mhurhangee/patent-ind-claim-en huggingface dataset:
An intramammary infusion delivery device loaded with a microbiocidal composition consisting of components capable of producing a reactive oxygen species, wherein: the reactive oxygen species is produced by the reaction of a peroxidase, a substrate for the peroxidase, and hydrogen peroxide, wherein the reactive oxygen species is hypoiodite (IO - ); the peroxidase enzyme is a lactoperoxidase; the substrate for the peroxidase is potassium iodide or sodium iodide; the source of hydrogen peroxide is (i) a solution of the hydrogen peroxide, (ii) a hydrogen peroxide releasing compound selected from the group comprising percarbonates, citric acid and perhydrates, or by enzymatic methods, or (iii) an enzymatic reaction between a sugar and an oxidoreductase; wherein the composition is optionally provided as a solution thereof, the composition being capable of delivering the reactive oxygen species to a level of at least 0.4 millimoles per litre, over a 24 hour period. the reactive oxygen species is produced by the reaction of a peroxidase, a substrate for the peroxidase, and hydrogen peroxide, wherein the reactive oxygen species is hypoiodite (IO - ); the peroxidase enzyme is a lactoperoxidase; the substrate for the peroxidase is potassium iodide or sodium iodide; the source of hydrogen peroxide is (i) a solution of the hydrogen peroxide, (ii) a hydrogen peroxide releasing compound selected from the group comprising percarbonates, citric acid and perhydrates, or by enzymatic methods, or (iii) an enzymatic reaction between a sugar and an oxidoreductase; (i) a solution of the hydrogen peroxide, (ii) a hydrogen peroxide releasing compound selected from the group comprising percarbonates, citric acid and perhydrates, or by enzymatic methods, or (iii) an enzymatic reaction between a sugar and an oxidoreductase; wherein the composition is optionally provided as a solution thereof, the composition being capable of delivering the reactive oxygen species to a level of at least 0.4 millimoles per litre, over a 24 hour period.
An aqueous emulsion comprising particles having an average volume particle size (Dv 50) of 1 to 10 μm as determined by laser diffraction, wherein said particles comprise an interpenetrating polymer network comprising: from 90 to 99 wt % of silicone gum and from 1 to 10 wt % of a crosslinked organic polymer.
A blue-green light-emitting phosphor represented by a general formula: Ba b (Sr, Ca,Mg) c (PO 4 ) d X e :Eu a where X represents a halogen element, 0.3 < a < 1.5, 9.5 ≤ a + b + c ≤ 10.5, 5.4 ≤ d ≤ 6.6, 1.8 ≤ e ≤ 2.2, 0.6 < b/(b + c) < 0.95, and upon irradiation with a near-ultraviolet ray, the blue-green light-emitting phosphor is excited to thereby emit blue-green visible light. where X represents a halogen element, 0.3 < a < 1.5, 9.5 ≤ a + b + c ≤ 10.5, 5.4 ≤ d ≤ 6.6, 1.8 ≤ e ≤ 2.2, 0.6 < b/(b + c) < 0.95, and upon irradiation with a near-ultraviolet ray, the blue-green light-emitting phosphor is excited to thereby emit blue-green visible light.
A surgical system comprising: a medical instrument including a sensing tool and a processing unit including one or more processors, wherein the processing unit is configured to: generate an anatomic model, from a set of images, using a segmentation process; register a position of a portion of the medical instrument to the anatomic model; receive data related to a patient anatomy from the sensing tool while the portion of the medical instrument traverses the patient anatomy; determine a difference between the anatomic model and patient anatomy traversed by the medical instrument, wherein determining the difference includes analyzing shape data obtained by the sensing tool while the sensing tool is located in a first passageway of the patient anatomy represented by the anatomic model and in a second passageway of the patient anatomy not represented by the anatomic model; and update the model in response to the determined difference. a medical instrument including a sensing tool and a processing unit including one or more processors, wherein the processing unit is configured to: generate an anatomic model, from a set of images, using a segmentation process; register a position of a portion of the medical instrument to the anatomic model; receive data related to a patient anatomy from the sensing tool while the portion of the medical instrument traverses the patient anatomy; determine a difference between the anatomic model and patient anatomy traversed by the medical instrument, wherein determining the difference includes analyzing shape data obtained by the sensing tool while the sensing tool is located in a first passageway of the patient anatomy represented by the anatomic model and in a second passageway of the patient anatomy not represented by the anatomic model; and update the model in response to the determined difference. generate an anatomic model, from a set of images, using a segmentation process; register a position of a portion of the medical instrument to the anatomic model; receive data related to a patient anatomy from the sensing tool while the portion of the medical instrument traverses the patient anatomy; determine a difference between the anatomic model and patient anatomy traversed by the medical instrument, wherein determining the difference includes analyzing shape data obtained by the sensing tool while the sensing tool is located in a first passageway of the patient anatomy represented by the anatomic model and in a second passageway of the patient anatomy not represented by the anatomic model; and update the model in response to the determined difference.
Cam wheel for accommodating a cam belt , having a hub plate for mounting on a shaft and a plurality of tappet means including belt support areas for accommodating the cam belt , said tappet means being attached, projecting perpendicularly away from said hub plate and spaced apart from one another, to said hub plate such that gaps are formed between said tappet means for accommodating cams of the cam belt in a positive locking manner, wherein at a first end of the respective tappet means a shaft is formed which is inserted into an opening in said hub plate , characterised in that said shaft being reshaped at its end to form a closing head in such a manner that said hub plate is clamped-in between said closing head and a shoulder formed between said shaft and said belt support area .
A pharmaceutical composition, characterized by being prepared from the following bulk drugs by weight ratio: 8.75-60 parts of silibinin 15-65 parts of phospholipid 25-200 parts of Pu'er tea extract. 8.75-60 parts of silibinin 15-65 parts of phospholipid 25-200 parts of Pu'er tea extract.
An accelerated transaction processing apparatus comprising: - a memory for storing one or more instructions ; - a communication interface for communicating with a blockchain network , which is capable to process batch transactions; and - a processor ; wherein the processor is configured, by executing the one or more instructions , to perform operations including: - obtaining monitoring information on a transaction failure event occurred in the blockchain network ; - in response to the monitoring information identifying a transaction failure event having occurred due to a transaction timeout, an unsatisfied condition of a smart contract or a Multi Version Concurrency Control(MVCC) conflict, adjusting a batch size to reduce the risk of failure of a batch transaction by - determining a failure probability of a transaction based on the monitoring information (S291), and - adjusting the batch size based on the determined failure probability (S293); and - performing batch processing for one or more individual transactions using the adjusted batch size. - a memory for storing one or more instructions ; - a communication interface for communicating with a blockchain network , which is capable to process batch transactions; and - a processor ; - obtaining monitoring information on a transaction failure event occurred in the blockchain network ; - in response to the monitoring information identifying a transaction failure event having occurred due to a transaction timeout, an unsatisfied condition of a smart contract or a Multi Version Concurrency Control(MVCC) conflict, adjusting a batch size to reduce the risk of failure of a batch transaction by - determining a failure probability of a transaction based on the monitoring information (S291), and - adjusting the batch size based on the determined failure probability (S293); and - determining a failure probability of a transaction based on the monitoring information (S291), and - adjusting the batch size based on the determined failure probability (S293); and - performing batch processing for one or more individual transactions using the adjusted batch size.
A coupling system for coupling a curved object to a central shaft , the curved object includes an inner surface facing the central shaft and an outer surface facing the opposite direction, the system comprising: - a coupling member arranged for coupling the curved object to the central shaft ; - at least one pocket integrally formed on a curved surface of the curved object and defined as a depression with respect to at least one of the inner and outer surfaces, wherein said pocket includes: a flat portion having an aperture for holding said coupling member ; and a flange portion which merges continuously from the flat portion to the curved object and is shaped such that said flat portion is disposed perpendicularly to the coupling member ; wherein the thickness of the flat portion and the flange portion is the thickness of the curved object and said flat portion extends between the outer surface and the inner surface ; and - a fastening member for fastening said coupling member to said flat portion ; and - a first nubbin of the flange portion that protrudes from the outer surface of the curved object and a second nubbin of the flange portion that protrudes from the inner surface of the curved object . - a coupling member arranged for coupling the curved object to the central shaft ; - at least one pocket integrally formed on a curved surface of the curved object and defined as a depression with respect to at least one of the inner and outer surfaces, wherein said pocket includes: a flat portion having an aperture for holding said coupling member ; and a flange portion which merges continuously from the flat portion to the curved object and is shaped such that said flat portion is disposed perpendicularly to the coupling member ; wherein the thickness of the flat portion and the flange portion is the thickness of the curved object and said flat portion extends between the outer surface and the inner surface ; and a flat portion having an aperture for holding said coupling member ; and a flange portion which merges continuously from the flat portion to the curved object and is shaped such that said flat portion is disposed perpendicularly to the coupling member ; wherein the thickness of the flat portion and the flange portion is the thickness of the curved object and said flat portion extends between the outer surface and the inner surface ; and - a fastening member for fastening said coupling member to said flat portion ; and - a first nubbin of the flange portion that protrudes from the outer surface of the curved object and a second nubbin of the flange portion that protrudes from the inner surface of the curved object .
A battery assembly , in particular for an electrically drivable motor vehicle, in particular for a motor bike, preferably for a motor scooter , comprising: - at least one battery housing ; - at least one, in particular rechargeable battery ; - at least one resonance loudspeaker having no membrane of its own at all and being arranged at a portion of the battery housing such that at least a part of the battery housing is caused to oscillate so as to serve as a loudspeaker membrane. - at least one battery housing ; - at least one, in particular rechargeable battery ; - at least one resonance loudspeaker having no membrane of its own at all and being arranged at a portion of the battery housing such that at least a part of the battery housing is caused to oscillate so as to serve as a loudspeaker membrane.
Elastomer/metal bearing as a bearing component having elastomermaterial fire protection integrated in the component, having at least two spaced-apart metal bearing parts (3, 6; 11, 12; 25) which are non-deformable in the intended operation, and which in an installed state of the elastomer/metal bearing according to the intended operation are in each case connectable to one of two structural components and/or add-on parts which are capable of being elastically supported in relation to one another, and having between the at least two metal bearing parts (3, 6; 11, 12; 25) at least one elastomer element (5; 13) which in relation to the two metal bearing parts (3, 6; 11, 12; 25) has a connection which is covered in a planar manner as well as has elastomer clearance face regions (7, 7'; 19; 24) which are freely accessible from the outside in such a manner that the at least one elastomer element (5; 13) and the elastomer clearance face regions (7, 7'; 19; 24) are dynamically deformable in an operation-related relative movement of the structural components and thus of the metal bearing parts (3, 6; 11, 12; 25), characterized in that fire protection material which foams under the effect of heat is disposed as so-called HEABM (8, 8'; 18; 26; 30; 28; 40) in the proximity of elastomer clearance face regions (7, 7'; 19; 24) on at least one non-deformable metal bearing part (3, 6; 11, 12; 25) in such a manner that the assembly and/or the foaming direction are/is aligned such that, in the event of a foaming procedure triggered by the effect of heat, a heat shield encapsulation (9, 9'; 20; 31; 33; 34) of all elastomer clearance face regions (7, 7'; 19) of the elastomer/metal bearing is capable of being configured by foamed HEABM.
A method for validating input data in a computing system , said method comprising: receiving, by a filter component , input data transmitted by a client application , wherein the input data is associated with a resource indicator; activating, by the filter component , a parsing component when the input data includes one or more predetermined patterns; forwarding, by the filter component , the input data to an intermediate software application , wherein the intermediate software application generates a query based on the forwarded input data; receiving, by the parsing component , the query from the intermediate software application , wherein the query is based on the input data and is associated with a database; validating, by the parsing component , the query when the parsing component is activated, the validating comprising: selecting one or more expected query structures that include the resource indicator; and determining whether the created query structure matches one or more of the selected expected query structures; and discarding, by the parsing component , the query when said validating fails. receiving, by a filter component , input data transmitted by a client application , wherein the input data is associated with a resource indicator; activating, by the filter component , a parsing component when the input data includes one or more predetermined patterns; forwarding, by the filter component , the input data to an intermediate software application , wherein the intermediate software application generates a query based on the forwarded input data; receiving, by the parsing component , the query from the intermediate software application , wherein the query is based on the input data and is associated with a database; validating, by the parsing component , the query when the parsing component is activated, the validating comprising: selecting one or more expected query structures that include the resource indicator; and determining whether the created query structure matches one or more of the selected expected query structures; and selecting one or more expected query structures that include the resource indicator; and determining whether the created query structure matches one or more of the selected expected query structures; and discarding, by the parsing component , the query when said validating fails.
A one-way valve for mounting over an aperture formed on a food package for cooking, storing and/or heating of ready-to-eat food, said one-way valve comprising: a first membrane with a top surface and a bottom surface , the first membrane having a first surface area; a second membrane with a proximal surface and a distal surface , the second membrane having a second surface area smaller than the first surface area, wherein the distal surface is coated with a first adhesive and the proximal surface of the second membrane is fixed to the bottom surface of the first membrane such that a peripheral edge of the second membrane aligns with or extends past a peripheral edge of the first membrane ; and wherein the one-way valve is adapted to be fixed to said food package in order to cover said aperture with said second membrane such that a canal is formed between the food package and the second membrane when a gas pressure inside the food package exceeds a threshold value, said canal extending from said aperture to the peripheral edge of the first membrane along said second membrane . a first membrane with a top surface and a bottom surface , the first membrane having a first surface area; a second membrane with a proximal surface and a distal surface , the second membrane having a second surface area smaller than the first surface area, wherein the distal surface is coated with a first adhesive and the proximal surface of the second membrane is fixed to the bottom surface of the first membrane such that a peripheral edge of the second membrane aligns with or extends past a peripheral edge of the first membrane ; and wherein the one-way valve is adapted to be fixed to said food package in order to cover said aperture with said second membrane such that a canal is formed between the food package and the second membrane when a gas pressure inside the food package exceeds a threshold value, said canal extending from said aperture to the peripheral edge of the first membrane along said second membrane .
An apparatus for correlating network data analytics, NDA, information for a device group comprising multiple terminal devices , wherein each terminal device is associated with a group member identifier and the device group is associated with a group identifier, the apparatus being configured as a network data analytics function, NWDAF, and being adapted to receive, from a network exposure function, NEF, , an NDA request comprising a group identifier and an NDA specification of NDA information to be collected; send, to at least one of a unified data management, UDM, , a binding support function, BSF, and a unified data repository, UDR, , a group member identifier request comprising the group identifier; receive, from the at least one of the UDM , the BSF and the UDR , in response to the group member identifier request, one or more group member identifiers associated with the group identifier; configure one or more user plane functions, UPFs, associated with the group member identifiers in accordance with the NDA specification; obtain, from the one or more UPFs , NDA information collected for the group member identifiers based on the NDA specification; and correlate the NDA information collected for the group member identifiers based on their association with the device group. receive, from a network exposure function, NEF, , an NDA request comprising a group identifier and an NDA specification of NDA information to be collected; send, to at least one of a unified data management, UDM, , a binding support function, BSF, and a unified data repository, UDR, , a group member identifier request comprising the group identifier; receive, from the at least one of the UDM , the BSF and the UDR , in response to the group member identifier request, one or more group member identifiers associated with the group identifier; configure one or more user plane functions, UPFs, associated with the group member identifiers in accordance with the NDA specification; obtain, from the one or more UPFs , NDA information collected for the group member identifiers based on the NDA specification; and correlate the NDA information collected for the group member identifiers based on their association with the device group.
Knife sharpening angle guide, comprising a body of rigid material, which is removably attachable through a central hole of the body on a sharpening rod and is movable in both directions along the length of the sharpening rod, and inclined guiding cutouts are formed in the body at its opposite sides for receiving a knife blade to be sharpened and to position the knife blade at a predetermined angle with respect to the sharpening rod during sharpening process of different sides of the blade, characterized in that the pair of guiding cutouts , each having an inclined narrowing cavity, wherein the guiding cutouts are located at opposite ends of the body and directed to opposite directions so that pointed ends of the inclined narrowing cavities of the guiding cutouts and of the pair are directed towards the central hole of the body , allowing the blade of the knife to have contact with the sharpening rod at the predetermined angle during the sharpening process, and wider open ends of the inclined narrowing cavities of the guiding cutouts and of the pair are directed to outside in the opposite ends of the body .