mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent article , comprising: a chassis having a front waist region , a back waist region , and a crotch region extending between the front and back waist regions ; an outer cover member and a bodyside liner extending between the front and back waist regions ; an absorbent body structure between the outer cover member and the bodyside liner ; a waistband structure extending across at least one of the front and back waist regions , the waistband structure comprising a filler material and a waistband material ; wherein the waistband structure is bonded to the at least one of the front and back waist regions via a bond pattern , the bond pattern varying position in the longitudinal direction and having at least one peak and one valley across the respective waist region, and wherein a z-directional height of the waistband structure varies on the respective waist region ; wherein the filler material is selected from lofty nonwoven materials, laminates, spunbond fabrics, films, meltblown fabrics, elastic netting, microporous web, bonded carded webs, absorbent core materials, surge materials, or foams comprised of elastomeric or polymeric materials, cellulosic materials, and combinations thereof; and wherein the bond pattern is a continuous pattern of discrete bond points , wherein a distance between successive bond points is less than about 10 mm. a chassis having a front waist region , a back waist region , and a crotch region extending between the front and back waist regions ; an outer cover member and a bodyside liner extending between the front and back waist regions ; an absorbent body structure between the outer cover member and the bodyside liner ; a waistband structure extending across at least one of the front and back waist regions , the waistband structure comprising a filler material and a waistband material ; wherein the waistband structure is bonded to the at least one of the front and back waist regions via a bond pattern , the bond pattern varying position in the longitudinal direction and having at least one peak and one valley across the respective waist region, and wherein a z-directional height of the waistband structure varies on the respective waist region ; wherein the filler material is selected from lofty nonwoven materials, laminates, spunbond fabrics, films, meltblown fabrics, elastic netting, microporous web, bonded carded webs, absorbent core materials, surge materials, or foams comprised of elastomeric or polymeric materials, cellulosic materials, and combinations thereof; and wherein the bond pattern is a continuous pattern of discrete bond points , wherein a distance between successive bond points is less than about 10 mm.
An oral thin comprising at least one matrix polymer and at least one active pharmaceutical ingredient, wherein the at least one active pharmaceutical ingredient is an acid or a base, characterised in that the at least one active pharmaceutical ingredient is present in the form of a mixture which comprises the at least one active pharmaceutical ingredient both in the form of the free acid or base and in the form of a pharmaceutically acceptable salt, wherein the mixture comprising the at least one active pharmaceutical ingredient both in the form of the free acid or base and in the form of a pharmaceutically acceptable salt comprises the at least one active pharmaceutical ingredient in the form of the free acid or base and the at least one active pharmaceutical ingredient in the form of a pharmaceutically acceptable salt of the free acid or base in a molar ratio of 3:1 to 1:3.
Assembly station of Venetian blinds with complete support ladders, comprising a plurality of stacking units of the slats on complete support ladders, wherein said stacking units are aligned with each other along an insertion axis (X) of the slats and are slidingly associated to a shared support structure which extends parallel to said insertion axis (X), wherein each stacking unit comprises: - an insertion seat of the slats (L), at which in use one slat (L) at a time is associated to a complete ladder; - a positioning device for positioning a ladder transversally to said insertion axis (X) at said insertion seat , - guiding means for guiding the slat towards said insertion seat , arranged upstream of said positioning device of the ladder, wherein the insertion seats of said stacking units jointly define a sliding lane of the slat (L) along said insertion axis (X) inside the assembly station , characterized in that it comprises at least one cable passing through the assembly station - in suspension relative to said shared support structure - along a path which is superposed to said sliding lane at the empty spaces (V) between one stacking unit and another and which instead deviates from said sliding lane at each stacking unit so that said at least one cable does not cross the relative positioning device of the ladder, and in that said at least one cable is placed near the inlet to each stacking unit at a height such as to ensure the inlet of the slat in the aforesaid guide means however without interfering with them, defining a support structure for the slat (L) in the empty spaces (V) between one stacking unit and the other. - an insertion seat of the slats (L), at which in use one slat (L) at a time is associated to a complete ladder; - a positioning device for positioning a ladder transversally to said insertion axis (X) at said insertion seat , - guiding means for guiding the slat towards said insertion seat , arranged upstream of said positioning device of the ladder, wherein the insertion seats of said stacking units jointly define a sliding lane of the slat (L) along said insertion axis (X) inside the assembly station , characterized in that it comprises at least one cable passing through the assembly station - in suspension relative to said shared support structure - along a path which is superposed to said sliding lane at the empty spaces (V) between one stacking unit and another and which instead deviates from said sliding lane at each stacking unit so that said at least one cable does not cross the relative positioning device of the ladder, and in that said at least one cable is placed near the inlet to each stacking unit at a height such as to ensure the inlet of the slat in the aforesaid guide means however without interfering with them, defining a support structure for the slat (L) in the empty spaces (V) between one stacking unit and the other.
An operating noise control device for a vehicle , the vehicle comprising an electric motor as a motive power source that generates an operating noise in proportion to a rotation speed thereof, the device comprising: a beat noise generation system that is configured to create beat noise by generating a second operating noise with a component an order of which is close to a value representing an order of the operating noise generated by the motive power source (5, 19,) only when the vehicle accelerates.
A method, comprising: receiving, at an Internet Message Access Protocol, IMAP, server from a client device associated with a given user of multiple users, a request for an IMAP folder content list of an IMAP user folder of the given user; determining, by the IMAP server, whether to inject any of multiple IMAP objects into the IMAP folder content list of the given user; in response to determining to inject a given IMAP object of the multiple IMAP objects into the IMAP folder content list of the given user, injecting, at the IMAP server, the given IMAP object into the IMAP folder content list of the given user by inserting metadata of the given IMAP object into the IMAP folder content list of the given user without storing the given IMAP object itself in the given user's IMAP user folder ; sending, by the IMAP server to the client device of the given user, the IMAP folder content list that includes the injected given IMAP object ; and injecting, by the IMAP server, the given IMAP object into multiple IMAP folder content lists of multiple IMAP user folders , one each associated with each of the multiple users, by inserting the metadata of the given IMAP object into each of the multiple IMAP folder content lists without storing the given IMAP object itself in any of the multiple IMAP user folders . receiving, at an Internet Message Access Protocol, IMAP, server from a client device associated with a given user of multiple users, a request for an IMAP folder content list of an IMAP user folder of the given user; determining, by the IMAP server, whether to inject any of multiple IMAP objects into the IMAP folder content list of the given user; in response to determining to inject a given IMAP object of the multiple IMAP objects into the IMAP folder content list of the given user, injecting, at the IMAP server, the given IMAP object into the IMAP folder content list of the given user by inserting metadata of the given IMAP object into the IMAP folder content list of the given user without storing the given IMAP object itself in the given user's IMAP user folder ; sending, by the IMAP server to the client device of the given user, the IMAP folder content list that includes the injected given IMAP object ; and injecting, by the IMAP server, the given IMAP object into multiple IMAP folder content lists of multiple IMAP user folders , one each associated with each of the multiple users, by inserting the metadata of the given IMAP object into each of the multiple IMAP folder content lists without storing the given IMAP object itself in any of the multiple IMAP user folders .
A lubricant composition comprising: a hydrocarbon base oil; and a friction modifier comprising a polyoxybutylene polymer, the polyoxybutylene polymer having been prepared by polymerizing butylene oxide with a monol initiator, and having a number average molecular weight ranging from 800 g/mol to 1200 g/mol; the polyoxybutylene polymer further characterized as being a propylene glycol n-butyl ether initiated butylene oxide homo-polymer having a kinematic viscosity at 40 °C of 60 mm 2 /s (60 cSt). a hydrocarbon base oil; and a friction modifier comprising a polyoxybutylene polymer, the polyoxybutylene polymer having been prepared by polymerizing butylene oxide with a monol initiator, and having a number average molecular weight ranging from 800 g/mol to 1200 g/mol;
A propylene-copolymer with ethylene as comonomer having a bimodal distribution of the comonomer and having a melting temperature, measured by differential scanning calorimetry, of at most 145°C, a molecular weight distribution Mw/Mn of at least 1.7; a percentage of enthalpy measured between Ti and [Tm-18 °C] of at least 20% of the total enthalpy, wherein the total enthalpy is determined by stepwise isothermal segregation technique SIST, Ti is the Initial melting temperature and Tm is the melting temperature; and a ratio E1/Co of at least 0.80, wherein said ratio Is determined by 13C-NMR analysis and is the molar fraction of ethylene as comonomer in sequences of length 1 relative to the total comonomer content, wherein the sequences of length 1 correspond to the following structures wherein said propylene-copolymer is obtainable by a polymerization in the presence of a blend of at least two single site metallocene catalysts.
A top plate for a bioreactor, wherein the top plate is designed to be fastened to a vessel of the bioreactor, the top plate comprising a connection opening, and a single-use connection device inserted into the connection opening, characterized in that the single-use connection device comprises multiple passages and a fastening section , and the single-use connection device is formed in one piece and from plastic, and the fastening section is fastened in the connection opening by a fastening structure on an outer circumferential surface .
A memory controller comprising: scrubber logic comprising circuitry to perform a first patrol scrub of a plurality of active segments of a memory, and, if no first uncorrectable error event is detected based on the first patrol scrub, to perform a second patrol scrub of one or more segments of the memory while the one or more segments are each available as a spare segment for the plurality of active segments ; and sparer logic comprising circuitry to receive an indication of a first uncorrectable error event detected based on the first patrol scrub, wherein, of a first handler process and a second handler process , the sparer logic to signal only the first handler process in response to the indication of the first uncorrectable error event, the sparer logic further to receive an indication of a second uncorrectable error event detected based on the second patrol scrub, wherein, of the first handler process and the second handler process , the sparer logic to signal only the second handler process in response to the indication of the second uncorrectable error event, wherein signaling the first handler process results in a machine check exception. scrubber logic comprising circuitry to perform a first patrol scrub of a plurality of active segments of a memory, and, if no first uncorrectable error event is detected based on the first patrol scrub, to perform a second patrol scrub of one or more segments of the memory while the one or more segments are each available as a spare segment for the plurality of active segments ; and sparer logic comprising circuitry to receive an indication of a first uncorrectable error event detected based on the first patrol scrub, wherein, of a first handler process and a second handler process , the sparer logic to signal only the first handler process in response to the indication of the first uncorrectable error event, the sparer logic further to receive an indication of a second uncorrectable error event detected based on the second patrol scrub, wherein, of the first handler process and the second handler process , the sparer logic to signal only the second handler process in response to the indication of the second uncorrectable error event, wherein signaling the first handler process results in a machine check exception.
A binder system, comprising: a) 5 to 70% by weight of polymerisates based on carboxylic acid, which have no low-molecular cross-linking agent having a molecular weight of <1000g/mol, and b) 95 to 30% by weight of a starch or a mixture of a plurality of starches and c) 0 to 10% by weight of a catalyst, d) 0 to 1% by weight of an adhesion promoter, e) 0 to 10% by weight of additives, wherein the specified percentages by weight refer to the dry mass of the binder system, i.e., without water and the sum of the constituents a) to e) is equal to 100% by weight, characterized in that the polymerisates based on carboxylic acid have free carboxylic acid groups, the acid groups are bound covalently to the polymer backbone and the concentration of free carboxylic acid groups is 500 to 1000 mg KOH/g of solid. a) 5 to 70% by weight of polymerisates based on carboxylic acid, which have no low-molecular cross-linking agent having a molecular weight of <1000g/mol, and b) 95 to 30% by weight of a starch or a mixture of a plurality of starches and c) 0 to 10% by weight of a catalyst, d) 0 to 1% by weight of an adhesion promoter, e) 0 to 10% by weight of additives,
A device comprising: a first portion, said first portion having a first contacting surface; a second portion, said second portion having a second contacting surface; wherein the first portion and the second portion are comprised of metal or metal alloy, and wherein the first and second contacting surfaces contact one another; and, wherein one of said first and second contacting surfaces comprises a diffusion hardened metallic surface which is diffusion hardened with a diffusion hardening species and the other of said first and second contacting surfaces is a metallic surface that is not diffusion hardened; wherein said diffusion hardening species is selected from the group consisting of carbon, nitrogen, oxygen, boron, and any combination thereof and further wherein said device is a medical implant. a first portion, said first portion having a first contacting surface; a second portion, said second portion having a second contacting surface; wherein the first portion and the second portion are comprised of metal or metal alloy, and wherein the first and second contacting surfaces contact one another; and, wherein one of said first and second contacting surfaces comprises a diffusion hardened metallic surface which is diffusion hardened with a diffusion hardening species and the other of said first and second contacting surfaces is a metallic surface that is not diffusion hardened; wherein said diffusion hardening species is selected from the group consisting of carbon, nitrogen, oxygen, boron, and any combination thereof and further wherein said device is a medical implant. wherein the first portion and the second portion are comprised of metal or metal alloy, and wherein the first and second contacting surfaces contact one another; and, wherein one of said first and second contacting surfaces comprises a diffusion hardened metallic surface which is diffusion hardened with a diffusion hardening species and the other of said first and second contacting surfaces is a metallic surface that is not diffusion hardened; wherein said diffusion hardening species is selected from the group consisting of carbon, nitrogen, oxygen, boron, and any combination thereof and further wherein said device is a medical implant.
A cap configured to disinfect a medical connector , the cap comprising: a housing defining a connection interface by which the cap can be coupled to a medical connector, the housing further defining a chamber ; an antiseptic within the chamber; and a sealing member having a seal region at which a fluid-tight seal exists between the sealing member and a male luer comprising a lumen of the medical connector when the cap is coupled to the medical connector via the connection interface to prevent the antiseptic from entering the lumen, one or both of the sealing member and the housing comprising one or more ports , wherein further advancement of the male luer into the chamber moves the sealing member toward a distal end of the chamber and expels at least a portion of the antiseptic from the chamber through said one or more ports so as to disinfect the male luer. a housing defining a connection interface by which the cap can be coupled to a medical connector, the housing further defining a chamber ; an antiseptic within the chamber; and a sealing member having a seal region at which a fluid-tight seal exists between the sealing member and a male luer comprising a lumen of the medical connector when the cap is coupled to the medical connector via the connection interface to prevent the antiseptic from entering the lumen, one or both of the sealing member and the housing comprising one or more ports , wherein further advancement of the male luer into the chamber moves the sealing member toward a distal end of the chamber and expels at least a portion of the antiseptic from the chamber through said one or more ports so as to disinfect the male luer.
Method to determine the opening degree of injectors in cylinders in a combustion engine with at least three cylinders, wherein said injectors are connected to a fuel accumulator in a common rail fuel injection system wherein the opening degree of injectors is a measure that determines how much fuel leaves the injector per unit time at a given fuel pressure in the fuel accumulator when the injector is open, and wherein the method starts when the fuel accumulator is pressurised, wherein the method comprises the steps: a) to interrupt the fuel supply to the fuel accumulator , b) to control at least two, and at most all except one of the injectors , to simultaneously open at a specified time and to carry out a test injection of fuel into the associated cylinders , wherein the test injection is carried out at such point in time that the injection does not cause any combustion in such cylinders, c) to measure the pressure decrease in the fuel in the fuel accumulator resulting from the test injection, d) to repeat steps b) and c) for the number of divergent combinations of injectors participating in the test injection, so that the subsequent step e) may be carried out, e) to calculate, based on measured pressure decreases during the test injections, the pressure decrease which is attributable to at least one specific injector , and f) to compare the pressure decrease calculated for said at least one injector with a pressure decrease expected, at a certain opening degree of the injector for the given fuel pressure in the fuel accumulator and a certain opening time of the injector, and based on this comparison to determine the injector's opening degree. a) to interrupt the fuel supply to the fuel accumulator , b) to control at least two, and at most all except one of the injectors , to simultaneously open at a specified time and to carry out a test injection of fuel into the associated cylinders , wherein the test injection is carried out at such point in time that the injection does not cause any combustion in such cylinders, c) to measure the pressure decrease in the fuel in the fuel accumulator resulting from the test injection, d) to repeat steps b) and c) for the number of divergent combinations of injectors participating in the test injection, so that the subsequent step e) may be carried out, e) to calculate, based on measured pressure decreases during the test injections, the pressure decrease which is attributable to at least one specific injector , and f) to compare the pressure decrease calculated for said at least one injector with a pressure decrease expected, at a certain opening degree of the injector for the given fuel pressure in the fuel accumulator and a certain opening time of the injector, and based on this comparison to determine the injector's opening degree.
A method for in-line processing of pre-formed pultruded products to be used within a wind turbine rotor blade, the method comprising: transporting a pre-formed pultruded product in a processing direction along a travel path, the pre-formed pultruded product including a combination of fibers and resin, the pre-formed pultrusion product extending lengthwise in the processing direction and defining an initial width in a widthwise direction; roughening an outer surface of the pre-formed pultruded product as the pre-formed pultruded product is being transported in the processing direction along the travel path; after roughening the outer surface of the pre-formed pultruded product, vacuuming or drying the outer surface of the pre-formed pultruded product, and cutting the pre-formed pultruded product lengthwise in the processing direction to form first and second pultruded plates as the pre-formed pultruded product is being transported in the processing direction along the travel path, each of the first and second pultruded plates defining a width in the widthwise direction that is less than the initial width of the pre-formed pultruded product. transporting a pre-formed pultruded product in a processing direction along a travel path, the pre-formed pultruded product including a combination of fibers and resin, the pre-formed pultrusion product extending lengthwise in the processing direction and defining an initial width in a widthwise direction; roughening an outer surface of the pre-formed pultruded product as the pre-formed pultruded product is being transported in the processing direction along the travel path; after roughening the outer surface of the pre-formed pultruded product, vacuuming or drying the outer surface of the pre-formed pultruded product, and cutting the pre-formed pultruded product lengthwise in the processing direction to form first and second pultruded plates as the pre-formed pultruded product is being transported in the processing direction along the travel path, each of the first and second pultruded plates defining a width in the widthwise direction that is less than the initial width of the pre-formed pultruded product.