mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a plurality of flexible axial members laterally interlocked with each other to form a tube, wherein each axial member extends longitudinally from a proximal end to a distal end of the tube, and wherein the axial members are longitudinally slidable relative to each other; an elongate shaft having a working end, a proximal end, and a shaft axis, the working end being coupled to a proximal end of the plurality of flexible axial members; and an end effector coupled to a distal end of the plurality of flexible axial members. a plurality of flexible axial members laterally interlocked with each other to form a tube, wherein each axial member extends longitudinally from a proximal end to a distal end of the tube, and wherein the axial members are longitudinally slidable relative to each other; an elongate shaft having a working end, a proximal end, and a shaft axis, the working end being coupled to a proximal end of the plurality of flexible axial members; and an end effector coupled to a distal end of the plurality of flexible axial members.
Sanitary installation in small rooms, in particular of mobile homes, aircraft, yachts or tiny houses, having at least one shower space and an adjacent lying surface, wherein, when the shower region is not in use, for use of the bed, a part which extends the length of the adjacent lying surface is able to be introduced into the shower region, in particular by inserting, folding down, pivoting or the like, or the adjacent lying surface is displaceable into the shower region, such that the entire required bed surface is thus available, and the shower space has a closable opening (Ö) of the shower wall at least in the direction of the bed surface, characterized in that the toilet region directly adjoins the shower space and the access to the shower region takes place via the toilet region, wherein the closable opening (Ö) of the shower wall in horizontal cross section is L-shaped by way of a corner, or semi-round or elliptical, wherein the height of the opening is sized at least such that, in addition to the height of the lying surface, there is the required freedom of movement for the body portion of the person lying thereon, and when the entire bed surface is used, the lateral walls of the shower region which may still be moist as a result of the use of the shower are completely covered by inwardly folded sub-surfaces of the external walls of the shower for configuring the sleeping position at least in the part with which the introduced part of the bed surface and the person lying thereon can come into contact.
Appliance for the support of biomedical devices during extracorporeal circulation, comprising at least one load-bearing body, at least one command and control unit connectable to at least one biomedical device, at least one holding element provided with at least first supporting means of a first biomedical device and with second supporting means of a second biomedical device, wherein said first supporting means and said second supporting means are locked to each other and wherein said holding element comprises removable hooking means to said load-bearing body, said holding element having at least a first holding wall with which said first supporting means are associated and having at least a second holding wall with which said second supporting means are associated, said first and second holding walls (4a, 4b) being arranged transversely to each other, characterized by the fact that said holding element comprises at least one intermediate wall adjacent to said first holding wall and arranged substantially transverse thereto, said intermediate wall being adapted to be arranged, in use, below the first biomedical device.
A wall structure, the surface of which is covered with an elastic coating material (E1, E3) and is jointless, and which has an uneven pattern in the surface, wherein the wall structure comprises a wall material (B1, B3), an elastic joint process material (C1, C3), a mesh-shaped body (D1, D3), and an elastic coating material (E1, E3), the wall material (B1, B3) has the uneven pattern in the surface, said uneven pattern comprising convex portions (b11, b13) and concave portions (b21, b23) and is fixed in a state where a side end portion of the wall material (B1, B3) is abutted with a side end portion of another wall material (B1, B3), the elastic joint process material (C1, C3) covers the surface of the abutting portion of the side end portions of the wall materials (B1, B3), an uneven pattern of the elastic joint process material (C1, C3) is formed in the surface of the elastic joint process material (C1, C3), wherein the uneven pattern of the elastic joint process material (C1, C3) comprises convex portions (c11, c13) and concave portions (c21, c23) and is continuous with the uneven pattern of the surface of the wall material (B1, B3), wherein heights of the convex portions (b11, b13, c11, c13) of the wall material (B1, B3) and the elastic joint process material (C1, C3) and heights of the concave portions (b21, b23, c21, c23) of the wall material (B1, B3) and the elastic joint process material (C1, C3) are matched, the mesh-shaped body (D1, D3)(d1, d3) has a plurality of openings (D1, D3)(d1, d3) through which the elastic joint process material (C1, C3) is adapted to pass and is disposed inside the elastic joint process material (C1, C3), the elastic coating material (E1, E3) coats the entire surfaces of the wall material (B1, B3) and the elastic joint process material (C1, C3), the uneven pattern of the surface of the wall structure is formed by coating the uneven pattern of the wall materials (B1, B3) and the uneven pattern of the elastic joint process material (C1, C3) with the elastic coating material (E1, E3), a height difference between the deepest portion and the highest portion of the uneven pattern of the wall material (B1, B3) is 2.0 to 4.0 mm, a pattern loss ratio of the uneven pattern of the wall material (B1, B3) is 15% or less, and an amount of the elastic coating material (E1, E3) coating the surfaces of wall material (B1, B3) and the elastic joint process material (C1, C3) is 2 to 6 kg/m 2.
A nucleic acid structure comprising a plurality of annealed motifs, each of said annealed motifs comprising at least three oligonucleotides, each of said at least three oligonucleotides comprising a respective first, second and third domain, each of said first domain of a respective oligonucleotide of said at least three oligonucleotides being complementary for base pairing with a single one of said second domain of another oligonucleotide of said at least three oligonucleotides, to form said annealed motifs; and each of said third domain of a respective oligonucleotide of said at least three oligonucleotides being complementary for base pairing with said third domain of another oligonucleotide from a different annealed motif, to form nucleic acid structure. a plurality of annealed motifs, each of said annealed motifs comprising at least three oligonucleotides, each of said at least three oligonucleotides comprising a respective first, second and third domain, each of said first domain of a respective oligonucleotide of said at least three oligonucleotides being complementary for base pairing with a single one of said second domain of another oligonucleotide of said at least three oligonucleotides, to form said annealed motifs; and each of said third domain of a respective oligonucleotide of said at least three oligonucleotides being complementary for base pairing with said third domain of another oligonucleotide from a different annealed motif, to form nucleic acid structure.
A method for producing coreless roll paper, the method comprising: a transport step in which transport means draws paper from a material roll and transports the paper; an application step in which adhesive supply means applies an adhesive to a winding-start end of the paper that is being transported; a winding step in which the paper to which the adhesive has been applied is wound on a shaft and is formed in a roll shape; and an extracting step in which the shaft is extracted from roll paper, which is the paper formed in a roll shape, to form a center hole at the center of the roll paper, wherein the shaft includes a body part having gear-like grooves in an outer circumferential side surface thereof, and a cover member is put on and fixed to the body part, and, in the winding step, the paper is wound on the cover member. a transport step in which transport means draws paper from a material roll and transports the paper; an application step in which adhesive supply means applies an adhesive to a winding-start end of the paper that is being transported; a winding step in which the paper to which the adhesive has been applied is wound on a shaft and is formed in a roll shape; and an extracting step in which the shaft is extracted from roll paper, which is the paper formed in a roll shape, to form a center hole at the center of the roll paper, wherein the shaft includes a body part having gear-like grooves in an outer circumferential side surface thereof, and a cover member is put on and fixed to the body part, and, in the winding step, the paper is wound on the cover member.
A device for analyzing a fluid sample, the device comprising: - a fluidic substrate comprising: - a lid attached to the fluidic substrate at least partly covering the fluidic substrate and at least partly closing the micro-fluidic component; characterized in that: the fluidic substrate is a silicon fluidic substrate and wherein the lid is a CMOS chip. - a fluidic substrate comprising: - a lid attached to the fluidic substrate at least partly covering the fluidic substrate and at least partly closing the micro-fluidic component; the fluidic substrate is a silicon fluidic substrate and wherein the lid is a CMOS chip.
A device for extracting a material comprising rocks and/or sediments situated at the bottom of an expanse of water, of the type comprising: - a bottom assembly comprising means (50, 52) for gathering material on the bottom of the expanse of water and a base station; - a pipe for transporting the gathered material, connecting at a first point to the bottom assembly and intended to be connected at a second point to a surface assembly floating on the expanse of water; the bottom assembly comprisingmeans for anchoring into the bottom of the expanse of water, characterized in that the extraction device comprises a buoyancy assembly intended to be completely submerged under the expanse of water, the buoyancy assembly being integral with at least one upper region of the transport pipe in order to keep the transport pipe in a substantially vertical configuration in the expanse of water between the bottom assembly and the upper region when the second point is disconnected from the surface assembly, the means for anchoring comprising a fixing point in the bottom of the expanse of water and a connection cable to the base station. - a bottom assembly comprising means (50, 52) for gathering material on the bottom of the expanse of water and a base station; - a pipe for transporting the gathered material, connecting at a first point to the bottom assembly and intended to be connected at a second point to a surface assembly floating on the expanse of water;
An originator comprising a processor and a memory (44, 46), the originator further including computer-executable instructions stored in the memory (44, 46) of the originator which, when executed by the processor of the originator, cause the originator to: send a request message, to a receiver, that indicates a resource discovery operation and also indicates a RESTful operation, wherein the request message includes filter criteria for use by the receiver when performing the resource discovery operation and the indicated resource discovery operation comprises a request for a resource discovery outcome to be provided to the receiver in a filtering result, the filtering result being related to a matched resource set which fulfils the filter criteria, the filtering result being a result of the discovery operation performed at the receiver based on the filter criteria and comprising a set of discovered resources, and a matched resource in the matched resource set is a resource for which the filter criteria is true, and wherein the request message indicates that the RESTful operation is to be performed on a target resource set comprising one or more resources, which are related to the filtering result, the target resource set being related to but different from the filtering result related to the matched resource set which fulfils the filter criteria; and receive a response message from the receiver that indicates the filtering result of the resource discovery operation, performed at the receiver based on the filter criteria, and an operation result which is a result of the RESTful operation on the target resource set. send a request message, to a receiver, that indicates a resource discovery operation and also indicates a RESTful operation, wherein the request message includes filter criteria for use by the receiver when performing the resource discovery operation and the indicated resource discovery operation comprises a request for a resource discovery outcome to be provided to the receiver in a filtering result, the filtering result being related to a matched resource set which fulfils the filter criteria, the filtering result being a result of the discovery operation performed at the receiver based on the filter criteria and comprising a set of discovered resources, and a matched resource in the matched resource set is a resource for which the filter criteria is true, and wherein the request message indicates that the RESTful operation is to be performed on a target resource set comprising one or more resources, which are related to the filtering result, the target resource set being related to but different from the filtering result related to the matched resource set which fulfils the filter criteria; and receive a response message from the receiver that indicates the filtering result of the resource discovery operation, performed at the receiver based on the filter criteria, and an operation result which is a result of the RESTful operation on the target resource set.
A system for setting a self-piercing rivet, said system comprising: a self-piercing rivet setting tool, said tool including a rivet engaging assembly, an axially movable piston operatively coupled to said rivet for driving said rivet, a housing annularly disposed about said piston; a feed system for feeding rivets to the tool; a robot system having a robotic arm; characterised by: a monitoring circuit, having circuitry to: (a) receive a feed status signal from a first sensor within the feed system; (b) receive a robotic arm status signal from a second sensor within the robotic arm; (c) receive a rivet set status signal from a third sensor within the setting tool; (d) determine if a fault condition is detected; and (e) initiate a rivet clearing procedure if a fault condition is detected. a self-piercing rivet setting tool, said tool including a rivet engaging assembly, an axially movable piston operatively coupled to said rivet for driving said rivet, a housing annularly disposed about said piston; a feed system for feeding rivets to the tool; a robot system having a robotic arm; characterised by: a monitoring circuit, having circuitry to: (a) receive a feed status signal from a first sensor within the feed system; (b) receive a robotic arm status signal from a second sensor within the robotic arm; (c) receive a rivet set status signal from a third sensor within the setting tool; (d) determine if a fault condition is detected; and (e) initiate a rivet clearing procedure if a fault condition is detected. a monitoring circuit, having circuitry to: (a) receive a feed status signal from a first sensor within the feed system; (b) receive a robotic arm status signal from a second sensor within the robotic arm; (c) receive a rivet set status signal from a third sensor within the setting tool; (d) determine if a fault condition is detected; and (e) initiate a rivet clearing procedure if a fault condition is detected. (a) receive a feed status signal from a first sensor within the feed system; (b) receive a robotic arm status signal from a second sensor within the robotic arm; (c) receive a rivet set status signal from a third sensor within the setting tool; (d) determine if a fault condition is detected; and (e) initiate a rivet clearing procedure if a fault condition is detected.
A hanger configured to be mounted to a supporting surface, the hanger comprising: a fastener receiving body configured to be positioned on the supporting surface; a hook portion positioned adjacent to the fastener receiving body and configured to receive a retainable object therein; a first datum surface associated with a first orientation direction of the fastener receiving body; and a second datum surface associated with a second orientation direction of the fastener receiving body; wherein the relative positions of the first datum surface and the second datum surface are arranged to abut a body of a fastener tool when a fastener is applied by the fastener tool within a bounded area of the fastener receiving body characterized in that the first datum surface is formed on the hook portion and the second datum surface is formed on a datum flange extending perpendicular to the fastener receiving body. a fastener receiving body configured to be positioned on the supporting surface; a hook portion positioned adjacent to the fastener receiving body and configured to receive a retainable object therein; a first datum surface associated with a first orientation direction of the fastener receiving body; and a second datum surface associated with a second orientation direction of the fastener receiving body;
Motor vehicle (101; 201; 301) with a body structure (103; 203; 303) having a floor with a rear portion forming a backstroke and two beams (107; 207; 307) extending lengthwise on both sides of the said floor, at least one of the said beams; 207; 307) including: - an inner longeron (115; 215; 315) and an exterior longeron assembled to each other and delimiting an inner volume; and - a longitudinal reinforcement (121; 221; 321) disposed of in the domestic volume; longitudinal reinforcement (121; 221; 321) extending aft beyond the spring; and at least one beam; 207; 307), including: - a compression reinforcement, or inner reinforcement (123; 223; 323), positioned lengthwise at the spring level, and placed in a hollow section of the inner longeron (115; 215; 315) to be used as support for longitudinal reinforcement (121; 221; 321) in the case of a side impact against a rear end of the beam (107; 207; 307), characterized as the vehicle (101; 201; 301) also includes a rear profile (125; 225; 325) extending from each of the rear ends of the two beams (107; 207; 307), backward and inclined towards the inside of the vehicle (101; 201; 301), and for each of at least one beam (107; 207; 307), the vehicle (101; 201; 301) includes a compression reinforcement, known as the rear profile reinforcement, positioned lengthwise at the interior reinforcement (123; 223; 323), and placed in the rear profile (125; 225; 325) corresponding. - an inner longeron (115; 215; 315) and an exterior longeron assembled to each other and delimiting an inner volume; and - a longitudinal reinforcement (121; 221; 321) disposed of in the domestic volume; - a compression reinforcement, or inner reinforcement (123; 223; 323), positioned lengthwise at the spring level, and placed in a hollow section of the inner longeron (115; 215; 315) to be used as support for longitudinal reinforcement (121; 221; 321) in the case of a side impact against a rear end of the beam (107; 207; 307), characterized as the vehicle (101; 201; 301) also includes a rear profile (125; 225; 325) extending from each of the rear ends of the two beams (107; 207; 307), backward and inclined towards the inside of the vehicle (101; 201; 301), and for each of at least one beam (107; 207; 307), the vehicle (101; 201; 301) includes a compression reinforcement, known as the rear profile reinforcement, positioned lengthwise at the interior reinforcement (123; 223; 323), and placed in the rear profile (125; 225; 325) corresponding.
An apparatus comprising: (a) a main body adapted to engage and retain a catheter therein at a fixed point relative to the catheter length; and (b) a cutting mechanism installed in said main body adapted to sever said catheter in response to a pre-defined threshold force applied along the length of the catheter. (a) a main body adapted to engage and retain a catheter therein at a fixed point relative to the catheter length; and (b) a cutting mechanism installed in said main body adapted to sever said catheter in response to a pre-defined threshold force applied along the length of the catheter.
A turbine engine blade outer air seal segment comprising: a body having: a base portion having: a transversely concave ID face; a forward end; an aft end; and first and second circumferential edges (28, 30); and at least one mounting hook; and at least one cover plate secured to the body to define at least one cavity (90, 92) and having a plurality of feed holes, a plurality of outlet holes extending through the base portion to the ID face, wherein: at least one of the base portion and cover plate comprises a protruding portion (130; 224) protruding into the cavity characterised in that said protruding portion (130;224) forms a partial restriction (124; 226) in the form of a gap between the cover plate and the base portion separating forward and aft portions (120, 122). a body having: a base portion having: a transversely concave ID face; a forward end; an aft end; and first and second circumferential edges (28, 30); and at least one mounting hook; and a base portion having: a transversely concave ID face; a forward end; an aft end; and first and second circumferential edges (28, 30); and a transversely concave ID face; a forward end; an aft end; and first and second circumferential edges (28, 30); and at least one mounting hook; and at least one cover plate secured to the body to define at least one cavity (90, 92) and having a plurality of feed holes, a plurality of outlet holes extending through the base portion to the ID face, wherein: at least one of the base portion and cover plate comprises a protruding portion (130; 224) protruding into the cavity characterised in that said protruding portion (130;224) forms a partial restriction (124; 226) in the form of a gap between the cover plate and the base portion separating forward and aft portions (120, 122).
A method of making a linear a, ω-nonadecanediester derivative comprising: reacting a linear α, ω-nonadecanediester or a linear α, ω- nonadecanedicarboxylic acid with a reactant optionally in the presence of at least one of a solvent and a catalyst to form the α, ω-nonadecanediester derivative; wherein the reactant is a poly alkoxy alcohol which is selected from a poly(alkyleneglycol) and a mono-methyl ether of poly(alkyleneglycol), wherein the poly(alkyleneglycol) is a poly(ethylene glycol) having a number average molecular weight in a range of 200 to 20000, and the α, ω-nonadecanediester derivative is an α, ω-nonadecane di-poly alkoxy alcohol.