mhurhangee/patent-ind-claim-en huggingface dataset:
Protein-polypeptide complex for use in treating oncological skin diseases as a biologically active ingredient within the composition of the medication in the form of 1.0-2.5 ml solution in a pharmaceutically acceptable carrier with complex concentration in it in the amount of 0.05 - 0.4 mg and injected with the needle's reverse run 1-3 times per week in the form of 6-20 injections during the course of 4-14 procedures during intracutaneous injections around lesion of the damaged tissue prior and/or after tumor removal, or directly into the tumor tissue after tumor size determination; along with that, the protein-polypeptide complex is used as an active substance, it is produced from homogenate of embryonic nervous and skin tissues of the hoofed livestock and contains negatively charged slightly acidic and neutral proteins and polypeptides with the molecular mass from 5 to 200 kDa and fraction content with the average molecular mass within the range from 10 to 120 kDa of at least 80 %, general protein content 0.2 - 4.2 mg/ml, maximum absorption peak of the solution UV spectrum at the wavelength 280±5nm, peak presence at the wave length 274-284 nm in the UV-visible spectrum range, presence of specific bands within pl range from 4.2 to 8.4 at isoelectric focusing in 5% polyacrylamide gel.
A disposable absorbent article comprising: a. an apertured nonwoven topsheet having a body surface and an opposing garment surface, wherein apertured refers to a nonwoven topsheet that has been subjected to a mechanical means that results in weakening patterned locations over a surface of the nonwoven topsheet; b. a backsheet; c. an absorbent core disposed between said topsheet and said backsheet; d. a surface modifying composition disposed on said body surface of said topsheet wherein said body surface exhibits a static water contact angle of 120 to 160 degrees as determined by the method for measuring the static water contact angle as defined in the test methods section herein, and a water contact angle hysteresis of from 10 to 30 degrees as determined by the method for measuring the water contact angle hysteresis as defined in the test methods section herein, and wherein said topsheet exhibits a Fiber Roughness value of 1 μm to 3.5 μm as determined by the method for measuring Fiber Roughness as defined in the test methods section herein. a. an apertured nonwoven topsheet having a body surface and an opposing garment surface, wherein apertured refers to a nonwoven topsheet that has been subjected to a mechanical means that results in weakening patterned locations over a surface of the nonwoven topsheet; b. a backsheet; c. an absorbent core disposed between said topsheet and said backsheet; d. a surface modifying composition disposed on said body surface of said topsheet
An engineered phytase comprising a target phytase, a first binding element, a second binding element, a first linker and a second linker, wherein each of the first binding element and the second binding is fused to the target phytase, the first linker is contiguous with and between the first binding element and the target phytase, and the second linker is contiguous with and between the target phytase and the second binding element, the first binding element interacts with the second binding element to cause cyclization of the engineered phytase, and enhance thermal stability of the target phytase, and wherein the target phytase is selected from the group consisting of phytases derived from Escherichia coli, Aspergillus niger, Peniophora lycii, and Schwaniomyces accidentalis , the first binding element or the second binding element is selected from the group consisting of: a tag domain, a catcher domain, an intein or part thereof, and a coiled-coil dimerization domain or part thereof, and the first linker comprises a sequence with at least 90% identity to the sequence selected from the group consisting of: SEQ ID NOS: 41, 43, 45, 47, 48, and 50; and the second linker comprises a sequence with at least 90% identity to the sequence selected from the group consisting of: SEQ ID NOS: 42, 44, 46, 49, and 50. wherein each of the first binding element and the second binding is fused to the target phytase, the first linker is contiguous with and between the first binding element and the target phytase, and the second linker is contiguous with and between the target phytase and the second binding element, the first binding element interacts with the second binding element to cause cyclization of the engineered phytase, and enhance thermal stability of the target phytase, and wherein the target phytase is selected from the group consisting of phytases derived from Escherichia coli, Aspergillus niger, Peniophora lycii, and Schwaniomyces accidentalis , the first binding element or the second binding element is selected from the group consisting of: a tag domain, a catcher domain, an intein or part thereof, and a coiled-coil dimerization domain or part thereof, and the first linker comprises a sequence with at least 90% identity to the sequence selected from the group consisting of: SEQ ID NOS: 41, 43, 45, 47, 48, and 50; and the second linker comprises a sequence with at least 90% identity to the sequence selected from the group consisting of: SEQ ID NOS: 42, 44, 46, 49, and 50.
Computer-implemented method for ascertaining a need for predictive maintenance for an optical microscope system , the method comprising - providing an optical microscope system , which comprises an image sensor for recording digital images of a sample, - recording digital images using the image sensor during regular operation of the optical microscope system , - providing at least one recorded digital image as at least one input data set to an image analysis system , - determining at least one feature by the image analysis system in the at least one recorded digital image, wherein the feature correlates to a malfunction of the optical microscope system during regular operation, - producing a status signal for a state of the optical microscope system by way of the image analysis system based on the at least one digital image and the at least one feature contained therein, and - determining , by using the status signal, a component group of the optical microscope system for which a maintenance procedure is necessary. - providing an optical microscope system , which comprises an image sensor for recording digital images of a sample, - recording digital images using the image sensor during regular operation of the optical microscope system , - providing at least one recorded digital image as at least one input data set to an image analysis system , - determining at least one feature by the image analysis system in the at least one recorded digital image, wherein the feature correlates to a malfunction of the optical microscope system during regular operation, - producing a status signal for a state of the optical microscope system by way of the image analysis system based on the at least one digital image and the at least one feature contained therein, and - determining , by using the status signal, a component group of the optical microscope system for which a maintenance procedure is necessary.
A device for delivering medicament into the skin of a patient, the device comprising: a housing enclosing: a reservoir for housing the medicament; a first internal region that is sealed from fluid ingress and includes one or more components comprising one or more of a pump, a force sensing resistor, and electronics ; a second internal region that is not sealed from fluid ingress and includes one or more components comprising a delivery cannula ; a fluid-tight barrier that separates the first internal region and the second internal region ; and the delivery cannula that delivers the medicament into the skin of the patient; and a base attached to the housing, the base including a bottom external surface for orienting toward the skin of the patient; wherein the bottom external surface of the base has one or more fluid channels disposed therein; a fluid channel cover encapsulates at least one of the fluid channels, the fluid channel cover disposed over a portion of the bottom external surface; and the one or more fluid channels pass from the first internal region , to a position outside an interior of the device on the bottom external surface of the base , and to the second internal region to bypass the barrier and maintain fluid communication between the pump and the delivery cannula . a housing enclosing: a reservoir for housing the medicament; a first internal region that is sealed from fluid ingress and includes one or more components comprising one or more of a pump, a force sensing resistor, and electronics ; a second internal region that is not sealed from fluid ingress and includes one or more components comprising a delivery cannula ; a fluid-tight barrier that separates the first internal region and the second internal region ; and the delivery cannula that delivers the medicament into the skin of the patient; and a reservoir for housing the medicament; a first internal region that is sealed from fluid ingress and includes one or more components comprising one or more of a pump, a force sensing resistor, and electronics ; a second internal region that is not sealed from fluid ingress and includes one or more components comprising a delivery cannula ; a fluid-tight barrier that separates the first internal region and the second internal region ; and the delivery cannula that delivers the medicament into the skin of the patient; and a base attached to the housing, the base including a bottom external surface for orienting toward the skin of the patient; wherein the bottom external surface of the base has one or more fluid channels disposed therein; a fluid channel cover encapsulates at least one of the fluid channels, the fluid channel cover disposed over a portion of the bottom external surface; and the one or more fluid channels pass from the first internal region , to a position outside an interior of the device on the bottom external surface of the base , and to the second internal region to bypass the barrier and maintain fluid communication between the pump and the delivery cannula .
A tape with quick and neat removal from a package box cover seal, comprising an elongated substrate , and the substrate having a first surface and a second surface facing toward each other, the first surface having an adhesive layer coated continuously thereon along a length direction of the substrate , and the second surface having a release layer coated continuously thereon along the length direction thereof, wherein the adhesive layer is coated at a partial area on a width direction of the first surface of the substrate in order to allow the first surface to continuously form a guidance peeling strip of a small width (w) and uncoated with the adhesive layer on the width direction from at least one side edge of the substrate to another side edge in an opposite direction thereof and extending along the length direction of the substrate , characterized in that : wherein the side edge of the substrate along a length direction of the guidance peeling strip is formed into a non-linear shape.
An apparatus comprising means for performing: capturing a first signal from a first radio chain; dividing samples of the first signal into a first set of sub-vectors according to a determined mapping pattern that maps the samples of the first signal to sub-vectors of the first set; capturing a second signal from a second radio chain, wherein both the first radio chain and the second radio chain are either radio receiver chains or radio transmitter chains; dividing samples of the second signal into a second set of sub-vectors according to the determined mapping pattern; estimate a gain difference and phase difference between each sub-vector of the first set and a respective sub-vector of the second set, thus acquiring sub-vector-level gain differences and sub-vector-level phase differences the first signal and the at least second signal; combining the sub-vector level gain differences to acquire a gain difference between the first signal and the second signal, and combining the sub-vector-level phase differences to acquire a phase difference between the first signal and the second signal; and configuring at least one of the first radio chain and the second radio chain to reduce the gain difference and the phase difference, and wherein the apparatus further comprises a coupling circuitry configured to: couple the first radio chain to the second radio chain to form a single radio chain, and wherein the means are configured to: acquire the first signal and the second signal while the first radio chain is coupled to the second radio chain by the coupling circuitry. capturing a first signal from a first radio chain; dividing samples of the first signal into a first set of sub-vectors according to a determined mapping pattern that maps the samples of the first signal to sub-vectors of the first set; capturing a second signal from a second radio chain, wherein both the first radio chain and the second radio chain are either radio receiver chains or radio transmitter chains; dividing samples of the second signal into a second set of sub-vectors according to the determined mapping pattern; estimate a gain difference and phase difference between each sub-vector of the first set and a respective sub-vector of the second set, thus acquiring sub-vector-level gain differences and sub-vector-level phase differences the first signal and the at least second signal; combining the sub-vector level gain differences to acquire a gain difference between the first signal and the second signal, and combining the sub-vector-level phase differences to acquire a phase difference between the first signal and the second signal; and configuring at least one of the first radio chain and the second radio chain to reduce the gain difference and the phase difference, and wherein the apparatus further comprises a coupling circuitry configured to: couple the first radio chain to the second radio chain to form a single radio chain, and wherein the means are configured to: acquire the first signal and the second signal while the first radio chain is coupled to the second radio chain by the coupling circuitry.
A mutant alcohol acyltransferase having improved activity as compared with a reference form having an amino acid sequence represented by SEQ ID NO: 1 or 2, wherein the mutant alcohol acyltransferase consists of an amino acid sequence having 95% or higher sequence identity to the amino acid sequence represented by SEQ ID NO: 1 or 2, and wherein the mutant alcohol acyltransferase has the following amino acid substitutions: a substitution of cysteine corresponding to cysteine at position 48 in alignment with the amino acid sequence represented by SEQ ID NO: 1 or 2 by another amino acid residue, and a substitution of cysteine corresponding to cysteine at position 150 in alignment with the amino acid sequence represented by SEQ ID NO: 1 or 2 by another amino acid residue. a substitution of cysteine corresponding to cysteine at position 48 in alignment with the amino acid sequence represented by SEQ ID NO: 1 or 2 by another amino acid residue, and a substitution of cysteine corresponding to cysteine at position 150 in alignment with the amino acid sequence represented by SEQ ID NO: 1 or 2 by another amino acid residue.
A clothing handling device , comprising: a main body portion , adapted to handle clothing; a door , adapted to open and close the main body portion ; and a handle component , comprising a handle panel disposed on the main body portion and a decorative sheet disposed on the handle panel , wherein the handle panel comprises a handle surface opposite to the decorative sheet , one of the handle panel and the decorative sheet comprises an assembly hole , the assembly hole comprises a first guide portion , and the other one of the handle panel and the decorative sheet comprises a buckle matching the assembly hole , wherein the assembly hole comprises a receiving portion , a matching portion , and the first guide portion connecting the receiving portion and the matching portion , and characterised in that a guide direction (X) of the first guide portion is parallel to the handle surface, which facilitates relative sliding between the assembly hole and the buckle with the help of the guide of the first guide portion during an assembly of the handle panel and the decorative sheet, so that the handle panel and the decorative sheet are relatively slidable and are blindly installable along a direction (Z) parallel to the handle surface and in that a size of the receiving portion is greater than that of the matching portion , and the first guide portion obliquely extends between the receiving portion and the matching portion . a door , adapted to open and close the main body portion ; and a handle component , comprising a handle panel disposed on the main body portion and a decorative sheet disposed on the handle panel , wherein the handle panel comprises a handle surface opposite to the decorative sheet , one of the handle panel and the decorative sheet comprises an assembly hole , the assembly hole comprises a first guide portion , and the other one of the handle panel and the decorative sheet comprises a buckle matching the assembly hole , wherein the assembly hole comprises a receiving portion , a matching portion , and the first guide portion connecting the receiving portion and the matching portion , and characterised in that a guide direction (X) of the first guide portion is parallel to the handle surface, which facilitates relative sliding between the assembly hole and the buckle with the help of the guide of the first guide portion during an assembly of the handle panel and the decorative sheet, so that the handle panel and the decorative sheet are relatively slidable and are blindly installable along a direction (Z) parallel to the handle surface and in that a size of the receiving portion is greater than that of the matching portion , and the first guide portion obliquely extends between the receiving portion and the matching portion .
A method for producing active Gc protein-derived macrophage activating factor (GcMAF), comprising a step of suspension culturing of CHO cells transfected with a vitamin-D binding protein expression vector in a serum-free medium.
Process of producing covering panels, such as floor panels, wall panels or ceiling panels, each covering panel comprising a top layer and at least one substrate, whereby said at least one substrate comprises a synthetic material and a filler material; the method comprising the steps of: - mixing a synthetic material and a filler material, thereby obtaining a mixture; - extrusion of said mixture, thereby obtaining a substrate; - optionally, laminating said substrate to a top layer; thereby obtaining a covering panel; - annealing said covering panel, characterized, in that said filler material is mixed with said synthetic material in an amount from 15 to 75 wt.% based on the total weight of said mixture. - mixing a synthetic material and a filler material, thereby obtaining a mixture; - extrusion of said mixture, thereby obtaining a substrate; - optionally, laminating said substrate to a top layer; - annealing said covering panel,
An appliance for making beverages, the appliance comprising: a container for liquid, the container having a heated base for heating the liquid; and means for creating a rotational movement of the liquid to raise a level of the liquid at an outer portion of the container ; the appliance being characterised by : a brewing chamber secured in a top portion of the container above a first liquid level, so that the liquid flows into the brewing chamber when the means for creating a rotational movement is rotating above a predetermined speed so as to raise the liquid above the first liquid level; wherein the brewing chamber comprises an opening at said outer portion, facing towards the direction of rotational movement of the liquid to allow the liquid to flow into the brewing chamber , and comprises perforations to allow the liquid to flow out of the brewing chamber . a container for liquid, the container having a heated base for heating the liquid; and means for creating a rotational movement of the liquid to raise a level of the liquid at an outer portion of the container ; the appliance being characterised by : a brewing chamber secured in a top portion of the container above a first liquid level, so that the liquid flows into the brewing chamber when the means for creating a rotational movement is rotating above a predetermined speed so as to raise the liquid above the first liquid level; wherein the brewing chamber comprises an opening at said outer portion, facing towards the direction of rotational movement of the liquid to allow the liquid to flow into the brewing chamber , and comprises perforations to allow the liquid to flow out of the brewing chamber . a brewing chamber secured in a top portion of the container above a first liquid level, so that the liquid flows into the brewing chamber when the means for creating a rotational movement is rotating above a predetermined speed so as to raise the liquid above the first liquid level; wherein the brewing chamber comprises an opening at said outer portion, facing towards the direction of rotational movement of the liquid to allow the liquid to flow into the brewing chamber , and comprises perforations to allow the liquid to flow out of the brewing chamber .
A heat conducting part, comprising: a shell, comprising an inner layer and an outer layer , wherein a cavity is enclosed by the inner layer , and the outer layer wraps a periphery of the inner layer ; a capillary structure, disposed in the cavity and abutting against the shell; and cooling liquid, located in the cavity , wherein the inner layer and the outer layer are made of different materials, and a material density of the outer layer is lower than a material density of the inner layer ; wherein the shell comprises a first plate body and a second plate body that are buckled to each other; and the inner layer is located on each of plate surfaces, facing towards each other, of the first plate body and the second plate body , the outer layer is located on each of plate surfaces, facing away from each other, of the first plate body and the second plate body , and the cavity is located between the inner layer of the first plate body and the inner layer of the second plate body ; characterized in that the first plate body and the second plate body each are provided with a concave cavity structure, and after the first plate body and the second plate body are buckled to each other, the concave cavity structure located on the first plate body and the concave cavity structure located on the second plate body are buckled to each other to form the cavity . a shell, comprising an inner layer and an outer layer , wherein a cavity is enclosed by the inner layer , and the outer layer wraps a periphery of the inner layer ; a capillary structure, disposed in the cavity and abutting against the shell; and cooling liquid, located in the cavity , wherein the inner layer and the outer layer are made of different materials, and a material density of the outer layer is lower than a material density of the inner layer ; wherein the shell comprises a first plate body and a second plate body that are buckled to each other; and the inner layer is located on each of plate surfaces, facing towards each other, of the first plate body and the second plate body , the outer layer is located on each of plate surfaces, facing away from each other, of the first plate body and the second plate body , and the cavity is located between the inner layer of the first plate body and the inner layer of the second plate body ; characterized in that the first plate body and the second plate body each are provided with a concave cavity structure, and after the first plate body and the second plate body are buckled to each other, the concave cavity structure located on the first plate body and the concave cavity structure located on the second plate body are buckled to each other to form the cavity .