mhurhangee/ep-ind-claims huggingface dataset:
Lawn mower comprising a frame, a cutting deck and at least one lift apparatus disposed on a side of the lawn mower and which links the cutting deck with the frame, said lift apparatus comprises a first arm, said first arm comprises a first end portion which is pivoted by means of a third pivot to said frame, said first arm is integral with a first pivot which pivots said cutting deck, said first pivot of the lift apparatus is integral with the cutting deck and said lift apparatus passes said cutting deck from a lower position for cutting grass to at least one position raised off the ground, said frame comprises a drive pulley linked to a motor of the lawn mower and said cutting deck comprises a driven pulley linked by means of at least one belt to said drive pulley, said drive pulley is rotatably mounted with the frame and said driven pulley is rotatably mounted with the cutting deck, characterized in that a distance between the drive pulley and the driven pulley measured along the belt varies its length between 0% and 3% during the passage of the cutting deck from the lower position to any one of said at least one position raised off the ground, said lift apparatus is suitable for passing the cutting deck from the lower position for cutting grass wherein a lower base of the cutting deck is faced toward the ground with a longitudinal axis which is parallel to a geometric plane which outlines a lower base of the cutting deck and a first axis which extends along said first arm which are parallel to the ground, to a first position raised off the ground of said at least one position raised off the ground with the longitudinal axis parallel to the first axis and both the axes (L, S) raised off the ground by a second angle (β), up to a second position raised off the ground of said at least one position raised off the ground, at said second position raised off the ground a lower base of the cutting deck is faced toward front direction of the lawn mower with the longitudinal axis is inclined by a first angle (α) with respect to the first axis, said second position raised off the ground is for maintenance of cutting blades of the cutting deck, the distance between the drive pulley and the driven pulley ranges the length between 0% and 0,5% during the passage of the cutting deck from the lower position to the first position raised off the ground and that the distance between the drive pulley and the driven pulley ranges the length between 0.5% and 3% during the passage of the cutting deck from the first position raised off the ground to the second position raised off the ground for maintenance of the cutting blades of the cutting deck.
A method of quantifying a protein-protein interaction between two cells in a sample, the method comprising: (a) providing a sample comprising a first cell expressing a first protein on its cell surface and a second cell expressing a second protein on its cell surface; (b) providing a first antibody binding composition specific for the first protein, wherein the first antibody binding composition comprises a molecular tag attached thereto via a cleavable linkage; (c) providing a second antibody binding composition specific for the second protein, wherein the second binding composition comprises a cleavage inducing moiety attached thereto; (d) contacting the sample with the first antibody binding composition and the second antibody binding composition; (e) inducing cleavage of the molecular tag from the first antibody binding composition when the first antibody binding composition is within an effective proximity range of the cleavage inducing moiety attached to the second antibody binding composition, thereby releasing the molecular tag; and (f) quantitating the amount of released molecular tag as a measure of the amount of protein-protein interaction between the first protein and the second protein. (a) providing a sample comprising a first cell expressing a first protein on its cell surface and a second cell expressing a second protein on its cell surface; (b) providing a first antibody binding composition specific for the first protein, wherein the first antibody binding composition comprises a molecular tag attached thereto via a cleavable linkage; (c) providing a second antibody binding composition specific for the second protein, wherein the second binding composition comprises a cleavage inducing moiety attached thereto; (d) contacting the sample with the first antibody binding composition and the second antibody binding composition; (e) inducing cleavage of the molecular tag from the first antibody binding composition when the first antibody binding composition is within an effective proximity range of the cleavage inducing moiety attached to the second antibody binding composition, thereby releasing the molecular tag; and (f) quantitating the amount of released molecular tag as a measure of the amount of protein-protein interaction between the first protein and the second protein.
A communication method, comprising: in a procedure where a RRC connection between a first radio terminal and a first base station is temporarily suspended, the first base station transmitting to a first radio terminal a first resumption identifier associated with context information of the first radio terminal, the first resumption identifier comprising a first predetermined identifier and a first additional identifier, wherein the first predetermined identifier indicating a first predetermined information; and when a RRC connection between a second radio terminal and a second base station is temporarily suspended, receiving at the first base station, from a second radio terminal, a RRC connection resumption request containing a second resumption identifier of a different length than the first resumption identifier, associated with context information of the second radio terminal, wherein the second resumption identifier comprises a second predetermined identifier of a different length than the first predetermined identifier and a second additional identifier of a different length than the first additional identifier, wherein the second predetermined identifier indicating a second predetermined information; the first base station grasping the length of the second resumption identifier by identifying the length of the second additional identifier; wherein the first predetermined information comprises information for identifying the first base station and the second predetermined information comprises information for identifying the second base station. in a procedure where a RRC connection between a first radio terminal and a first base station is temporarily suspended, the first base station transmitting to a first radio terminal a first resumption identifier associated with context information of the first radio terminal, the first resumption identifier comprising a first predetermined identifier and a first additional identifier, wherein the first predetermined identifier indicating a first predetermined information; and when a RRC connection between a second radio terminal and a second base station is temporarily suspended, receiving at the first base station, from a second radio terminal, a RRC connection resumption request containing a second resumption identifier of a different length than the first resumption identifier, associated with context information of the second radio terminal, wherein the second resumption identifier comprises a second predetermined identifier of a different length than the first predetermined identifier and a second additional identifier of a different length than the first additional identifier, wherein the second predetermined identifier indicating a second predetermined information; the first base station grasping the length of the second resumption identifier by identifying the length of the second additional identifier; wherein the first predetermined information comprises information for identifying the first base station and the second predetermined information comprises information for identifying the second base station.
An electrode assembly comprising at least one working electrode comprised of a conductive carrier substrate having a surface coated with mercury immobilised on the surface of the substrate and a phospholipide layer coated on the surface of the mercury remote from said substrate, characterised in that the conductive carrier substrate is platinum.
Applicator for applying a cosmetic composition to the human body, comprising a base body and an application portion, wherein the base body and the application portion are formed of the same material and in a single piece, wherein the surface of the application portion is curved at least in parts, wherein the application portion has first portions, which have a curved surface at least in part and are provided with flock fibres, and second portions, which are curved at least in part and are free of flock fibres, wherein the fibre length of the flock fibres is at least 0.7 mm and the fibre fineness of the flock fibres is at least 3.3 dtex, characterised in that at least part of the first portions is arranged inside the second portions.
A method for controlling a host apparatus having a universal driver which controls a plurality of image reading apparatuses (200a, 200b, 200c), the method comprising: searching for at least one image reading apparatus (200a, 200b, 200c) connected to the host apparatus; displaying a list of image reading apparatuses using first information received from the searched at least one image reading apparatus; selecting an image reading apparatus from the displayed list of image reading apparatuses; registering the first information of the selected image reading apparatus to a registry, wherein the first information includes at least one of a name, an address, a location and a current state of the selected image reading apparatus; receiving second information from the selected image reading apparatus; displaying a user interface, UI, for selecting a scanning option using the second information corresponding to the selected image reading apparatus, wherein the second information is setting information comprising information about the settings supportable by the selected reading apparatus; determining whether the universal driver supports the received setting information and, if the selected image reading apparatus supports a protocol different from that of the universal driver, converting a command to perform a scanning operation into a protocol which the selected image reading apparatus supports; and controlling the selected image reading apparatus to perform the scanning operation, using the command, according to the scanning option which is input through the UI for selecting the scanning option. searching for at least one image reading apparatus (200a, 200b, 200c) connected to the host apparatus; displaying a list of image reading apparatuses using first information received from the searched at least one image reading apparatus; selecting an image reading apparatus from the displayed list of image reading apparatuses; registering the first information of the selected image reading apparatus to a registry, wherein the first information includes at least one of a name, an address, a location and a current state of the selected image reading apparatus; receiving second information from the selected image reading apparatus; displaying a user interface, UI, for selecting a scanning option using the second information corresponding to the selected image reading apparatus, wherein the second information is setting information comprising information about the settings supportable by the selected reading apparatus; determining whether the universal driver supports the received setting information and, if the selected image reading apparatus supports a protocol different from that of the universal driver, converting a command to perform a scanning operation into a protocol which the selected image reading apparatus supports; and controlling the selected image reading apparatus to perform the scanning operation, using the command, according to the scanning option which is input through the UI for selecting the scanning option.
A composite probe, comprising: at least one directing agent for attaching the composite probe to a target in a test sample; at least one nanoparticle conjugated to the at least one directing agent, the at least one nanoparticle comprising a plurality of gold atoms; and a redox active enzyme chemically linked to the at least one directing agent, for reacting with an enzyme substrate after the composite probe is bound to the target, wherein the directing agent comprises an antibody, an antibody fragment, or a single chain antibody. at least one directing agent for attaching the composite probe to a target in a test sample; at least one nanoparticle conjugated to the at least one directing agent, the at least one nanoparticle comprising a plurality of gold atoms; and a redox active enzyme chemically linked to the at least one directing agent, for reacting with an enzyme substrate after the composite probe is bound to the target, wherein the directing agent comprises an antibody, an antibody fragment, or a single chain antibody.
A method for delivery of a message, the method comprising: receiving, at a submission service, the message from a client, wherein the message is an email message; analyzing the message or other factors to determine if the message meets one or more conditions to qualify to be delivered via a direct delivery system, wherein along with determining whether the message qualifies to be delivered via a direct delivery system, the submission service performs a subset of delivery operations; wherein, if it is determined that the message does not qualify to be delivered via the direct delivery system, delivering the message to a recipient mailbox using a processing hub, wherein the processing hub performs a set of processing operations on the message with previously performed delivery operations being skipped; and wherein, if it is determined that the message qualifies to be delivered via the direct delivery system, delivering the message to the recipient mailbox using the direct delivery system, wherein delivering the message using the direct delivery system involves a direct write of the message into the recipient mailbox. receiving, at a submission service, the message from a client, wherein the message is an email message; analyzing the message or other factors to determine if the message meets one or more conditions to qualify to be delivered via a direct delivery system, wherein along with determining whether the message qualifies to be delivered via a direct delivery system, the submission service performs a subset of delivery operations; wherein, if it is determined that the message does not qualify to be delivered via the direct delivery system, delivering the message to a recipient mailbox using a processing hub, wherein the processing hub performs a set of processing operations on the message with previously performed delivery operations being skipped; and wherein, if it is determined that the message qualifies to be delivered via the direct delivery system, delivering the message to the recipient mailbox using the direct delivery system, wherein delivering the message using the direct delivery system involves a direct write of the message into the recipient mailbox.
A dishwasher comprising: a water tank; a door body; and a sealing strip, the sealing strip comprising: a radial sealing part configured to seal, when in use, a gap between an upper surface of the water tank and the door body; and a side sealing part connected to the radial sealing part and extending along an up-down direction away from the radial sealing part, wherein in use, the side sealing part seals a gap between an inner side surface of the water tank and the door body; the sealing strip further comprising a mounting part connected to the radial sealing part and configured to mount the sealing strip in a mounting groove of the door body; and a seal reinforcing part connected to the side sealing part and located between the side sealing part and an inner side wall surface of the water tank. a water tank; a door body; and a sealing strip, the sealing strip comprising: a radial sealing part configured to seal, when in use, a gap between an upper surface of the water tank and the door body; and a side sealing part connected to the radial sealing part and extending along an up-down direction away from the radial sealing part, wherein in use, the side sealing part seals a gap between an inner side surface of the water tank and the door body; the sealing strip further comprising a mounting part connected to the radial sealing part and configured to mount the sealing strip in a mounting groove of the door body; and a seal reinforcing part connected to the side sealing part and located between the side sealing part and an inner side wall surface of the water tank. a radial sealing part configured to seal, when in use, a gap between an upper surface of the water tank and the door body; and a side sealing part connected to the radial sealing part and extending along an up-down direction away from the radial sealing part, wherein in use, the side sealing part seals a gap between an inner side surface of the water tank and the door body; the sealing strip further comprising a mounting part connected to the radial sealing part and configured to mount the sealing strip in a mounting groove of the door body; and a seal reinforcing part connected to the side sealing part and located between the side sealing part and an inner side wall surface of the water tank.
Transportation device for transporting people and/or luggage, wherein the transportation device comprises a transportation board, a steering bar, a front wheel element and a rear wheel element, and wherein the front wheel element has at least one front wheel and the rear wheel element has at least one rear wheel, characterized in that, the transportation board, the steering bar, the front wheel element and the rear wheel element are each designed as separate assembly groups, and the transportation board and/or the steering bar and/or the front wheel element and/or the rear wheel element have one or more connecting point(s) for connecting the assembly groups to one another, and the transportation device is convertible from a scooter to a handcart by the separate assembly groups, wherein the connecting points are designed in such a way that - in a first grouping, the assembly groups are arranged by the connecting points to form the scooter, and - in a second grouping, the assembly groups are arranged by the connecting points to form the handcart, and that in the first grouping the front wheel element, the transportation board and the rear wheel element are arranged one after the other, preferably in a line or a plane one after the other, and in the second grouping the front wheel element and the rear wheel element are arranged on the transportation board rotated by 90° relative to the first grouping, preferably arranged on the same side of the transportation board. wherein the transportation device comprises a transportation board, a steering bar, a front wheel element and a rear wheel element, and wherein the front wheel element has at least one front wheel and the rear wheel element has at least one rear wheel, characterized in that, the transportation board, the steering bar, the front wheel element and the rear wheel element are each designed as separate assembly groups, and the transportation board and/or the steering bar and/or the front wheel element and/or the rear wheel element have one or more connecting point(s) for connecting the assembly groups to one another, and the transportation device is convertible from a scooter to a handcart by the separate assembly groups, wherein the connecting points are designed in such a way that - in a first grouping, the assembly groups are arranged by the connecting points to form the scooter, and - in a second grouping, the assembly groups are arranged by the connecting points to form the handcart, and - in a first grouping, the assembly groups are arranged by the connecting points to form the scooter, and - in a second grouping, the assembly groups are arranged by the connecting points to form the handcart, and that in the first grouping the front wheel element, the transportation board and the rear wheel element are arranged one after the other, preferably in a line or a plane one after the other, and in the second grouping the front wheel element and the rear wheel element are arranged on the transportation board rotated by 90° relative to the first grouping, preferably arranged on the same side of the transportation board.
A bicycle rotation limiting structure, comprising a lower headset, wherein the lower headset comprises a lower headset cup, a rotating member, and a positioning set, wherein, the rotating member comprises an inner surface and an outer surface, wherein the outer surface rotates freely upon the inner surface; the lower headset cup is attached to the inner surface and the positioning set is attached to outer surface, wherein the lower headset cup can rotate relatively to the positioning set, and the lower headset cup overlaps partially with the positioning set and forms an overlapping part, wherein a limiting groove and a limiting tongue are formed at the overlapping part, and the limiting tongue can move within the limiting groove; and characterized in that the positioning set comprises: an inner seat and an outer seat, wherein the inner seat and the outer seat are ring-shaped and coupled together, wherein a contact surface is defined at one side of the inner seat and the contact surface is in contact with the inner surface of the rotating member, and the outer seat is attached to the lower headset cup. the rotating member comprises an inner surface and an outer surface, wherein the outer surface rotates freely upon the inner surface; the lower headset cup is attached to the inner surface and the positioning set is attached to outer surface, wherein the lower headset cup can rotate relatively to the positioning set, and the lower headset cup overlaps partially with the positioning set and forms an overlapping part, wherein a limiting groove and a limiting tongue are formed at the overlapping part, and the limiting tongue can move within the limiting groove; and characterized in that the positioning set comprises: an inner seat and an outer seat, wherein the inner seat and the outer seat are ring-shaped and coupled together, wherein a contact surface is defined at one side of the inner seat and the contact surface is in contact with the inner surface of the rotating member, and the outer seat is attached to the lower headset cup.
Edible fat comprising a tea polyphenol at a content of 150 ppm by weight to 1000 ppm by weight relative to total amount of the edible fat and an emulsifier, wherein a content of the emulsifier in the edible fat is between twice as much as a content of the tea polyphenol and equal to the content of the tea polyphenol, wherein the emulsifier is selected from the group consisting of polyglycerol fatty acid ester, sucrose fatty acid ester and sorbitan fatty acid ester.
A process for preparing darunavir, which process comprises the steps of a) reacting carbonic acid 2,5-dioxo-1-pyrrolidinyl [(3R,3aS,6aR)-hexahydrofuro[2,3-b]furan-3-yl]ester with 4-amino-N-[(2R,3S)-3-amino-2-hydroxy-4-phenylbutyl]-N-(2-methylpropyl)-benzenesulfonamide in ethanol as solvent while heating the reaction mixture at a temperature between 30°C and reflux temperature. a) reacting carbonic acid 2,5-dioxo-1-pyrrolidinyl [(3R,3aS,6aR)-hexahydrofuro[2,3-b]furan-3-yl]ester with 4-amino-N-[(2R,3S)-3-amino-2-hydroxy-4-phenylbutyl]-N-(2-methylpropyl)-benzenesulfonamide in ethanol as solvent while heating the reaction mixture at a temperature between 30°C and reflux temperature.