mhurhangee/patent-ind-claim-en huggingface dataset:
A method for chemically modifying particles of a bicarbonate salt in a co-rotating twin-screw extruder, the method comprising: feeding the particles into an intake zone of the extruder; processing the fed particles in a heat-treatment zone of the extruder at a temperature in the range of 200 0 C to 350 0 C for a residence time in the range 3 to 20 seconds to convert 3% to 40% w/w of the bicarbonate salt present in the fed particles into a carbonate salt, thereby chemically modifying the particles; and collecting the chemically modified particles from the extruder. feeding the particles into an intake zone of the extruder; processing the fed particles in a heat-treatment zone of the extruder at a temperature in the range of 200 0 C to 350 0 C for a residence time in the range 3 to 20 seconds to convert 3% to 40% w/w of the bicarbonate salt present in the fed particles into a carbonate salt, thereby chemically modifying the particles; and collecting the chemically modified particles from the extruder.
A recombinant expression vector comprising an inducible promoter by 3-hydroxypropionic acid (3-HP) or a derivative thereof, the inducible promoter comprising a binding site to a LysR protein which is reactive to 3-HP or a derivative thereof, wherein the derivative is selected from 3-hydroxyisobutyrate or 3-hydroxybutyrate(3-HB), and the binding site is consisting of i) a base sequence selected from SEQ ID NOs: 5 to 43 and ii) an inverted repeat sequence consisting of a base sequence selected from SEQ ID NOs: 5 to 43, wherein i) and ii) are repeated once.
A variant human Arginase I protein wherein i. the natural metal cofactor (Mn 2+ ) is replaced with cobalt (Co 2+ ) ii. the variant human Arginase I protein comprises an amino acid sequence encoded by SEQ. ID NO: 1 except that it has: at least one amino acid substitution at a position selected from His101, Asp124, His126, Asp128, Asp232, Asp234, Asp181, Ser230 and Cys303; and optionally lacks N-terminal methionine; wherein said protein exhibits a k cat /K m greater than 400 mM -1 s -1 at 37 °C and pH 7.4. i. the natural metal cofactor (Mn 2+ ) is replaced with cobalt (Co 2+ ) ii. the variant human Arginase I protein comprises an amino acid sequence encoded by SEQ. ID NO: 1 except that it has: at least one amino acid substitution at a position selected from His101, Asp124, His126, Asp128, Asp232, Asp234, Asp181, Ser230 and Cys303; and optionally lacks N-terminal methionine; at least one amino acid substitution at a position selected from His101, Asp124, His126, Asp128, Asp232, Asp234, Asp181, Ser230 and Cys303; and optionally lacks N-terminal methionine;
A cross-linked polymer obtainable by reacting a maltodextrin deriving from starch comprising amylose in the range from 25 to 50% expressed as dry weight relative to the dry weight of the starch and at least one cross-linking compound having a electropositive carbon atom selected from the group consisting of a dicarboxylic acid, dianhydride, carbonyldiimidazole, diphenylcarbonate, triphosgene, acylic dichloride, diisocyanate and diepoxide, wherein the maltodextrin derives from leguminous starch and the leguminous plant is chosen from the group consisting of pea, bean, broad bean, horse bean and their mixtures.
A composite material insulating sheet for the manufacture of fabric articles, comprising: a composite down feather sheet comprising: an insulating core of down feathers bound together by a chemical binding agent , said insulating core of down feathers being homogeneous and of substantially constant thickness and defining opposed first and second flat faces, the chemical binding agent exhibiting, at least in part, elastic properties to constitute a stretchable insulating core; an outer fiber thin web of stretchable elastic adhesive bonded to the first flat face of the insulating core ; and an inner fiber thin web of stretchable elastic adhesive bonded to the second flat face of the insulating core ; an outer shell fabric material bonded to the composite down feather sheet by the outer fiber thin web of stretchable elastic adhesive such that the composite down feather sheet moves together with the outer shell fabric material ; and a lining fabric material bonded to the composite down feather sheet by the inner fiber thin web of stretchable elastic adhesive such that the composite down feather sheet moves together with the lining fabric material. a composite down feather sheet comprising: an insulating core of down feathers bound together by a chemical binding agent , said insulating core of down feathers being homogeneous and of substantially constant thickness and defining opposed first and second flat faces, the chemical binding agent exhibiting, at least in part, elastic properties to constitute a stretchable insulating core; an outer fiber thin web of stretchable elastic adhesive bonded to the first flat face of the insulating core ; and an inner fiber thin web of stretchable elastic adhesive bonded to the second flat face of the insulating core ; an insulating core of down feathers bound together by a chemical binding agent , said insulating core of down feathers being homogeneous and of substantially constant thickness and defining opposed first and second flat faces, the chemical binding agent exhibiting, at least in part, elastic properties to constitute a stretchable insulating core; an outer fiber thin web of stretchable elastic adhesive bonded to the first flat face of the insulating core ; and an inner fiber thin web of stretchable elastic adhesive bonded to the second flat face of the insulating core ; an outer shell fabric material bonded to the composite down feather sheet by the outer fiber thin web of stretchable elastic adhesive such that the composite down feather sheet moves together with the outer shell fabric material ; and a lining fabric material bonded to the composite down feather sheet by the inner fiber thin web of stretchable elastic adhesive such that the composite down feather sheet moves together with the lining fabric material.
Household appliance having at least one hob unit and having at least one household appliance operating device in a region of the hob unit assigned to an operator in the mounted state, wherein the household appliance operating device has at least one operating unit which has at least three operating elements at least for an input of at least one parameter and at least three sensor elements , wherein one of the sensor elements is assigned in each case to a respective one of the operating elements , wherein the first and second operating elements form a first overlapping region and the second and third operating elements form a second overlapping region , wherein each of the overlapping regions is provided to trigger respective sensor elements which are assigned to the operating elements forming the overlapping region , characterised in that the operating elements and the sensor elements are arranged spaced apart, wherein the operating unit has at least three conduction elements , and wherein one of the conduction elements is provided to connect at least partially one of the operating elements to one sensor element of the sensor elements that is associated with the operating element , wherein the operating element has shielding elements which are designed as conductive, earthed components and are provided to shield the conduction elements and the sensor elements for the most part, wherein the shielding elements , the conduction elements and the operating elements are designed as a coating which is applied to a rear side of the hob unit .
A polymer emulsion composition, comprising: an acrylic block copolymer including a surfactant copolymerized with the acrylic block copolymer, the surfactant being chemically bound to the polymer chain; the acrylic copolymer including a first segment of controlled molecular weight and position and a second segment of controlled molecular weight and position; the first segment including a monomer having a functional group selected from the group consisting of a self reactive functional group, a reactive functional group, and combinations thereof, wherein the self reactive functional group is selected from the group consisting of silanes, anhydrides, epoxies, alkoxymethylol, and cyclic ethers, and wherein the reactive functional group is selected from the group consisting of acetoacetyl groups, acids, hydroxyls, amines, thiols, (meth)acrylates, benzophenone, acetophenone, acyl phosphine, thioxanthone, and derivatives of benzophenone, acetophenone, acyl phosphine, and thioxanthone. an acrylic block copolymer including a surfactant copolymerized with the acrylic block copolymer, the surfactant being chemically bound to the polymer chain; the acrylic copolymer including a first segment of controlled molecular weight and position and a second segment of controlled molecular weight and position; the first segment including a monomer having a functional group selected from the group consisting of a self reactive functional group, a reactive functional group, and combinations thereof, wherein the self reactive functional group is selected from the group consisting of silanes, anhydrides, epoxies, alkoxymethylol, and cyclic ethers, and wherein the reactive functional group is selected from the group consisting of acetoacetyl groups, acids, hydroxyls, amines, thiols, (meth)acrylates, benzophenone, acetophenone, acyl phosphine, thioxanthone, and derivatives of benzophenone, acetophenone, acyl phosphine, and thioxanthone.
A method for providing services in a communication network performed by a service providing device, the method comprising the steps of Receiving a request message for a service, data of which is encoded into a plurality of layers by using layer coding; in response to said request message, sending a response message to a device, wherein, said response message comprises a single connection identifier for one layer among said plurality of layers, and an information allowing to determine other connection identifiers for said plurality of layers based on said single connection identifier, wherein, each of said single connection identifier and other connection identifiers uniquely identifies a service connection between the service providing device and the device, through which one of the plurality of layers is transmitted; and sending the data of said plurality of layers of said service through service connections identified by said single and other connection identifiers for said plurality of layers, said other connection identifiers being determined based on said single connection identifier and said information. in response to said request message, sending a response message to a device, wherein, said response message comprises a single connection identifier for one layer among said plurality of layers, and an information allowing to determine other connection identifiers for said plurality of layers based on said single connection identifier, wherein, each of said single connection identifier and other connection identifiers uniquely identifies a service connection between the service providing device and the device, through which one of the plurality of layers is transmitted; and sending the data of said plurality of layers of said service through service connections identified by said single and other connection identifiers for said plurality of layers, said other connection identifiers being determined based on said single connection identifier and said information.
A computer-implemented image processing method comprising: obtaining a 2D, two-dimensional, depth array D p having depth information of a target object, wherein an element d ij is an element of an i th row and j th column in the 2D depth array D p and a value of the element d ij is a depth value; characterized by calculating an average value of elements in each row in the 2D depth array D p to obtain a depth vector D=[d 1 , d 2 , d 3 , ..., d i , ..., d n ], wherein an element d i is an average value of elements of the i th row in the 2D depth array; calculating an absolute value of differences between adjacent elements in the depth vector D to obtain an edge determination vector ΔD=[Δd 1 , Δd 2 , Δd 3 , ..., Δd i , ..., Δd n-1] , wherein an element Δd i =|d i -d i+1 |; calculating an average value d 0 of absolute values of differences between adjacent elements in the edge determination vector ΔD, wherein d 0 =(|Δd 2 -Δd 1 |+|Δd 3 -Δd 2 |+...+|Δd n-1 -Δd n-2 |)/(n-2); and comparing an absolute value |Δd i -Δd i+1 | of differences between adjacent elements in the edge determination vector ΔD with d 0 to identify an edge of the target object, wherein in a situation where |Δd i -Δd i+1 | is greater than d 0 , it is determined that the elements of the i th row in the 2D depth array D p correspond to the edge of the target object. obtaining a 2D, two-dimensional, depth array D p having depth information of a target object, wherein an element d ij is an element of an i th row and j th column in the 2D depth array D p and a value of the element d ij is a depth value; characterized by calculating an average value of elements in each row in the 2D depth array D p to obtain a depth vector D=[d 1 , d 2 , d 3 , ..., d i , ..., d n ], wherein an element d i is an average value of elements of the i th row in the 2D depth array; calculating an absolute value of differences between adjacent elements in the depth vector D to obtain an edge determination vector ΔD=[Δd 1 , Δd 2 , Δd 3 , ..., Δd i , ..., Δd n-1] , wherein an element Δd i =|d i -d i+1 |; calculating an average value d 0 of absolute values of differences between adjacent elements in the edge determination vector ΔD, wherein d 0 =(|Δd 2 -Δd 1 |+|Δd 3 -Δd 2 |+...+|Δd n-1 -Δd n-2 |)/(n-2); and comparing an absolute value |Δd i -Δd i+1 | of differences between adjacent elements in the edge determination vector ΔD with d 0 to identify an edge of the target object, wherein in a situation where |Δd i -Δd i+1 | is greater than d 0 , it is determined that the elements of the i th row in the 2D depth array D p correspond to the edge of the target object.
An initiator solution comprising: a solvent or solvent mixture and a dilithium initiator containing C-Li which is a reaction product of lithium metal and farnesene.
A spinal correction construct comprising: a first member (22; 222) configured for attachment to a first portion of vertebral tissue (V3, V4); a second member (28; 228) configured for attachment to a second portion of the vertebral tissue (V6, V7) spaced from the first portion; a third member (34; 124) having a non-flexible configuration relative to the first and second members (22, 28; 28, 228) and being configured for attachment to an apical portion (A) of the vertebral tissue (V4, V5, V6) and along at least a portion of at least two vertebra, the third member (34; 124) extending between a first end (36; 126) connected to the first member (22; 222) at a first transition configured for attachment to the first vertebral tissue (V3, V4) and a second end (38; 128) connected to the second member (28; 228) at a second transition configured for attachment to the second vertebral tissue (V6, V7), wherein the first and second members (22, 28; 222, 228) each include a tether and the third member includes (34; 124) a spinal rod, wherein each of the members (22, 28, 34, 124; 222, 228) includes an elongated longitudinal element, and wherein the first member (22; 222) and the second member (28; 228) are disposed in a substantially coaxial arrangement to define a first longitudinal axis and the third member (34; 124) defines a second longitudinal axis spaced apart and disposed in a substantially parallel orientation relative to the first longitudinal axis. a first member (22; 222) configured for attachment to a first portion of vertebral tissue (V3, V4); a second member (28; 228) configured for attachment to a second portion of the vertebral tissue (V6, V7) spaced from the first portion; a third member (34; 124) having a non-flexible configuration relative to the first and second members (22, 28; 28, 228) and being configured for attachment to an apical portion (A) of the vertebral tissue (V4, V5, V6) and along at least a portion of at least two vertebra, the third member (34; 124) extending between a first end (36; 126) connected to the first member (22; 222) at a first transition configured for attachment to the first vertebral tissue (V3, V4) and a second end (38; 128) connected to the second member (28; 228) at a second transition configured for attachment to the second vertebral tissue (V6, V7),
A tool for the removal of surfaces, comprising a drive shaft , wherein the drive shaft is rotatably mounted at a first end , wherein a plurality of circular saw blades are disposed at the drive shaft , characterized in that the saw teeth of a last saw blade disposed at a second end of the drive shaft opposite of the first end project in the axial direction beyond the second end of the drive shaft , wherein the saw blades are connected to the drive shaft in a rotationally fixed manner, wherein the drive shaft comprises at least one longitudinal groove and a collar , wherein spacer rings are disposed between the saw blades , and wherein the spacer rings and/or the saw blades have through holes and a central opening , the spacer rings and the saw blades have central openings , that at the central openings of the spacer rings one or a plurality of lugs are configured, and that the lugs are formed in a complementary manner to the longitudinal groove or grooves of the drive shaft .
Handling sheet apparatus comprising handling means for gripping and transferring sheets to and from a sheet change support with a substantially horizontal attitude, and receiving-transmitting electromagnetic beam means which generate electromagnetic beams arranged on a plane which is intercepted by said sheets when they take up an attitude at least partially different from the horizontal one, characterized in that said receiving-transmitting electromagnetic beam means are fixedly arranged on at least a couple of linear bars (B1, B2) arranged at the same height for generating a horizontal-mesh barrier, consisting of intersecting, stationary electromagnetic beams, generated by said receiving-transmitting means, said barrier being defined above an area occupied by said sheet change support .
A method of identifying content from communications and controlling the display of the content on a portable electronic device , the method comprising: detecting , at the portable electronic device , an input to enter an attachment and link view; in response to detecting the input to enter the attachment and link view: scanning communications received at the portable electronic device for content comprising attachments and links, the communications including messages received in a plurality of messaging applications; displaying previews of the attachments and links from the plurality of messaging applications on a display, wherein the display of the previews of attachments and links from the plurality of messaging applications is dependent on an active application at the time of receipt of the input to enter the attachment and link view. detecting , at the portable electronic device , an input to enter an attachment and link view; in response to detecting the input to enter the attachment and link view: scanning communications received at the portable electronic device for content comprising attachments and links, the communications including messages received in a plurality of messaging applications; displaying previews of the attachments and links from the plurality of messaging applications on a display, wherein the display of the previews of attachments and links from the plurality of messaging applications is dependent on an active application at the time of receipt of the input to enter the attachment and link view. scanning communications received at the portable electronic device for content comprising attachments and links, the communications including messages received in a plurality of messaging applications; displaying previews of the attachments and links from the plurality of messaging applications on a display, wherein the display of the previews of attachments and links from the plurality of messaging applications is dependent on an active application at the time of receipt of the input to enter the attachment and link view.
A communication device , comprising: a matching network including a tunable reactive element ; a processing system including a processor , the processing system being coupled with the matching network; and a memory that stores executable instructions that, when executed by the processing system, facilitate performance of operations, comprising: during Frequency Division Duplex, "FDD", communication, determining a first tuning state based on increased performance in transmit operation and a second tuning state based on increased performance in receive operation; detecting a change in operational function of the communication device; adjusting weighting between the first and second tuning states resulting in adjusted weighting based on the change in the operational function; and in conjunction with said adjusting weighting between the first and second tuning states, using a two-dimensional, "2D", tuning algorithm using a two dimensional tuning grid of an antenna gamma space of an antenna coupled to the matching network to determine a tuning configuration for the matching network according to the adjusted weighting and at least one of the first tuning state or the second tuning state, wherein the determining the first and second tuning states is based on selections from first and second groups of tuning states, respectively, that are stored in the memory of the communication device, and wherein the determining the tuning configuration is based on an interpolation between the first and second tuning states that utilizes the adjusted weighting. a matching network including a tunable reactive element ; a processing system including a processor , the processing system being coupled with the matching network; and a memory that stores executable instructions that, when executed by the processing system, facilitate performance of operations, comprising: during Frequency Division Duplex, "FDD", communication, determining a first tuning state based on increased performance in transmit operation and a second tuning state based on increased performance in receive operation; detecting a change in operational function of the communication device; adjusting weighting between the first and second tuning states resulting in adjusted weighting based on the change in the operational function; and in conjunction with said adjusting weighting between the first and detecting a change in operational function of the communication device; adjusting weighting between the first and second tuning states resulting in adjusted weighting based on the change in the operational function; and in conjunction with said adjusting weighting between the first and second tuning states, using a two-dimensional, "2D", tuning algorithm using a two dimensional tuning grid of an antenna gamma space of an antenna coupled to the matching network to determine a tuning configuration for the matching network according to the adjusted weighting and at least one of the first tuning state or the second tuning state,