mhurhangee/patent-ind-claim-en huggingface dataset:
A telescopic device with single cylinder and multiple section arms, comprising: a third extension rope , a third retraction rope , a telescopic mechanism , a first section arm , as well as a second section arm and a third section arm that are nested in sequence within the first section arm , the telescopic mechanism has a fixed end connected with the first section arm and a movable end provided with a first turning structure , the second section arm is connected with the movable end of the telescopic mechanism and is further provided with a second turning structure , the third extension rope has one end connected with the first section arm and the other end connected with the third section arm after passing around a top portion of the first turning structure , the third retraction rope has one end connected with the first section arm and the other end connected with the third section arm after passing around a bottom portion of the second turning structure , wherein the telescopic mechanism is a telescopic cylinder, a cylinder body of the telescopic cylinder is disposed upward, wherein a piston rod of the telescopic cylinder is the fixed end of the telescopic mechanism and the cylinder body of the telescopic cylinder is the movable end of the telescopic mechanism , wherein the telescopic device further comprises: a fourth extension rope , a fourth retraction rope , a fifth extension rope as well as a fourth section arm and a fifth section arm that are nested in sequence within the third section arm , the third section arm is provided at its arm head with a third turning structure , the fourth section arm is provided at its arm rear with a fourth turning structure , and the third section arm is provided at its arm rear with a fifth turning structure ; the fourth section arm is provided at its arm head with a seventh turning structure , characterized in that the fourth extension rope has one end connected with the arm rear of the first section arm and the other end connected with an arm head of the third section arm after passing around the third turning structure and the fourth turning structure in sequence, the telescopic cylinder is provided, at its end far away from the arm rear of the first section arm , with a sixth turning structure , the fifth section arm is provided at its arm rear with an eighth turning structure , the fifth extension rope has one end connected with the arm rear of the second section arm and the other end connected with the arm head of the fourth section arm after passing around the seventh turning structure and the eighth turning structure in sequence; and the fourth retraction rope has one end connected with the arm rear of the fifth section arm and the other end connected with the arm rear of the third section arm after passing around the fifth turning structure and the sixth turning structure in sequence.
A component carrier , wherein the component carrier comprises: a stack comprising a plurality of electrically conductive layer structures and a plurality of electrically insulating layer structures , each of said layer structures being a continuous layer, a patterned layer or a plurality of non-consecutive islands within a common plane; a component , said component being an electromagnetic radiation source configured for emitting electromagnetic radiation , and being embedded in the stack by laminating said component with the stack so that at least partially uncured material of the layer structures is cured; wherein one of the electrically insulating layer structures is arranged above the component and another one of the electrically insulating structures is arranged below the component , and wherein the component carrier is shaped as a plate with two opposing main surfaces and a circumferential edge; characterized in that a side wall of an optically transparent material (108") is exposed, so that the electromagnetic radiation is emitted via the exposed side wall , and the side wall forms part of or is parallel to the circumferential edge and is perpendicular to the main surfaces of the component and in that the component is circumferentially covered by the optically transparent material (108") at least partially forming the exposed side wall and being transparent for the electromagnetic radiation emitted by the electromagnetic radiation source , said transparent material (108") being configured to encapsulate the electromagnetic radiation source . a stack comprising a plurality of electrically conductive layer structures and a plurality of electrically insulating layer structures , each of said layer structures being a continuous layer, a patterned layer or a plurality of non-consecutive islands within a common plane; a component , said component being an electromagnetic radiation source configured for emitting electromagnetic radiation , and being embedded in the stack by laminating said component with the stack so that at least partially uncured material of the layer structures is cured; wherein one of the electrically insulating layer structures is arranged above the component and another one of the electrically insulating structures is arranged below the component , and wherein the component carrier is shaped as a plate with two opposing main surfaces and a circumferential edge; characterized in that a side wall of an optically transparent material (108") is exposed, so that the electromagnetic radiation is emitted via the exposed side wall , and the side wall forms part of or is parallel to the circumferential edge and is perpendicular to the main surfaces of the component
A catheter system comprising: an elongate flexible catheter ; a support structure mounted on the elongate flexible catheter , the support structure comprising a first alignment feature extending through the support structure and a second alignment feature extending through the support structure; a first sensor component mated with the first alignment feature ; and a second sensor component mated with the second alignment feature , wherein the first sensor component is fixed relative to the second sensor component in at least one degree of freedom at the support structure within at least a portion of the first alignment feature . an elongate flexible catheter ; a support structure mounted on the elongate flexible catheter , the support structure comprising a first alignment feature extending through the support structure and a second alignment feature extending through the support structure; a first sensor component mated with the first alignment feature ; and a second sensor component mated with the second alignment feature , wherein the first sensor component is fixed relative to the second sensor component in at least one degree of freedom at the support structure within at least a portion of the first alignment feature .
An agricultural soil cultivating machine having a plurality of sections, which sections cultivate a soil surface , and having a frame structure supporting the sections, and having - a loosening section (S1), which loosening section (S1) is formed by working tools for loosening a or said soil surface , wherein the working tools of the loosening section (S1) are rotatably mounted on the frame structure about axes , which axes are oriented transversely to a forward direction (V) of the soil cultivating machine , and wherein the rotation is adjustable relative to the frame structure by means of depth adjustment elements , - a packer section (S2), which is arranged directly and/or indirectly following the loosening section (S1), which packer section (S2) is formed from at least two packer rollers which are arranged one behind the other and which are each composed of a plurality of rings that are distributed over their width, the packer rollers being rotatably mounted on a roller frame , characterised in that the roller frame is rotatably mounted on the frame structure about an axis of rotation , which axis of rotation is oriented transversely to a forward direction (V) or to the forward direction (V) and is located between the two packer rollers , the roller frame being operatively connected to a stop element (A) for limiting the rotation of the roller frame . - a loosening section (S1), which loosening section (S1) is formed by working tools for loosening a or said soil surface , wherein the working tools of the loosening section (S1) are rotatably mounted on the frame structure about axes , which axes are oriented transversely to a forward direction (V) of the soil cultivating machine , and wherein the rotation is adjustable relative to the frame structure by means of depth adjustment elements , - a packer section (S2), which is arranged directly and/or indirectly following the loosening section (S1), which packer section (S2) is formed from at least two packer rollers which are arranged one behind the other and which are each composed of a plurality of rings that are distributed over their width, the packer rollers being rotatably mounted on a roller frame ,
A cluster-supporting catalyst, comprising boron-substituted zeolite particles, and catalyst metal clusters supported within the pores of the boron-substituted zeolite particles, wherein the metal is rhodium, and the boron-substituted zeolite particles are silicalite type (code: MFI) having an Si/(Al and B) ratio of 500 or less, wherein the cluster-supporting catalyst is obtainable by: providing a dispersion liquid containing acetone and the boron-substituted zeolite particles dispersed in acetone, and forming, in the dispersion liquid, catalyst metal clusters having a positive charge, and supporting the catalyst metal clusters on the acid sites within the pores of the boron-substituted zeolite particles through an electrostatic interaction, wherein the clusters are formed in the dispersion liquid by a method of laser ablation in liquid, using a NAD:YAG laser with an intensity of 2W. the metal is rhodium, and the boron-substituted zeolite particles are silicalite type (code: MFI) having an Si/(Al and B) ratio of 500 or less, wherein the cluster-supporting catalyst is obtainable by: providing a dispersion liquid containing acetone and the boron-substituted zeolite particles dispersed in acetone, and forming, in the dispersion liquid, catalyst metal clusters having a positive charge, and supporting the catalyst metal clusters on the acid sites within the pores of the boron-substituted zeolite particles through an electrostatic interaction, wherein the clusters are formed in the dispersion liquid by a method of laser ablation in liquid, using a NAD:YAG laser with an intensity of 2W. providing a dispersion liquid containing acetone and the boron-substituted zeolite particles dispersed in acetone, and forming, in the dispersion liquid, catalyst metal clusters having a positive charge, and supporting the catalyst metal clusters on the acid sites within the pores of the boron-substituted zeolite particles through an electrostatic interaction, wherein the clusters are formed in the dispersion liquid by a method of laser ablation in liquid, using a NAD:YAG laser with an intensity of 2W.
An image reading device which optically reads a document, comprising: a platen on which a document is placed; a pressure plate openable and closable with respect to the platen ; an angle detector which detects a fact that an open/close angle of the pressure plate has passed a predetermined angle from a close state; characterized by : a reader which records a variation in distribution for a fixed period of time of incident light heading toward the platen when the angle detector detects passing of the pressure plate ; a variation amount calculator which calculates a variation amount of incident light at each distribution point on a basis of a variation in distribution recorded by the reader ; and a variation amount determination unit which determines whether or not a variation amount calculated by the variation amount calculator exceeds a predetermined threshold. a platen on which a document is placed; a pressure plate openable and closable with respect to the platen ; an angle detector which detects a fact that an open/close angle of the pressure plate has passed a predetermined angle from a close state; characterized by : a reader which records a variation in distribution for a fixed period of time of incident light heading toward the platen when the angle detector detects passing of the pressure plate ; a variation amount calculator which calculates a variation amount of incident light at each distribution point on a basis of a variation in distribution recorded by the reader ; and a variation amount determination unit which determines whether or not a variation amount calculated by the variation amount calculator exceeds a predetermined threshold. a reader which records a variation in distribution for a fixed period of time of incident light heading toward the platen when the angle detector detects passing of the pressure plate ; a variation amount calculator which calculates a variation amount of incident light at each distribution point on a basis of a variation in distribution recorded by the reader ; and a variation amount determination unit which determines whether or not a variation amount calculated by the variation amount calculator exceeds a predetermined threshold.
A graft comprising a conduit having a wall , wherein the conduit comprises at least one inflow aperture at an inflow end of a body region ; and an outflow aperture at an outflow end of an outflow region opposite from the at least one inflow aperture ; wherein the wall comprises a support structure and a biocompatible layer ; characterized in that the support structure along the outflow region is configurable from a first shape to a second shape, wherein the second shape is a flared shape having an expanded diameter along at least a portion of its length, and the first shape has a constrained diameter, smaller than the expanded diameter, along the outflow region due to the support structure along the outflow region being under continuous compressive stress resulting from a continuous applied load caused by the biocompatible layer against the support structure , wherein the compressive stress resulting from the continuous applied load in the outflow region is greater than a compressive stress resulting from a continuous applied load in the body region , and wherein the support structure assumes the flared shape prior to combination with the biocompatible layer to form the wall , and the flared shape has multiple effective outer diameter measurements, and the support structure assumes the first shape after combination with the biocompatible layer to form the wall , and the first shape has a generally uniform effective outer diameter measurement.
An electronic device comprising: an electrical circuit ; a housing exterior to the electrical circuit , the housing being formed of a metal fluoropolymer composite (100; 230; 342) comprising: a metal substrate including an opening (106; 206-1, 206-H; 306-H) in a face (105; 205) of the metal substrate (104; 204); a porous fluoropolymer layer (110; 210, 212) disposed on the face (105; 205) of the metal substrate and overlaying the opening (106; 206-1, 206-H); and a fabric layer (112; 212) disposed on the porous fluoropolymer layer (110; 210, 212) wherein the metal fluoropolymer composite (100; 230) is permeable to air but impermeable to liquid water. an electrical circuit ; a housing exterior to the electrical circuit , the housing being formed of a metal fluoropolymer composite (100; 230; 342) comprising: a metal substrate including an opening (106; 206-1, 206-H; 306-H) in a face (105; 205) of the metal substrate (104; 204); a porous fluoropolymer layer (110; 210, 212) disposed on the face (105; 205) of the metal substrate and overlaying the opening (106; 206-1, 206-H); and a fabric layer (112; 212) disposed on the porous fluoropolymer layer (110; 210, 212) wherein the metal fluoropolymer composite (100; 230) is permeable to air but impermeable to liquid water.
A wetting agent comprising a composition according to Formula (I): wherein R 1 is selected from nonyl, isononyl, 3,5,5-trimethyl hexyl, octyl, 2-methyl heptyl, 2-ethyl hexyl, 2,2,4-trimethyl pentyl, 4-methyl pentyl, heptyl, hexyl and combinations thereof; R 2 is selected from hydrogen, methyl, or ethyl; R 3 is selected from hydrogen or methyl; R 4 is selected from hydrogen or methyl; R 5 is selected from methyl or ethyl; x is 0; y ranges from 2 to 5; z ranges from 3 to 10; wherein R 3 is different from R 4 . R 1 is selected from nonyl, isononyl, 3,5,5-trimethyl hexyl, octyl, 2-methyl heptyl, 2-ethyl hexyl, 2,2,4-trimethyl pentyl, 4-methyl pentyl, heptyl, hexyl and combinations thereof; R 2 is selected from hydrogen, methyl, or ethyl; R 3 is selected from hydrogen or methyl; R 4 is selected from hydrogen or methyl; R 5 is selected from methyl or ethyl; x is 0; y ranges from 2 to 5; z ranges from 3 to 10; wherein R 3 is different from R 4 .
A system for operating an automated vehicle , wherein a crowd of passing pedestrians blocks the automated vehicle from moving, thereby preventing the automated vehicle from proceeding forward, said system comprising: an object-detector that detects pedestrians proximate to a host-vehicle ; and a controller in control of movement of the host-vehicle and in communication with the object-detector , said controller operates the host-vehicle to stop the host-vehicle when pedestrians pass in front of the host-vehicle , and creep-forward after a wait-interval when the pedestrians continue to pass in front of the host-vehicle . an object-detector that detects pedestrians proximate to a host-vehicle ; and a controller in control of movement of the host-vehicle and in communication with the object-detector , said controller operates the host-vehicle to stop the host-vehicle when pedestrians pass in front of the host-vehicle , and creep-forward after a wait-interval when the pedestrians continue to pass in front of the host-vehicle . stop the host-vehicle when pedestrians pass in front of the host-vehicle , and creep-forward after a wait-interval when the pedestrians continue to pass in front of the host-vehicle .
An airtight container comprising a container body with an opening opened upward, and a cover for opening and closing the opening , the container body comprising a bottom , a wall extended upward from an edge of the bottom , and a cover contact portion provided at a top portion of the wall to come into contact with the cover, the cover comprising a cover body with glass centrally positioned, and a cover seal of which an inward side is coupled to and around the cover body and an outward side is coupled to the wall and the cover contact portion to maintain sealing between the container body and the cover , and the cover seal comprising a sealing body coupled to the cover body so as to surround it, a container contact portion provided beneath the sealing body and shaped corresponding to the cover contact portion to come into contact with the cover contact portion , a sealing skirt extended downwards from an inward plate surface of the container contact portion , and a horizontal rib bent outwards from an end portion of the sealing skirt and elastically transformable for sealing between the container body and the cover by coming into contact with the wall while the opening is closed, characterized in that the wall is internally formed with an inclined portion , the inclined portion gradually inclining towards an inward central line (CL) of the container body from a set height to a top portion of the wall . the container body comprising a bottom , a wall extended upward from an edge of the bottom , and a cover contact portion provided at a top portion of the wall to come into contact with the cover, the cover comprising a cover body with glass centrally positioned, and a cover seal of which an inward side is coupled to and around the cover body and an outward side is coupled to the wall and the cover contact portion to maintain sealing between the container body and the cover , and the cover seal comprising a sealing body coupled to the cover body so as to surround it, a container contact portion provided beneath the sealing body and shaped corresponding to the cover contact portion to come into contact with the cover contact portion , a sealing skirt extended downwards from an inward plate surface of the container contact portion , and a horizontal rib bent outwards from an end portion of the sealing skirt and elastically transformable for sealing between the container body and the cover by coming into contact with the wall while the opening is closed, characterized in that the wall is internally formed with an inclined portion , the inclined portion gradually inclining towards an inward central line (CL) of the container body from a set height to a top portion of the wall .
A method for transceiving a signal with a network at a user equipment in a wireless communication system, the method comprising: transmitting (S801), to the network, a connection request message including information on an establishment cause and information on an amount of an uplink data, wherein the information on the establishment cause indicates a short data transmission, a short transmission or a short connection; receiving (S802), from the network, a connection setup message from the network based on the connection request message; transmitting (S803), to the network, a connection setup completion message for completion of a connection establishment based on the connection setup message, wherein the connection setup completion message includes the uplink data. transmitting (S801), to the network, a connection request message including information on an establishment cause and information on an amount of an uplink data, wherein the information on the establishment cause indicates a short data transmission, a short transmission or a short connection; receiving (S802), from the network, a connection setup message from the network based on the connection request message; transmitting (S803), to the network, a connection setup completion message for completion of a connection establishment based on the connection setup message, wherein the connection setup completion message includes the uplink data.
A method of determining if a location has been cleaned, the method comprising: a. applying a fluorescent marking composition comprising a solvent and a water-dispersible fluorescent polymer to a location on an environmental surface; and b. determining if any of the fluorescent polymer remains on the location after one or more opportunities to clean the environmental surface, c. wherein the water-dispersible polymer is derived from polymerization of one or more polymerizable fluorescent monomer units and one or more polymerizable non-fluorescent monomer units. a. applying a fluorescent marking composition comprising a solvent and a water-dispersible fluorescent polymer to a location on an environmental surface; and b. determining if any of the fluorescent polymer remains on the location after one or more opportunities to clean the environmental surface, c. wherein the water-dispersible polymer is derived from polymerization of one or more polymerizable fluorescent monomer units and one or more polymerizable non-fluorescent monomer units.