal; etching back the filling metal using chemical mechanical polishing to remove the metal from the surface of the dielectric layer and to leave the metal in the via level with the top of the dielectric layer; carrying out a further etch to etch back the filling metal in the via to form a recess in the via; depositing an electrode metal over the surface of the dielectric and in the recess in the via; and etching back the electrode metal using chemical mechanical polishing to remove the electrode metal from the surface of the dielectric layer and to leave the electrode metal in the via to form the electrode; wherein the step of etching back the filling metal using chemical mechanical polishing uses a chemical mechanical polishing tool; and characterised in that the step of carrying out a further etch to etch back the metal in the via to form a recess includes supplying a wet etch solution through the said chemical mechanical polishing tool.
A method of synthesizing the N3' → P5' thiophosphoramidate oligonucleotide imetelstat of formula the method comprising a) providing a first 3'-amino protected nucleotide attached to a solid-phase support of formula wherein PG is an acid-labile protecting group; b) deprotecting the protected 3'-amino group to form a free 3'-amino group; c) reacting the free 3'-amino group with a protected 3'-aminonucleoside-5'-O-cyanoethyl-N,N-diisopropylaminophosphoramidite monomer of formula (B' n), wherein B' n with n = 2 is protected A, to form an internucleoside N3'→P5'-phosphoramidite linkage; d) sulfurization of the internucleoside phosphoramidite group using an acyl disulfide to form a N3'→P5' thiophosphoramidate; e) repeating 11 times in successive order the deprotection step b), the coupling step c) with a protected 3'-aminonucleoside-5'-O-cyanoethyl-N,N-diisopropylamino-phosphoramidite monomer of formula (B' n) wherein the nucleoside base B' of monomer (B' n) is protected B except when B is thymine, and wherein B n is successively nucleobase B 3 to B 13 in the respective 11 coupling steps, and the sulfurization step d); f) removing the acid-labile protecting group PG; and g) deprotecting and cleaving imetelstat from the solid-phase support; characterized in that no additional capping step is performed in any of the reaction steps a) to e). a) providing a first 3'-amino protected nucleotide attached to a solid-phase support of formula wherein PG is an acid-labile protecting group; b) deprotecting the protected 3'-amino group to form a free 3'-amino group; c) reacting the free 3'-amino group with a protected 3'-aminonucleoside-5'-O-cyanoethyl-N,N-diisopropylaminophosphoramidite monomer of formula (B' n), wherein B' n with n = 2 is protected A, to form an internucleoside N3'→P5'-phosphoramidite linkage; d) sulfurization of the internucleoside phosphoramidite group using an acyl disulfide to form a N3'→P5' thiophosphoramidate; e) repeating 11 times in successive order the deprotection step b), the coupling step c) with a protected 3'-aminonucleoside-5'-O-cyanoethyl-N,N-diisopropylamino-phosphoramidite monomer of formula (B' n) wherein the nucleoside base B' of monomer (B' n) is protected B except when B is thymine, and wherein B n is successively nucleobase B 3 to B 13 in the respective 11 coupling steps, and the sulfurization step d); f) removing the acid-labile protecting group PG; and g) deprotecting and cleaving imetelstat from the solid-phase support;
A method for secure communication, the method comprising: binding an isolated environment, of a device, to a secure component, by performing an authentication using the secure component and the isolated environment, wherein the secure component includes a secure application and data; and utilizing the isolated environment as an intermediary for communication of the data between the secure application and applications of the device, the applications of the device being included in a normal world of the device, wherein performing the authentication comprises: the normal world sending a request for the data included in the secure component to the secure component, in response to the sending of the request, the secure component sending a security challenge to the normal world, in response to receiving the security challenge, the normal world requesting registration data from the isolated environment using the security challenge, the normal world receiving security credentials from the isolated environment, the normal world sending the security credentials to the secure component, and the secure component verifying the security credentials and, if the security credentials are correct, sending a success message to the normal world. binding an isolated environment, of a device, to a secure component, by performing an authentication using the secure component and the isolated environment, wherein the secure component includes a secure application and data; and utilizing the isolated environment as an intermediary for communication of the data between the secure application and applications of the device, the applications of the device being included in a normal world of the device, wherein performing the authentication comprises: the normal world sending a request for the data included in the secure component to the secure component, in response to the sending of the request, the secure component sending a security challenge to the normal world, in response to receiving the security challenge, the normal world requesting registration data from the isolated environment using the security challenge, the normal world receiving security credentials from the isolated environment, the normal world sending the security credentials to the secure component, and the secure component verifying the security credentials and, if the security credentials are correct, sending a success message to the normal world. the normal world sending a request for the data included in the secure component to the secure component, in response to the sending of the request, the secure component sending a security challenge to the normal world, in response to receiving the security challenge, the normal world requesting registration data from the isolated environment using the security challenge, the normal world receiving security credentials from the isolated environment, the normal world sending the security credentials to the secure component, and the secure component verifying the security credentials and, if the security credentials are correct, sending a success message to the normal world.