mhurhangee/patent-ind-claim-en huggingface dataset:
A static mixer for mixing a multi-component material (M, M'), the static mixer comprising: a plurality of mixing segments arranged in series one after another along a longitudinal axis (A) of the static mixer ; wherein at least some of the plurality of mixing segments comprise at least three elongate inlets arranged at least substantially in parallel to one another and at least three elongate outlets arranged at least substantially in parallel to one another, with a respective elongate inlet being connected to a respective elongate outlet via a respective passage , wherein the elongate outlets are arranged such that an elongate extent thereof is rotated by an angle of rotation of at least 45°about the longitudinal axis (A) with respect to an elongate extent of the elongate inlets ; wherein the elongate outlets of one mixing segment are arranged next to the elongate inlets of the next mixing segment of the series; wherein the respective passages are configured to form flow paths that direct a part flow of the multi-component material (M, M') from the elongate inlet to the elongate outlet of the mixing segment ; and wherein at least some of the passages of the mixing segment comprise at least one deflector plate arranged in the flow path in a region of the elongate inlet and/or in a region of the elongate outlet , wherein the plurality of mixing segments is formed from a plastic characterized in that at least some of the passages of the mixing segment comprise at least one deflector plate arranged in a central part of said passage in a region of the elongate inlet and/or in a region of the elongate outlet . a plurality of mixing segments arranged in series one after another along a longitudinal axis (A) of the static mixer ; wherein at least some of the plurality of mixing segments comprise at least three elongate inlets arranged at least substantially in parallel to one another and at least three elongate outlets arranged at least substantially in parallel to one another, with a respective elongate inlet being connected to a respective elongate outlet via a respective passage , wherein the elongate outlets are arranged such that an elongate extent thereof is rotated by an angle of rotation of at least 45°about the longitudinal axis (A) with respect to an elongate extent of the elongate inlets ; wherein the elongate outlets of one mixing segment are arranged next to the elongate inlets of the next mixing segment of the series; wherein the respective passages are configured to form flow paths that direct a part flow of the multi-component material (M, M') from the elongate inlet to the elongate outlet of the mixing segment ; and wherein at least some of the passages of the mixing segment comprise at least one deflector plate arranged in the flow path in a region of the elongate inlet and/or in a region of the elongate outlet , wherein the plurality of mixing segments is formed from a plastic characterized in that at least some of the passages of the mixing segment comprise at least one deflector plate arranged in a central part of said passage in a region of the elongate inlet and/or in a region of the elongate outlet .
A delayed coking quench overflow system, which comprises: a coke drum; a closed blowdown system, which comprises at least one of a blowdown condenser and a settling drum; and a filter system connected to the coke drum at one end by a fluid passageway and connected to the closed blowdown system at another end by another fluid passageway wherein the filter system comprises a coke fines filter for removing hydrocarbon particulates from an overflow stream from the coke drum that are as small as 10-25 microns in size. a coke drum; a closed blowdown system, which comprises at least one of a blowdown condenser and a settling drum; and a filter system connected to the coke drum at one end by a fluid passageway and connected to the closed blowdown system at another end by another fluid passageway wherein the filter system comprises a coke fines filter for removing hydrocarbon particulates from an overflow stream from the coke drum that are as small as 10-25 microns in size.
Frame supporting soil tilling tools , comprising a central boom , a frame body secured to one end of said boom , and at least one lateral rear portion secured to said frame body , and bearing tools , said frame body resting on main supporting wheels and said at least one lateral rear portion resting on at least one secondary supporting wheel , said frame being able to take up a manoeuvring state in which said at least one lateral rear portion is deployed with respect to said boom and away from the ground such that said tools are not engaged with the ground, said at least one secondary supporting wheel , in said manoeuvring state, being able to take up at least: - a moving position of said frame substantially in a straight line, and - a turning position, in which the absolute value of the distance (D) between said at least one secondary supporting wheel and a plane (P) approximately orthogonal to the ground (S) and passing through the axis of rotation (Δ) of said main supporting wheels is less than in said moving position of the frame substantially in a straight line, characterized in that said frame comprises control means (MC) for controlling a movement of said at least one secondary supporting wheel , or a movement of said at least one lateral rear portion , in order to put said at least one secondary supporting wheel in said turning position when said frame is cornering. - a moving position of said frame substantially in a straight line, and - a turning position, in which the absolute value of the distance (D) between said at least one secondary supporting wheel and a plane (P) approximately orthogonal to the ground (S) and passing through the axis of rotation (Δ) of said main supporting wheels is less than in said moving position of the frame substantially in a straight line, characterized in that said frame comprises control means (MC) for controlling a movement of said at least one secondary supporting wheel , or a movement of said at least one lateral rear portion , in order to put said at least one secondary supporting wheel in said turning position when said frame is cornering.
Electric switchboard terminal block having a body extending in a lengthwise longitudinal direction (X-X), widthwise transverse direction (Y-Y) and heightwise vertical direction (Z-Z), and comprising a front face and side flanks situated opposite each other in the longitudinal direction (X-X), each flank having a first seat for housing a label , and further comprising a recess suitable for insertion of one or more connecting jumpers , the recess being arranged in a central position in the longitudinal direction (X-X), open in the vertical direction (Z-Z) on the front face of the terminal block and open, on the opposite side, towards the inside of the terminal block, characterized in that said recess has at least one further seat (331;333) for housing at least one additional label , and in that said recess has a substantially trapezium-like vertical cross-section with a larger base open towards the front face and a smaller base open towards the inside of the terminal block; the recess also having opposite inclined faces slanting from the outside toward the inside and from the flanks towards a central vertical axis (Z-Z).
The use of at least one peptide for producing a transdermal therapeutic system (TTS) comprising a backing layer, which is furnished with a pressure-sensitively adhesive layer comprising at least one water-insoluble polymer; an active ingredient layer, which comprises at least this peptide and a carrier substance in the form of a sheetlike textile structure; and a protective sheet; wherein the peptide is follicle-stimulating hormone (follitropin, FSH) or somatotropic hormone (somatotropin, STH) and the active ingredient layer has an area of 1 to 100 cm 2 , preferably of 2 to 80 cm 2 , and a thickness of between 10 and 200 μm, preferably between 15 and 90 μm, and more preferably between 20 and 80 μm, for administering this peptide through ablatively treated skin to a patient.
A method for preparing a peptide, or a salt thereof, from a peptide-resin conjugate of Formula , , , or , wherein the Resin is a TFA cleavable polymer resin selected from trityl, 2-chloro-trityl, 4-methyl-trityl and 4-methoxy-trityl resins; and Pr 1 is a protecting group selected from the group consisting of Fmoc, Boc, Cbz, Npys and Alloc; said method comprising the steps of: (a) deprotecting the N-terminal α-amino function of said peptide-resin conjugate of Formula , , , or to remove protecting group Pr 1 ; (b) coupling an at least N-terminally protected amino acid or peptide having a free or activated carboxylic acid function with the deprotected α-amino function of step (a), thereby elongating the compound of formula , , , or , (c) optionally repeating steps (a) and (b) one or more times, wherein the at least N-terminally protected amino acid or peptide is identical or different to that of the preceding step (b); (d) cleaving the resulting peptide from the Resin; (e) guanylating the peptide obtained in step (d); (f) optionally removing all protecting groups which remain after step (d); (g) isolating and optionally purifying the peptide thus obtained. wherein the Resin is a TFA cleavable polymer resin selected from trityl, 2-chloro-trityl, 4-methyl-trityl and 4-methoxy-trityl resins; and Pr 1 is a protecting group selected from the group consisting of Fmoc, Boc, Cbz, Npys and Alloc; said method comprising the steps of: (a) deprotecting the N-terminal α-amino function of said peptide-resin conjugate of Formula , , , or to remove protecting group Pr 1 ; (b) coupling an at least N-terminally protected amino acid or peptide having a free or activated carboxylic acid function with the deprotected α-amino function of step (a), thereby elongating the compound of formula , , , or , (c) optionally repeating steps (a) and (b) one or more times, wherein the at least N-terminally protected amino acid or peptide is identical or different to that of the preceding step (b); (d) cleaving the resulting peptide from the Resin; (e) guanylating the peptide obtained in step (d); (f) optionally removing all protecting groups which remain after step (d); (g) isolating and optionally purifying the peptide thus obtained. (a) deprotecting the N-terminal α-amino function of said peptide-resin conjugate of Formula , , , or to remove protecting group Pr 1 ; (b) coupling an at least N-terminally protected amino acid or peptide having a free or activated carboxylic acid function with the deprotected α-amino function of step (a), thereby elongating the compound of formula , , , or , (c) optionally repeating steps (a) and (b) one or more times, wherein the at least N-terminally protected amino acid or peptide is identical or different to that of the preceding step (b); (d) cleaving the resulting peptide from the Resin; (e) guanylating the peptide obtained in step (d); (f) optionally removing all protecting groups which remain after step (d); (g) isolating and optionally purifying the peptide thus obtained.
An assembly for creating a pressure pulse in a liquid-filled cavity within a fracturable material, said assembly comprising: a transducer ; an integral energy storage component disposed in said transducer; a cable connected to said transducer storage component for delivery of electric current; and a plurality of electrode sets in said transducer for converting the electrical current into a plasma pressure source, characterised in that the electrode sets are constructed in such a way as to provide capacitance between each intermediate electrode and a ground structure of the transducer.
An information provider system for a medicament delivery device, said information provider system comprising an NFC-enabled smart device , - a sheet material; - at least one NFC-tag arranged to said sheet material, and wherein said at least one NFC-tag is arranged with a chip containing specific information related to a product, and an antenna ; wherein said information provider system further comprises a marked area for placing said NFC-enabled smart device ; wherein the marked area is positioned in relation to the NFC antenna such that a good connection may be established; and wherein the information provider system comprises at least one switch arranged to said sheet material and operably connectable to said NFC-tag such that when said switch is connected to said NFC-tag , said NFC-enabled smart device placed on the marked area and arranged adjacent said NFC-tag is activated, wherein activating said NFC-enabled smart device is in response to a signal sent by said NFC-tag via said antenna , whereby said NFC-enabled smart device provides further information to a user regarding the specific information of the NFC-tag . - a sheet material; - at least one NFC-tag arranged to said sheet material, and wherein said at least one NFC-tag is arranged with a chip containing specific information related to a product, and an antenna ;
A non-therapeutic cosmetic use of vescalagin, castalagin, or an extract of Lythrum salicaria L. containing gallic acid, vescalagin and castalagin, to stimulate the barrier function of the epidermis.
A handle system for a wing (D) of a window or door, said wing (D) being provided with a lock body of the type comprising a closing element movable between a configuration in which it is extracted from the lock body and a configuration in which it is retracted inside the lock body and a control member kinematically connected to the closing element and subjectable to a pushing or pulling force in order to translate between at least two operating positions corresponding, respectively, to the extracted and retracted configurations of the closing element , said system comprising: - a pair of base elements integrally associable with a wing (D) of a window or door in opposite positions relative to the lock body ; - a pair of grippable elements suitable for exerting a pushing or pulling force on the control member in order to bring about the translation thereof; - a spacer means integrally associated with the base elements and operatively positionable between each base element and the lock body so as to generate on the lock body a constraint reaction to the pushing or pulling force applied on the control member by said grippable elements , in such a way as to prevent a shifting of the lock body in the direction of application of the force, so that the lock body is maintained in a stable position during the application of said force, wherein said spacer means comprises a plurality of plugs which, during use, extend between each base element and the lock body according to a pre-established variable length of extension, and wherein each plug is slidingly inserted in a guide associable with a base element or with the lock body , said plug being movable between a plurality of stable positions nearer to or farther away from, respectively, the lock body or the base element , in order to adjust the distance between the base elements and the lock body . - a pair of base elements integrally associable with a wing (D) of a window or door in opposite positions relative to the lock body ; - a pair of grippable elements suitable for exerting a pushing or pulling force on the control member in order to bring about the translation thereof; - a spacer means integrally associated with the base elements and operatively positionable between each base element and the lock body so as to generate on the lock body a constraint reaction to the pushing or pulling force applied on the control member by said grippable elements , in such a way as to prevent a shifting of the lock body in the direction of application of the force, so that the lock body is maintained in a stable position during the application of said force, wherein said spacer means comprises a plurality of plugs which, during use, extend between each base element and the lock body according to a pre-established variable length of extension, and
A video encoding method comprising: generating maximum split information for a transformation unit in a coding unit predicted according to an intra mode; generating maximum split information for a transformation unit in a coding unit predicted according to an inter mode; generating information about a prediction mode for a current coding unit, wherein the information about the prediction mode indicates one of the intra mode and the inter mode; when the current coding unit is predicted according to the inter mode, determining a maximum split level of a transformation unit with respect to the current coding unit based on the maximum split information for the inter mode; determining transformation units in the current coding unit predicted according to the inter mode by using the maximum split level of the transformation unit with respect to the current coding unit; generating sub-split information for a current transformation unit among the transformation units when a current split level of the current transformation unit determined from the current coding unit is less than the maximum split level; and generating quantized transformation coefficients of the transformation units, wherein when the current transformation unit is split into a next split level of transformation units, the sub-split information is generated for indicating a split of the current transformation unit, wherein the next split level is greater than the current split level. generating maximum split information for a transformation unit in a coding unit predicted according to an intra mode; generating maximum split information for a transformation unit in a coding unit predicted according to an inter mode; generating information about a prediction mode for a current coding unit, wherein the information about the prediction mode indicates one of the intra mode and the inter mode; when the current coding unit is predicted according to the inter mode, determining a maximum split level of a transformation unit with respect to the current coding unit based on the maximum split information for the inter mode; determining transformation units in the current coding unit predicted according to the inter mode by using the maximum split level of the transformation unit with respect to the current coding unit; generating sub-split information for a current transformation unit among the transformation units when a current split level of the current transformation unit determined from the current coding unit is less than the maximum split level; and generating quantized transformation coefficients of the transformation units, wherein when the current transformation unit is split into a next split level of transformation units, the sub-split information is generated for indicating a split of the current transformation unit, wherein the next split level is greater than the current split level.
A method of distinguishing a thyroid cancer type or risk thereof, comprising the step of determining the DNA methylation status of at least 3 thyroid cancer genes of a sample of a subject, wherein the at least 3 thyroid cancer genes are selected from three or more of the genes of the proviso given below and/or of table 1 and/or table 2, and comparing the methylation status of said genes with a control sample, thereby identifying thyroid cancer DNA in the sample, with the proviso that at least one thyroid cancer gene is selected from TREM1, LRP2, NEK11, ABTB2, ACOT7, ADM, ALOX5, ANKRD22, AXIN2, BHLHE40, C10orf107, Clorf21, C20orf85, CAPS, CHKA, CIITA, CIT, CLN5, COBL, COL22A1, CPLX2, DERL3, DNAH17, DNAH9, ELM01, ELOVL5, ENO2, FAM20A, FMOD, FRMPD2, GALNT9, GJB6, GRIN2C, HK1, HLA-DOA, HOXD9, IFT140, IL17RD, IP6K3, ITM2C, ITPR1, KCNAB1, KCNN4, KRT80, LILRB1, LIPH, LOC100130238, LRRC23, LYSMD2, MACC1, MICALCL, MINA, MPPED2, MTSS1, MYO1G, NRXN2, NT5C2, NTSR1, PAG1, a PCDHA other than PCDHA13, PCNXL2, PCNXL2, PDZK1IP1, PDZRN4, PER1, PIM3, PRDM11, PRR7, PTHLH, PTPRF, RUNX2, SH2B3, SH3GL3, SLC22A9, SORBS2, SPC24, SUPT3H, SYN2, TFAP2B, TIMP4, TMC6, TMC8, TMEM204, TMOD2, TRIM29, UHRF1, WSCD2, ZSCAN18.
Process for manufacturing a memory cell, characterized by the steps: a) a non-conductive substrate is provided; b) a first conductor track of a conductive material is arranged on the substrate; c) a sol-gel ink or a hydrogel ink for a porous dielectric is arranged in a punctiform manner on the first conductor track and is dried in such a way that a nanoporous layer having pores comprising a liquid volume is formed, which has redox-active molecules; d) a second conductor track is arranged orthogonally to the first conductor track, wherein the first and the second conductor tracks have an electrode function at their crossing point, and the dielectric is provided arranged between the electrodes; e) a passivation layer is arranged on the substrate, the first conductor track, the dielectric and the second conductor track, such that the conductor tracks remain contactable; wherein the first and the second conductor tracks form a memory at their crossing point, with the dielectric arranged therebetween, in which memory the redox reaction of the redox-active molecules on the electrodes is driven by applying voltage via the conductor tracks in order to generate a memory state. a) a non-conductive substrate is provided; b) a first conductor track of a conductive material is arranged on the substrate; c) a sol-gel ink or a hydrogel ink for a porous dielectric is arranged in a punctiform manner on the first conductor track and is dried in such a way that a nanoporous layer having pores comprising a liquid volume is formed, which has redox-active molecules; d) a second conductor track is arranged orthogonally to the first conductor track, wherein the first and the second conductor tracks have an electrode function at their crossing point, and the dielectric is provided arranged between the electrodes; e) a passivation layer is arranged on the substrate, the first conductor track, the dielectric and the second conductor track, such that the conductor tracks remain contactable; wherein the first and the second conductor tracks form a memory at their crossing point, with the dielectric arranged therebetween, in which memory the redox reaction of the redox-active molecules on the electrodes is driven by applying voltage via the conductor tracks in order to generate a memory state.