mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing a conjugate in which a compound represented by the formula is conjugated to Lys 45 and 97 amino acids of erythropoietin, the method comprising: (a) a step of dissolving the compound represented by the formula in phosphoric acid salt; (b) a step of adding erythropoietin in a molar ratio of 1:1 to 1:5 with respect to the compound represented by the formula to (a) and stirring at 18° C to 32° C for 0.2 to 3 hours; and (c) a step of stopping reaction by adjusting acidity (pH) to 4.0 to 5.0 (a) a step of dissolving the compound represented by the formula in phosphoric acid salt; (b) a step of adding erythropoietin in a molar ratio of 1:1 to 1:5 with respect to the compound represented by the formula to (a) and stirring at 18° C to 32° C for 0.2 to 3 hours; and (c) a step of stopping reaction by adjusting acidity (pH) to 4.0 to 5.0
A method for forming a seam or a hem in a fabric, comprising: providing a woven fabric including a plurality of fibers , said plurality of fibers including elastic and inelastic fibers; sewing together an edge of a first piece of said woven fabric to a second piece of said woven fabric , to form a seam or folding a fabric piece and sewing it to form a hem with an outer edge ; laminating a third piece of fabric with an adhesive material ; forming a strip by cutting said third piece of fabric ; disposing said strip along said seam or hem; and affixing said strip to said seam or hem, wherein the hem is sealed by joining said strip to the hem such as to cover edge of fabric piece ; wherein that said woven fabric is elastic and includes elastic yarns; wherein said woven fabric is an uncoated and unlaminated single layer of fabric material; said plurality of fibers includes elastic and natural materials; and wherein said affixing said strip to said seam or hem is carried out by using pressure and heat such that said fibers formed of elastic materials adhere to said adhesive material . providing a woven fabric including a plurality of fibers , said plurality of fibers including elastic and inelastic fibers; sewing together an edge of a first piece of said woven fabric to a second piece of said woven fabric , to form a seam or folding a fabric piece and sewing it to form a hem with an outer edge ; laminating a third piece of fabric with an adhesive material ; forming a strip by cutting said third piece of fabric ; disposing said strip along said seam or hem; and affixing said strip to said seam or hem, wherein the hem is sealed by joining said strip to the hem such as to cover edge of fabric piece ; wherein that said woven fabric is elastic and includes elastic yarns; wherein said woven fabric is an uncoated and unlaminated single layer of fabric material; said plurality of fibers includes elastic and natural materials; and wherein said affixing said strip to said seam or hem is carried out by using pressure and heat such that said fibers formed of elastic materials adhere to said adhesive material .
A system comprising: at least one physical memory device to store drop size logic; and one or more processors coupled with the at least one physical memory device to execute the drop size logic to generate drop size data associated with a printing system based on ink deposition data for a print medium and ink drop count data; wherein the drop size data is generated based on a plurality of print system characteristics, wherein the print system characteristics comprise gray levels, wherein the drop size data is generated by performing a drop size regression, wherein the drop size regression determines a best fit of drop sizes for a plurality of gray levels to determine an ink deposition per area equal to the ink deposition data, wherein the ink deposition is determined for each gray level using the drop size regression. at least one physical memory device to store drop size logic; and one or more processors coupled with the at least one physical memory device to execute the drop size logic to generate drop size data associated with a printing system based on ink deposition data for a print medium and ink drop count data; wherein the drop size data is generated based on a plurality of print system characteristics, wherein the print system characteristics comprise gray levels, wherein the drop size data is generated by performing a drop size regression, wherein the drop size regression determines a best fit of drop sizes for a plurality of gray levels to determine an ink deposition per area equal to the ink deposition data, wherein the ink deposition is determined for each gray level using the drop size regression.
MEMS-transducer (10 1 ; 10 2 ; 20 1 ; 20 2 , 30; 40 1 ; 40 2 ) comprising: a membrane structure having a first main surface and a second main surface opposing the first main surface ; a substrate structure configured to hold the membrane structure , wherein the substrate structure overlaps with the first main surface of the membrane structure in a first edge region being adjacent to a first inner region of the first main surface ; a gap (22; 22 1 ; 22 2 ) formed between the membrane structure and the substrate structure in the first edge region and extending from the first inner region into the first edge region ; characterized in comprising a carbon layer comprising a carbon material and arranged on the first main surface in an outer region of the first main surface adjacent to the gap ; wherein the gap extends from the inner region towards the outer region . a membrane structure having a first main surface and a second main surface opposing the first main surface ; a substrate structure configured to hold the membrane structure , wherein the substrate structure overlaps with the first main surface of the membrane structure in a first edge region being adjacent to a first inner region of the first main surface ; a gap (22; 22 1 ; 22 2 ) formed between the membrane structure and the substrate structure in the first edge region and extending from the first inner region into the first edge region ; characterized in comprising a carbon layer comprising a carbon material and arranged on the first main surface in an outer region of the first main surface adjacent to the gap ; wherein the gap extends from the inner region towards the outer region .
Method for providing information related to a location of a vehicle , wherein the information related to the location indicates, that the vehicle is a personal vehicle waiting for a passenger to get into or to get out of the vehicle, the method comprising, using a control module for: Determining an activation status of a warning function of the vehicle, wherein the warning function comprises an active state and an inactive state, and wherein the warning function being set to an active state indicates that the vehicle is waiting for a passenger to get into or to get out of the vehicle; Changing the activation status of the vehicle based on a user input of a user of the vehicle, wherein the user input is based on an activation of a hazard flasher of the vehicle; Determining the location of the vehicle; Determining , whether a passenger door of the vehicle is open using door sensors; and Transmitting , using a wireless communication module , the information related to the location of the vehicle to a plurality of vehicles if the warning function is set to active and if the passenger door of the vehicle is open and/or has been open within a predefined timespan, wherein, if the warning function is set to an inactive state, the information related to the location of the vehicle is not transmitted. Determining an activation status of a warning function of the vehicle, wherein the warning function comprises an active state and an inactive state, and wherein the warning function being set to an active state indicates that the vehicle is waiting for a passenger to get into or to get out of the vehicle; Changing the activation status of the vehicle based on a user input of a user of the vehicle, wherein the user input is based on an activation of a hazard flasher of the vehicle; Determining the location of the vehicle; Determining , whether a passenger door of the vehicle is open using door sensors; and Transmitting , using a wireless communication module , the information related to the location of the vehicle to a plurality of vehicles if the warning function is set to active and if the passenger door of the vehicle is open and/or has been open within a predefined timespan, wherein, if the warning function is set to an inactive state, the information related to the location of the vehicle is not transmitted.
A test structure comprising: a frame ; a shear reduction plate configured to couple to a first end of a test asset including or corresponding to a beam; multiple rockers , each rocker comprising a first end and a second end , the first end having a curved contact surface configured to contact the shear reduction plate, the second end having a connector movably coupled to the frame and configured to pivot, responsive to a bending moment applied to the test asset, such that the curved contact surface rocks in contact with the shear reduction plate; an axial loader coupled to a second end of the test asset and configured to apply an axial load to the test asset; and a translational loader coupled to the frame and configured to apply a translational load to the test asset, wherein the translational load is orthogonal to the axial load, and wherein the translational load causes the bending moment applied to the test asset. a frame ; a shear reduction plate configured to couple to a first end of a test asset including or corresponding to a beam; multiple rockers , each rocker comprising a first end and a second end , the first end having a curved contact surface configured to contact the shear reduction plate, the second end having a connector movably coupled to the frame and configured to pivot, responsive to a bending moment applied to the test asset, such that the curved contact surface rocks in contact with the shear reduction plate;
A pouch assembly containing a liquid being an aqueous urea solution for use in a selective catalytic reduction system for treating exhaust gases of an internal combustion engine of a vehicle and for transferring the liquid to a liquid tank of the vehicle, the pouch assembly comprising a flexible pouch and a spout attached thereto, wherein at least a part of the spout extends outside the flexible pouch and is arranged to dispense the liquid contained in the flexible pouch into the liquid tank of the vehicle via a tank filling neck configured to receive the spout , wherein the spout comprises - a base having an elongated axial through-passage to serve as a discharge passage for the liquid, the base extending axially through an opening provided in a wall of the pouch and being attached to the opening , and - a top end having an elongated axial through-passage in fluid connection with the base elongated axial through-passage , the top end configured for insertion into the filling neck of the liquid tank for transfer of the liquid into the liquid tank; wherein the spout further comprises a body that - extends between the base and the top end of the spout , - has an elongated shape, - has an elongated axial through-passage in fluid connection with base and top end elongated axial through-passages , and - is configured to at least partially extend into the tank filling neck of the liquid tank for the transfer of liquid into the liquid tank; wherein the top end has a maximum outer diameter (D 1 ) that is equal to or less than 97 % of the diameter of the inner inside passage of the tank filling neck at its narrowest whereby the filling neck is defined in accordance with ISO 22241 and wherein the body has a length (L 1 ) that is between 4 and 12 times the length (L 2 ) of the base of the spout , and is between 2 and 6 times the length (L 3 ) of the top end of the spout . - a base having an elongated axial through-passage to serve as a discharge passage for the liquid, the base extending axially through an opening provided in a wall of the pouch and being attached to the opening , and - a top end having an elongated axial through-passage in fluid connection with the base elongated axial through-passage , the top end configured for insertion into the filling neck of the liquid tank for transfer of the liquid into the liquid tank; - extends between the base and the top end of the spout , - has an elongated shape, - has an elongated axial through-passage in fluid connection with base and top end elongated axial through-passages , and - is configured to at least partially extend into the tank filling neck of the liquid tank for the transfer of liquid into the liquid tank;
Program-controlled hot beverage maker , comprising actuators (8, 9, 70, V) for preparing hot beverages, at least one storage container for storing an ingredient (B, W, M), a control means for activating and deactivating the actuators (8, 9, 70, V) for the preparation of the beverage, an operating device which has a display device for displaying or identifying different selectable beverages or parameters and which is connected to the control means , and an operating handle (E, K, C, L) for selecting a beverage to be selected, which handle is also connected to the control means for activating and carrying out the preparation of the selected beverage, the control means being designed and programmed to output information on the fill level of at least one ingredient in the storage container assigned to the ingredient on the display device , characterised in that the control means (18, uC) is also designed and programmed to determine an ingredient quantity (I) present in the storage container on the basis of the beverages selected by the user; the control means (18, uC) being designed and programmed to update the information on the ingredient quantity (I) with the aid of a calculation formula or mathematical model after each beverage selection in such a way that when the beverage preparation is selected or started, a measure stored in the memory of the control means or a characteristic value for the ingredient quantity currently received in the storage container is reduced by the value required for the current beverage preparation; and in that the different individual amounts required for the different beverage preparations are known to the controller . the control means (18, uC) is also designed and programmed to determine an ingredient quantity (I) present in the storage container on the basis of the beverages selected by the user; the control means (18, uC) being designed and programmed to update the information on the ingredient quantity (I) with the aid of a calculation formula or mathematical model after each beverage selection in such a way that when the beverage preparation is selected or started, a measure stored in the memory of the control means or a characteristic value for the ingredient quantity currently received in the storage container is reduced by the value required for the current beverage preparation; and in that the different individual amounts required for the different beverage preparations are known to the controller .
Isolated autologous CD133 + bone marrow derived stem cells (BMDSC) for use in inducing endometrial regeneration in a subject in need thereof, wherein the isolated CD133 + BMDSC are administered into the uterine arteries of the subject in need thereof.
An ultrasound system , comprising: a probe operable to transmit ultrasound signals to a target object containing a periodically moving object and receive ultrasound echo signals reflected from the target object; characterized by comprising a volume data forming and reconstructing unit operable to form volume data based on the ultrasound echo signals, the volume data forming and reconstructing unit being configured to determine a beat period of the moving object and reconstruct the volume data based on the beat period; an input unit to receive reference image setup information and M-mode line setup information from a user; a processor operable to form a plurality of reference images corresponding to a plurality of cross-sections at different positions within the volume data by using the reconstructed volume data based on the reference image setup information, set at least one M-mode line on each of the reference images based on the M-mode line setup information, and form a plurality of M-mode images by extracting data corresponding to the at least one M-mode line from the reconstructed volume data; and a display unit to display the at least one M-mode line on each of the reference images, and the plurality of M-mode images corresponding to the at least one M-mode line on each of the reference images at the same time. a probe operable to transmit ultrasound signals to a target object containing a periodically moving object and receive ultrasound echo signals reflected from the target object; characterized by comprising a volume data forming and reconstructing unit operable to form volume data based on the ultrasound echo signals, the volume data forming and reconstructing unit being configured to determine a beat period of the moving object and reconstruct the volume data based on the beat period; an input unit to receive reference image setup information and M-mode line setup information from a user; a processor operable to form a plurality of reference images corresponding to a plurality of cross-sections at different positions within the volume data by using the reconstructed volume data based on the reference image setup information, set at least one M-mode line on each of the reference images based on the M-mode line setup information, and form a plurality of M-mode images by extracting data corresponding to the at least one M-mode line from the reconstructed volume data; and a display unit to display the at least one M-mode line on each of the reference images, and the plurality of M-mode images corresponding to the at least one M-mode line on each of the reference images at the same time.
A process for preparing silicon-carbon composite particles, the process comprising: a. providing a particulate porous carbon; b. subjecting the particulate porous carbon to a vibrating surface to traverse the particulate porous carbon through a heated zone of a reactor; c. providing a silicon-containing gas within the heated zone of a reactor to impregnate silicon within the particulate porous carbon, wherein the silicon-containing gas comprises silane, disilane, trisilane, tetrasilane, monochlorosilane, dichlorosilane, trichlorosilane, tetrachlorosilane, or a combination thereof; and d. discharging the resulting silicon-carbon composite particles from the reactor, wherein the resulting silicon-carbon composite particles are discharged from the reactor while maintaining the resulting silicon-carbon composite particles at the same temperature as the heated zone of the reactor, or at a temperature 0 to 300°C lower than the heated zone of the reactor. a. providing a particulate porous carbon; b. subjecting the particulate porous carbon to a vibrating surface to traverse the particulate porous carbon through a heated zone of a reactor; c. providing a silicon-containing gas within the heated zone of a reactor to impregnate silicon within the particulate porous carbon, wherein the silicon-containing gas comprises silane, disilane, trisilane, tetrasilane, monochlorosilane, dichlorosilane, trichlorosilane, tetrachlorosilane, or a combination thereof; and d. discharging the resulting silicon-carbon composite particles from the reactor, wherein the resulting silicon-carbon composite particles are discharged from the reactor while maintaining the resulting silicon-carbon composite particles at the same temperature as the heated zone of the reactor, or at a temperature 0 to 300°C lower than the heated zone of the reactor.
An apparatus arranged to manage communication links with a plurality of traffic nodes registered with a radio network, the apparatus configured to: receive a request from a first traffic node to establish a communication link with a second traffic node, wherein at least the second traffic node is one of the plurality of traffic nodes; receive from the first traffic node object description information associated with the request; compare the object description information with stored information relating to at least some of the plurality of traffic nodes; determine, based on the comparison, a likelihood that the object description information pertains to the second traffic node; decide, in dependence on the determination, whether to grant the request; receive from each of one or more further traffic nodes, a request to establish a communication link with the second traffic node; receive object description information associated with each request; for each request, compare the object description information with stored information relating to at least some of the plurality of traffic nodes; characterised by : determine, based on each comparison, a likelihood that the object description information associated with each request pertains to the second traffic node; and prioritize granting of the requests in dependence on the determined likelihoods. receive a request from a first traffic node to establish a communication link with a second traffic node, wherein at least the second traffic node is one of the plurality of traffic nodes; receive from the first traffic node object description information associated with the request; compare the object description information with stored information relating to at least some of the plurality of traffic nodes; determine, based on the comparison, a likelihood that the object description information pertains to the second traffic node; decide, in dependence on the determination, whether to grant the request; receive from each of one or more further traffic nodes, a request to establish a communication link with the second traffic node; receive object description information associated with each request; for each request, compare the object description information with stored information relating to at least some of the plurality of traffic nodes; characterised by : determine, based on each comparison, a likelihood that the object description information associated with each request pertains to the second traffic node; and prioritize granting of the requests in dependence on the determined likelihoods. determine, based on each comparison, a likelihood that the object description information associated with each request pertains to the second traffic node; and prioritize granting of the requests in dependence on the determined likelihoods.
An optoelectronic circuit comprising series-connected assemblies (D i ) of light-emitting diodes (LED) and a module (Module 0 ) for controlling said assemblies, characterized in that the assemblies of light-emitting diodes are arranged on a support and are distributed on a succession of aligned elementary circuits (Modulej) located on the support, each elementary circuit comprising at least one light-emitting diode of each assembly.