mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the production of semi-hard cheese or hard cheese, comprising or consisting of the following steps: (i) providing milk; (ii) coagulating the milk while adding starter cultures and/or rennet material; (iii) separating the coagulated milk of step (ii) into whey and curd; (iv) processing the whey obtained in step (iii) with fine curd particles contained therein into a stable suspension, wherein the curd particles have a diameter of less than 250 μm; and (v) further processing of the curd obtained in step (iii) into cheese, wherein (a) before separating the whey and curd, the process comprises a further step of subjecting milk to filtration and/or bactofugation, obtaining a bacterial concentrate and a treated milk; (b) sterilising the bacterial concentrate obtained in step (a), and re-adding the sterilised bacterial concentrate to the treated milk; and (c) adding the suspension produced in step (iv) to the bactofugate obtained in step (a). (i) providing milk; (ii) coagulating the milk while adding starter cultures and/or rennet material; (iii) separating the coagulated milk of step (ii) into whey and curd; (iv) processing the whey obtained in step (iii) with fine curd particles contained therein into a stable suspension, wherein the curd particles have a diameter of less than 250 μm; and (v) further processing of the curd obtained in step (iii) into cheese, wherein (a) before separating the whey and curd, the process comprises a further step of subjecting milk to filtration and/or bactofugation, obtaining a bacterial concentrate and a treated milk; (b) sterilising the bacterial concentrate obtained in step (a), and re-adding the sterilised bacterial concentrate to the treated milk; and (c) adding the suspension produced in step (iv) to the bactofugate obtained in step (a). (a) before separating the whey and curd, the process comprises a further step of subjecting milk to filtration and/or bactofugation, obtaining a bacterial concentrate and a treated milk; (b) sterilising the bacterial concentrate obtained in step (a), and re-adding the sterilised bacterial concentrate to the treated milk; and (c) adding the suspension produced in step (iv) to the bactofugate obtained in step (a).
An absorbent article having a liquid-permeable top sheet, a liquid-impermeable back sheet and an absorbent core situated between them, and having a thickness direction, wherein the absorbent article: has, between the top sheet and the absorbent core, a colored region that is visible through the top sheet and has a different color than the color of the top sheet, has, between the top sheet and the absorbent core, a liquid-permeable base sheet, the base sheet being constructed to include a fiber material, and has a microparticle-attaching region in which non-absorbent, water-insoluble microparticles having a different color than the color of the colored region have been attached to the fiber material of the base sheet, the average particle size of the microparticles being smaller than the average width of the fiber material of the base sheet, the coverage of the microparticles being 0.35 to 3 g/m 2 , and the microparticle-attaching region includes a region that overlaps with both the colored region and the surrounding region surrounding the colored region, in the thickness direction. has, between the top sheet and the absorbent core, a colored region that is visible through the top sheet and has a different color than the color of the top sheet, has, between the top sheet and the absorbent core, a liquid-permeable base sheet, the base sheet being constructed to include a fiber material, and has a microparticle-attaching region in which non-absorbent, water-insoluble microparticles having a different color than the color of the colored region have been attached to the fiber material of the base sheet, the average particle size of the microparticles being smaller than the average width of the fiber material of the base sheet, the coverage of the microparticles being 0.35 to 3 g/m 2 , and the microparticle-attaching region includes a region that overlaps with both the colored region and the surrounding region surrounding the colored region, in the thickness direction.
A control system comprising: a controller configured to control communication between or among plural vehicle devices that control operation of at least one vehicle , characterized in that : the controller is configured to control the communication via a time sensitive network, TSN, that communicatively couples the plural vehicle devices , the controller configured to control the communication using an object management group middleware communication standard of a data distribution service, DDS, operating in the TSN , the controller configured to control the communication for the plural vehicle devices to communicate as publishers and subscribers in the DDS, the TSN configured to communicate different types of information between or among the plural vehicle devices based on whether the communication of the different types of information need to be completed within designated periods of time for safe operation of the at least one vehicle , and the controller configured to direct one or more of an engine control unit or a traction motor controller of the plural vehicle devices to communicate using time sensitive communications, the controller configured to direct at least one of: (a) a different, second vehicle device of the plural vehicle devices to communicate using best effort communications, or (b) a different, third vehicle device of the plural vehicle devices to communicate using rate constrained communications. the controller is configured to control the communication via a time sensitive network, TSN, that communicatively couples the plural vehicle devices , the controller configured to control the communication using an object management group middleware communication standard of a data distribution service, DDS, operating in the TSN , the controller configured to control the communication for the plural vehicle devices to communicate as publishers and subscribers in the DDS, the TSN configured to communicate different types of information between or among the plural vehicle devices based on whether the communication of the different types of information need to be completed within designated periods of time for safe operation of the at least one vehicle , and the controller configured to direct one or more of an engine control unit or a traction motor controller of the plural vehicle devices to communicate using time sensitive communications, the controller configured to direct at least one of: (a) a different, second vehicle device of the plural vehicle devices to communicate using best effort communications, or (b) a different, third vehicle device of the plural vehicle devices to communicate using rate constrained communications.
A battery , comprising: a case , provided with a cavity ; an end cover , configured to close an opening at an end part of the case ; an electrode assembly , arranged in the cavity ; an electrode terminal , arranged on the end cover ; and a connection member , comprising a first connection portion electrically connected with the electrode assembly and a second connection portion electrically connected with the electrode terminal , wherein the first connection portion is in a folded state along a crease relative to the second connection portion ; wherein the crease is arranged between a first end face and a second end face of the first connection portion , wherein when the connection member is in an expanded state in which the connection member is not folded, the second end face and the first end face are opposite along a length direction (L), and the second end face is far away from the second connection portion relative to the first end face ; and a first notch is arranged on a side of the first connection portion adjacent to the second connection portion , and the crease extends to the first notch ; characterized in that , the first notch extends along a direction intersected with the length direction (L), and along a direction from the first end face to the second end face , the first notch inclines towards a middle of a width direction (W) of the connection member so as to decrease a width of the crease. a case , provided with a cavity ; an end cover , configured to close an opening at an end part of the case ; an electrode assembly , arranged in the cavity ; an electrode terminal , arranged on the end cover ; and a connection member , comprising a first connection portion electrically connected with the electrode assembly and a second connection portion electrically connected with the electrode terminal , wherein the first connection portion is in a folded state along a crease relative to the second connection portion ; wherein the crease is arranged between a first end face and a second end face of the first connection portion , wherein when the connection member is in an expanded state in which the connection member is not folded, the second end face and the first end face are opposite along a length direction (L), and the second end face is far away from the second connection portion relative to the first end face ; and a first notch is arranged on a side of the first connection portion adjacent to the second connection portion , and the crease extends to the first notch ; characterized in that , the first notch extends along a direction intersected with the length direction (L), and along a direction from the first end face to the second end face , the first notch inclines towards a middle of a width direction (W) of the connection member so as to decrease a width of the crease.
An activated pectin-containing biomass composition obtained from citrus fruit, comprising: an insoluble fiber component comprising cellulosic material; and a soluble pectin component comprising readily soluble pectin; wherein the activated pectin-containing biomass composition has a coil overlap parameter of 2 or greater. an insoluble fiber component comprising cellulosic material; and a soluble pectin component comprising readily soluble pectin;
A method for making a nerve guide conduit with an internal matrix comprising: providing an outer collagen tube wherein the tube is hollow; filling the collagen tube with a slurry comprising collagen, chondroitin sulfate, and one or more inductive macromolecules, wherein the inductive macromolecules are fibronectin in combination with laminin-1 or laminin-2, freezing the slurry along an axial direction of the slurry, with the slurry having no detectable radial thermal gradient, to form a frozen slurry having parallel axially aligned crystals, freeze drying the collagen tube and the frozen slurry to remove the parallel axially aligned crystals and form the internal matrix having parallel axially aligned internal matrix pores that span one end of the matrix to the other. providing an outer collagen tube wherein the tube is hollow; filling the collagen tube with a slurry comprising collagen, chondroitin sulfate, and one or more inductive macromolecules, wherein the inductive macromolecules are fibronectin in combination with laminin-1 or laminin-2, freezing the slurry along an axial direction of the slurry, with the slurry having no detectable radial thermal gradient, to form a frozen slurry having parallel axially aligned crystals, freeze drying the collagen tube and the frozen slurry to remove the parallel axially aligned crystals and form the internal matrix having parallel axially aligned internal matrix pores that span one end of the matrix to the other.
A brachytherapy system for supporting application of radiation to a body region of a patient body, the system being configured to cooperate with an applicator configured for fixating at least one radiation source in the body region and the system comprising: an ultrasound device configured for acquiring a three-dimensional image of the body region including the applicator , and an image generation unit comprising a pre-stored three-dimensional model of the applicator and being configured to obtain position information relating the applicator on the basis of the three-dimensional image of the body region and to align the three-dimensional image of the body region and the pre-stored three-dimensional model of the applicator on the basis of the position information. an ultrasound device configured for acquiring a three-dimensional image of the body region including the applicator , and an image generation unit comprising a pre-stored three-dimensional model of the applicator and being configured to obtain position information relating the applicator on the basis of the three-dimensional image of the body region and to align the three-dimensional image of the body region and the pre-stored three-dimensional model of the applicator on the basis of the position information.
Method for exchanging information from a user with at least a first target device (11, 12, 13; 111, 112, 113) and a second target device (17, 18, 19; 117, 118, 119), with - the first target device (11, 12, 13; 111, 112, 113) being in a communication connection with a first specific target device log with a first specific communications platform , - the second target device (17, 18, 19; 117, 118, 119) being in communication connection with a second specific target device log with a second specific communications platform , - the first and the second specific communications platforms being in communication connection via the Internet with a universal communications platform that has its own platform interface module for each of the specific communications platforms and - the user being in communication connection via a terminal device with the universal communications platform , thus enabling the user to communicate via - the terminal device , the universal communications platform and the first specific communications platform with the first target device (11, 12, 13; 111, 112, 113) and - the terminal device , the universal communications platform and the second specific communications platform with the second target device (17, 18, 19; 117, 118, 119) by using a program on the terminal device for the communication between the terminal device and the universal communications platform , by which the user can also communicate with other users . - the first target device (11, 12, 13; 111, 112, 113) being in a communication connection with a first specific target device log with a first specific communications platform , - the second target device (17, 18, 19; 117, 118, 119) being in communication connection with a second specific target device log with a second specific communications platform , - the first and the second specific communications platforms being in communication connection via the Internet with a universal communications platform that has its own platform interface module for each of the specific communications platforms and - the user being in communication connection via a terminal device with the universal communications platform , - the terminal device , the universal communications platform and the first specific communications platform with the first target device (11, 12, 13; 111, 112, 113) and - the terminal device , the universal communications platform and the second specific communications platform with the second target device (17, 18, 19; 117, 118, 119)
Spring hinge for eyeglasses having a first and a second hinge part , having a central hinge plate of the second hinge part - said hinge plate being mounted in a hinge fork of the first hinge part - on the end of a shaft and having a stop for the first hinge part , said stop having the shaft of a temple passing through it and being displaceable on the shaft against a spring force, characterised in that , with the end-side hinge plate , the shaft forms a web which is stepped by lateral shoulders , and in that the stop which is slid onto the web over the central hinge plate has, on the end side remote from the hinge plate , on both sides of the web , in each case a blind hole-like receiver for the two helical springs in parallel with the web which bear against the shoulders .
Method for connecting a transmitting and receiving unit of a measuring apparatus to a measuring instrument of the measuring apparatus , wherein the measuring apparatus can be arranged on a machine , having the following method steps to be carried out in succession: - testing the measuring instrument in order to determine whether there is a first switching signal effected by switching a switching element of a switching apparatus of the measuring instrument , - a transmitting apparatus of the transmitting and receiving unit transmitting a connection request, - the measuring instrument receiving the connection request and the measuring instrument processing the connection request, - the measuring instrument transmitting a first connection confirmation message to the transmitting and receiving unit , - a receiving apparatus of the transmitting and receiving unit receiving the first connection confirmation message and the transmitting and receiving unit processing the first connection confirmation message, - the transmitting and receiving unit transmitting a confirmation signal to a control apparatus of the machine after receiving and processing the first connection confirmation message, - testing the measuring instrument in order to determine whether there is a further switching signal effected by switching a switching element of a switching apparatus of the measuring instrument , - the measuring instrument transmitting a second connection confirmation message to the transmitting and receiving unit , - the transmitting and receiving unit receiving and processing the second connection confirmation message. - testing the measuring instrument in order to determine whether there is a first switching signal effected by switching a switching element of a switching apparatus of the measuring instrument , - a transmitting apparatus of the transmitting and receiving unit transmitting a connection request, - the measuring instrument receiving the connection request and the measuring instrument processing the connection request, - the measuring instrument transmitting a first connection confirmation message to the transmitting and receiving unit , - a receiving apparatus of the transmitting and receiving unit receiving the first connection confirmation message and the transmitting and receiving unit processing the first connection confirmation message, - the transmitting and receiving unit transmitting a confirmation signal to a control apparatus of the machine after receiving and processing the first connection confirmation message, - testing the measuring instrument in order to determine whether there is a further switching signal effected by switching a switching element of a switching apparatus of the measuring instrument , - the measuring instrument transmitting a second connection confirmation message to the transmitting and receiving unit , - the transmitting and receiving unit receiving and processing the second connection confirmation message.
A peptide containing conjugate comprising: wherein P is a peptide having SEQ ID No 1; and m is 0, 1, 2, 3, 4, 5 or 6. wherein P is a peptide having SEQ ID No 1; and m is 0, 1, 2, 3, 4, 5 or 6.
A computer apparatus comprising: a first circuit , including a first pin interface , the first circuit associated with a first domain; and a manager configured to generate in a generating operation a first authenticated pin interface for the first pin interface using a first token, wherein the generating operation is based on a one-way-function applied to the said first token and to pins of the first pin interface of the first circuit, the authenticated pin interface logically mapping pins in said authenticated pin interface to pins in the first pin interface. a first circuit , including a first pin interface , the first circuit associated with a first domain; and a manager configured to generate in a generating operation a first authenticated pin interface for the first pin interface using a first token, wherein the generating operation is based on a one-way-function applied to the said first token and to pins of the first pin interface of the first circuit, the authenticated pin interface logically mapping pins in said authenticated pin interface to pins in the first pin interface.
A reciprocal quantum logic, RQL, readout system comprising: an input stage on which a read pulse (RD_PLS) is provided; an output stage configured to propagate an output pulse (OUT); and an RQL comparator comprising a first Josephson junction (J 5 ) and a second Josephson junction (J 6 ) that are inductively coupled to a qubit to provide a bias current (I Q1 , I Q2 ), such that a path of the bias current (I Q1 , I Q2 ) switches between the first Josephson junction (J 5 ) in a first quantum state of the qubit and the second Josephson junction (J 6 ) in a second quantum state of the qubit, such that the first Josephson junction (J 5 ) triggers to provide the output pulse (OUT) on the output stage in the first quantum state in response to the read pulse (RD_PLS) and the second Josephson junction (J 6 ) triggers to provide no output pulse on the output stage in the second quantum state in response to the read pulse (RD_PLS). an input stage on which a read pulse (RD_PLS) is provided; an output stage configured to propagate an output pulse (OUT); and an RQL comparator comprising a first Josephson junction (J 5 ) and a second Josephson junction (J 6 ) that are inductively coupled to a qubit to provide a bias current (I Q1 , I Q2 ), such that a path of the bias current (I Q1 , I Q2 ) switches between the first Josephson junction (J 5 ) in a first quantum state of the qubit and the second Josephson junction (J 6 ) in a second quantum state of the qubit, such that the first Josephson junction (J 5 ) triggers to provide the output pulse (OUT) on the output stage in the first quantum state in response to the read pulse (RD_PLS) and the second Josephson junction (J 6 ) triggers to provide no output pulse on the output stage in the second quantum state in response to the read pulse (RD_PLS).