mhurhangee/patent-ind-claim-en huggingface dataset:
A use of a composition as a hardenable dental composition comprising: a polymerizable component; and a photoinitiator system comprising at least one electron donor having the following formula: wherein N is nitrogen; R1 is an alkyl group having 1 to 16 carbon atoms, or is CH 2 CH 2 X2; R2, R3, R4, R5, R6, R7, R8 and R9 are independently selected from H or an alkyl group having 1 to 4 carbon atoms, with the proviso that at least one carbon atom at a position alpha to the nitrogen is bonded to at least one hydrogen atom; X1 is selected from CO 2 R10, C(O)R10, and CONR10R11, and X2 is selected from CN, CO 2 R10, and C(O)R10, where each R10 and R11 are independently selected from H, alkyl groups having 1 to 6 carbon atoms, aryl groups, and aralkyl groups wherein X2 is not CO 2 H. a polymerizable component; and a photoinitiator system comprising at least one electron donor having the following formula: wherein N is nitrogen; R1 is an alkyl group having 1 to 16 carbon atoms, or is CH 2 CH 2 X2; R2, R3, R4, R5, R6, R7, R8 and R9 are independently selected from H or an alkyl group having 1 to 4 carbon atoms, with the proviso that at least one carbon atom at a position alpha to the nitrogen is bonded to at least one hydrogen atom; X1 is selected from CO 2 R10, C(O)R10, and CONR10R11, and X2 is selected from CN, CO 2 R10, and C(O)R10, where each R10 and R11 are independently selected from H, alkyl groups having 1 to 6 carbon atoms, aryl groups, and aralkyl groups wherein X2 is not CO 2 H. N is nitrogen; R1 is an alkyl group having 1 to 16 carbon atoms, or is CH 2 CH 2 X2; R2, R3, R4, R5, R6, R7, R8 and R9 are independently selected from H or an alkyl group having 1 to 4 carbon atoms, with the proviso that at least one carbon atom at a position alpha to the nitrogen is bonded to at least one hydrogen atom; X1 is selected from CO 2 R10, C(O)R10, and CONR10R11, and X2 is selected from CN, CO 2 R10, and C(O)R10, where each R10 and R11 are independently selected from H, alkyl groups having 1 to 6 carbon atoms, aryl groups, and aralkyl groups wherein X2 is not CO 2 H.
A planar biofiltration system characterized in that it comprises: - a first three-dimensional structure that is filled with a substrate. - a hydrophilic fabric that closes the sides and the base of the first three-dimensional structure , - a second empty three-dimensional structure with support or gripping elements to be secured to a wall or face depending on the subsequent placement thereof, secured to the assembly formed by the first three-dimensional structure and the hydrophilic fabric covering the base and sides of the first three-dimensional structure, that aims to create a gap to prevent moisture from the substrate from spreading to the support of the system, wherein the first structure and the second structure both are hollow structures leaving several inner spaces allowing, on one hand, the substrate to be arranged inside the first three-dimensional structure , whereas, the second structure allows the passage of air allowing the contact of the air with the rhizosphere of the roots where the associated microorganisms can remove the contaminants from the air. - a first three-dimensional structure that is filled with a substrate. - a hydrophilic fabric that closes the sides and the base of the first three-dimensional structure , - a second empty three-dimensional structure with support or gripping elements to be secured to a wall or face depending on the subsequent placement thereof, secured to the assembly formed by the first three-dimensional structure and the hydrophilic fabric covering the base and sides of the first three-dimensional structure, that aims to create a gap to prevent moisture from the substrate from spreading to the support of the system,
A method for detecting and transmitting diagnostic data from a heart of a patient, the method comprising: (a) digitizing cardiac sound data and ECG data received at a monitoring device comprising an ECG sensor and an audio sensor , wherein the cardiac sound data and ECG data are sampled at different sample rates; (b) compressing the cardiac sound data and the ECG data using an adaptive differential compression component; (c) combining the compressed cardiac sound data and compressed ECG data into a common packet structure in which each packet contains both the compressed cardiac sound data and the compressed ECG data ; and (d) transmitting the common packet structure from the monitoring device to a computing device via a Bluetooth Low Energy communications link. (a) digitizing cardiac sound data and ECG data received at a monitoring device comprising an ECG sensor and an audio sensor , wherein the cardiac sound data and ECG data are sampled at different sample rates; (b) compressing the cardiac sound data and the ECG data using an adaptive differential compression component; (c) combining the compressed cardiac sound data and compressed ECG data into a common packet structure in which each packet contains both the compressed cardiac sound data and the compressed ECG data ; and (d) transmitting the common packet structure from the monitoring device to a computing device via a Bluetooth Low Energy communications link.
A communication method, comprising: sending (S110), by a terminal device, a request message to a core network element by using a first access technology, wherein the request message requests to newly add a service flow to be transmitted by using the first access technology, the request message comprises indication information indicating that the core network element is allowed to modify the first access technology corresponding to the service flow; receiving (S120), by the terminal device by using the first access technology, a response message of the request message from the core network element, wherein the response message is usable for indicating that the service flow is to be transmitted by using the first access technology and a second access technology; and transmitting, by the terminal device, the service flow based on the response message by using the first access technology and the second access technology. sending (S110), by a terminal device, a request message to a core network element by using a first access technology, wherein the request message requests to newly add a service flow to be transmitted by using the first access technology, the request message comprises indication information indicating that the core network element is allowed to modify the first access technology corresponding to the service flow; receiving (S120), by the terminal device by using the first access technology, a response message of the request message from the core network element, wherein the response message is usable for indicating that the service flow is to be transmitted by using the first access technology and a second access technology; and transmitting, by the terminal device, the service flow based on the response message by using the first access technology and the second access technology.
A method of forming an aerosol provision device inductor coil , the method comprising: providing a litz wire comprising a plurality of wire strands, wherein each of the plurality of wire strands comprise a bondable coating; forming an inductor coil from the litz wire on a support member , wherein the inductor coil has a predetermined shape; activating the bondable coating such that the inductor coil substantially retains the predetermined shape; and removing the inductor coil from the support member . providing a litz wire comprising a plurality of wire strands, wherein each of the plurality of wire strands comprise a bondable coating; forming an inductor coil from the litz wire on a support member , wherein the inductor coil has a predetermined shape; activating the bondable coating such that the inductor coil substantially retains the predetermined shape; and removing the inductor coil from the support member .
Liquid dispensing device , comprising: - a liquid dispensing opening , - a residual liquid absorption buffer , arranged near the liquid dispensing opening , and - a removable cap comprising a shape in the immediate vicinity and opposite the dispensing opening , called a residual liquid expulsion shape , configured to evacuate the residual liquid to the buffer when the cap is fitted on the device , characterised in that it further comprises a residual liquid evaporation path between the buffer and the outside of the device when the cap is fitted on the device . - a liquid dispensing opening , - a residual liquid absorption buffer , arranged near the liquid dispensing opening , and - a removable cap comprising a shape in the immediate vicinity and opposite the dispensing opening , called a residual liquid expulsion shape , configured to evacuate the residual liquid to the buffer when the cap is fitted on the device ,
A polynucleotide having the nucleotide sequence as set forth in SEQ ID NO: 1 encoding a recombinant protein 9-lipoxygenase.
Connection assembly for connecting a tool head and a further machine module of a machine tool , in particular a surface finishing machine , wherein the connection assembly comprises at least two connection parts following one another along a longitudinal axis and each having a connection section via which the connection parts are connectable to one another, wherein the connection sections each delimit an inner cross section to the outside, wherein inside the respective cross section an electrical plug connector and a connection opening to a flow channel formed in the respective connection part are provided in such a way that when the connection sections are plugged together, mechanical clamping elements engage behind one another and the plug connectors and/or the connection openings are respectively connected to one another, characterized in that the mechanical clamping elements are provided inside the respective cross section .
A process for producing a long-chain polyunsaturated fatty acid-containing fat, comprising a step of contacting a fat with rosemary before or simultaneously with a bleaching treatment, a step of filtration after the step of bleaching, and a step of steam deodorization under reducing pressure after the step of filtration, wherein the fat contains 3% by weight or less of water, wherein the rosemary is a dried product of a leaf of Lamiaceae, genus Rosmarinus, or a pulverized product of the dried product, and wherein the step of contact treatment with rosemary is a stirring contact treatment.
A Shed, in particular a pig shed, with a defecation region , with a conveyor belt comprising a rear deflection and with a collecting trough , wherein - the floor of the defecation region is formed by the upper run of the conveyor belt , through which urine that is produced can pass, wherein the collecting trough for the urine is arranged under the upper run and above the lower run of the conveyor belt , from which collecting trough the urine is guided away, - and an excrement scraper is assigned to the conveyor belt in the region of the rear deflection thereof, which excrement scraper , during the forward movement of the conveyor belt, scrapes the excrement on the conveyor belt off onto a discharge conveyor belt , in such a way that a separation of excrement and urine takes place, characterized in that , - the collecting trough has a continuous gradient in the direction of the rear deflection . - the floor of the defecation region is formed by the upper run of the conveyor belt , through which urine that is produced can pass, wherein the collecting trough for the urine is arranged under the upper run and above the lower run of the conveyor belt , from which collecting trough the urine is guided away, - and an excrement scraper is assigned to the conveyor belt in the region of the rear deflection thereof, which excrement scraper , during the forward movement of the conveyor belt, scrapes the excrement on the conveyor belt off onto a discharge conveyor belt , in such a way that a separation of excrement and urine takes place, characterized in that , - the collecting trough has a continuous gradient in the direction of the rear deflection .
Filter element with at least one inner and one outer casing body of which at least one casing body has a cross-sectional shape deviating from a circular shape and which have contact surfaces directed towards each other for resting on substantially all filter pleats (18a-18f, 18 I -18 III ) of a pleated filter web as part of the filter element , wherein the filter pleats (18a-18f, 18 I -18 III ) are divided in terms of the pleat height (h) into individual groups (I, II) each having a plurality of filter pleats (18 I , 18 II ) adjoining each other in sections and in each case of a common pleat height (h max , h min ), characterised in that filter pleats (18b-18e; 18 III ) of at least one further third group (III) are arranged between two adjacent filter pleats (18f, 18a; 18 II , 18 I ) of different groups (I, II); in that filter pleats (18b-18e, 18 III ) assigned to the third group (III) have pleat heights which differ from each other in the manner of a curve formation which produces a transition between the pleat heights (h max , h min ) of the two adjacent groups (I, II); and in that either the outer casing body has a circular cross-sectional shape and the inner casing body has a cross-sectional shape dictated by a convex polygon, or, conversely, the inner casing body has a circular cross-sectional shape and the outer casing body has a cross-sectional shape dictated by a convex polygon. filter pleats (18b-18e; 18 III ) of at least one further third group (III) are arranged between two adjacent filter pleats (18f, 18a; 18 II , 18 I ) of different groups (I, II); in that filter pleats (18b-18e, 18 III ) assigned to the third group (III) have pleat heights which differ from each other in the manner of a curve formation which produces a transition between the pleat heights (h max , h min ) of the two adjacent groups (I, II); and in that either the outer casing body has a circular cross-sectional shape and the inner casing body has a cross-sectional shape dictated by a convex polygon, or, conversely, the inner casing body has a circular cross-sectional shape and the outer casing body has a cross-sectional shape dictated by a convex polygon.
A steel beam reinforcing method having a steel profile comprising a lower head and an upper head which is substantially parallel to said lower head , comprising the steps of: a) Connecting embedded studs under the lower head of the steel profile , b) Positioning a fixture and cables inside a mold system having a mold carcass , c) Positioning the steel profile on the mold system such that the embedded studs are placed into said fixture , d) Applying pre-tensioning process to said cables by means of pre-tensioning apparatus , e) Fixing the tensions and positions of said cables and applying lower reinforcing concrete to a concrete chamber provided in the mold system , f) Removing the pre-tensioning apparatus and releasing the cables , g) Transferring the tensioning forces, existing in the fixed cables and in the lower reinforcing concrete , to the steel beam through the embedded studs , the steel beam reinforcing method being characterized in that connection elements are provided which are connected onto said lower head , wherein during the production step, in order to prevent the deflection in the steel profile which occurs due to the fixture and the cables , the positioning arms supporting the steel profile , positioned in the mold system in step (b), are placed to the connection elements . a) Connecting embedded studs under the lower head of the steel profile , b) Positioning a fixture and cables inside a mold system having a mold carcass , c) Positioning the steel profile on the mold system such that the embedded studs are placed into said fixture , d) Applying pre-tensioning process to said cables by means of pre-tensioning apparatus , e) Fixing the tensions and positions of said cables and applying lower reinforcing concrete to a concrete chamber provided in the mold system , f) Removing the pre-tensioning apparatus and releasing the cables , g) Transferring the tensioning forces, existing in the fixed cables and in the lower reinforcing concrete , to the steel beam through the embedded studs , the steel beam reinforcing method being characterized in that connection elements are provided which are connected onto said lower head , wherein during the production step, in order to prevent the deflection in the steel profile which occurs due to the fixture and the cables , the positioning arms supporting the steel profile , positioned in the mold system in step (b), are placed to the connection elements .
An optical fiber cable, comprising: a central tube having a first inner surface and a first outer surface , wherein the first inner surface defines a bore along a longitudinal axis of the optical fiber cable ; at least one optical fiber disposed within the bore of the central tube ; a cable jacket disposed around the central tube , the cable jacket comprising a first material and having a second inner surface and a second outer surface defining a first thickness therebetween; a skin layer disposed around the cable jacket , the skin layer comprising a second material and having a third inner surface and a third outer surface defining a second thickness therebetween, the second thickness being 100 μm or less; wherein the first material is different from the second material; wherein the third outer surface defines an outermost surface of the optical fiber cable ; wherein the cable jacket is formed as a non-continuous layer comprising at least one access section that consists of the second material and extends from the skin layer into the first thickness of the cable jacket . a central tube having a first inner surface and a first outer surface , wherein the first inner surface defines a bore along a longitudinal axis of the optical fiber cable ; at least one optical fiber disposed within the bore of the central tube ; a cable jacket disposed around the central tube , the cable jacket comprising a first material and having a second inner surface and a second outer surface defining a first thickness therebetween; a skin layer disposed around the cable jacket , the skin layer comprising a second material and having a third inner surface and a third outer surface defining a second thickness therebetween, the second thickness being 100 μm or less; wherein the first material is different from the second material; wherein the third outer surface defines an outermost surface of the optical fiber cable ; wherein the cable jacket is formed as a non-continuous layer comprising at least one access section that consists of the second material and extends from the skin layer into the first thickness of the cable jacket .
A method for creating virtual network, the method comprising: creating (S101) virtual network elements vNodes and virtual ports according to virtual port parameters of the vNodes; and creating (S102) virtual links vLinks between the virtual ports of the vNodes according to the virtual port parameters, wherein the vNodes and the vLinks form a virtual network vNet, wherein the virtual ports comprise virtual network node ports vNNIs and virtual user network ports vUNIs, wherein creating the vLinks between the virtual ports of the vNodes according to the virtual port parameters comprises: determining a requirement for creating tunnels according to the virtual port parameters provided by a user, wherein the virtual port parameters comprise at least one of: port information of the vNNIs of A-Z endpoints, routing policy, routing constraint and protection manner; generating a tunnel creating command according to the requirement for creating the tunnels; sending the tunnel creating command to an SDN controller; and creating mapping relation between the vLinks and the tunnels and generating vLink IDs according to tunnel IDs returned by the SDN controller. creating (S101) virtual network elements vNodes and virtual ports according to virtual port parameters of the vNodes; and creating (S102) virtual links vLinks between the virtual ports of the vNodes according to the virtual port parameters, wherein the vNodes and the vLinks form a virtual network vNet, wherein the virtual ports comprise virtual network node ports vNNIs and virtual user network ports vUNIs, wherein creating the vLinks between the virtual ports of the vNodes according to the virtual port parameters comprises: determining a requirement for creating tunnels according to the virtual port parameters provided by a user, wherein the virtual port parameters comprise at least one of: port information of the vNNIs of A-Z endpoints, routing policy, routing constraint and protection manner; generating a tunnel creating command according to the requirement for creating the tunnels; sending the tunnel creating command to an SDN controller; and creating mapping relation between the vLinks and the tunnels and generating vLink IDs according to tunnel IDs returned by the SDN controller. determining a requirement for creating tunnels according to the virtual port parameters provided by a user, wherein the virtual port parameters comprise at least one of: port information of the vNNIs of A-Z endpoints, routing policy, routing constraint and protection manner; generating a tunnel creating command according to the requirement for creating the tunnels; sending the tunnel creating command to an SDN controller; and creating mapping relation between the vLinks and the tunnels and generating vLink IDs according to tunnel IDs returned by the SDN controller.
A fiber-reinforced composite material molding device comprising: a core portion having a first molding surface for molding a fiber preform (FB); a molding tool having a second molding surface for molding the fiber preform and a recessed portion that accommodates the core portion; a sealing member that forms a sealed space by sealing the fiber preform on the molding tool in which the core portion is accommodated in the recessed portion; a suction portion that suctions air from the sealed space to depressurize the sealed space; characterized in that the molding device comprises: a resin injection portion that injects a resin material into the fiber preform which is sealed in the sealed space depressurized by the suction portion; and a moving mechanism that separates the first molding surface from the fiber preform including the resin material which is molded by the first molding surface and cured, wherein a first groove portion which extends in a predetermined direction and through which the resin material flows is formed on the first molding surface, and the moving mechanism moves the core portion along the predetermined direction in which the first groove portion extends, while maintaining a state in which the first molding surface is in contact with the fiber preform (FB). a core portion having a first molding surface for molding a fiber preform (FB); a molding tool having a second molding surface for molding the fiber preform and a recessed portion that accommodates the core portion; a sealing member that forms a sealed space by sealing the fiber preform on the molding tool in which the core portion is accommodated in the recessed portion; a suction portion that suctions air from the sealed space to depressurize the sealed space; characterized in that the molding device comprises: a resin injection portion that injects a resin material into the fiber preform which is sealed in the sealed space depressurized by the suction portion; and a moving mechanism that separates the first molding surface from the fiber preform including the resin material which is molded by the first molding surface and cured, wherein a first groove portion which extends in a predetermined direction and through which the resin material flows is formed on the first molding surface, and the moving mechanism moves the core portion along the predetermined direction in which the first groove portion extends, while maintaining a state in which the first molding surface is in contact with the fiber preform (FB).