mhurhangee/patent-ind-claim-en huggingface dataset:
A cover anchor clip comprising: a plate shaped base section for retention in a foam body ; an anchor portion including a pair of extension portions that stands up from the base section and that are disposed facing each other, a pair of anchor claws that are formed at respective leading ends of the pair of extension portions , and that project out toward sides in which the extension portions mutually face each other so that the pair of anchor claws are configured to anchor an anchored member attached to a cover for covering the foam body when the anchored member is inserted between the pair of anchor claws , and a protrusion that is formed at each leading end of the pair of extension portions and that projects out to the opposite side to the mutually facing sides of the pair of extension portions ; characterized by upstanding portions each of that stands up from the base section and each of that can make contact with either one of the protrusions in the event that either one of the extension portions undergoes elastic deformation such that the pair of anchor claws move away from each other. a plate shaped base section for retention in a foam body ; an anchor portion including a pair of extension portions that stands up from the base section and that are disposed facing each other, a pair of anchor claws that are formed at respective leading ends of the pair of extension portions , and that project out toward sides in which the extension portions mutually face each other so that the pair of anchor claws are configured to anchor an anchored member attached to a cover for covering the foam body when the anchored member is inserted between the pair of anchor claws , and a protrusion that is formed at each leading end of the pair of extension portions and that projects out to the opposite side to the mutually facing sides of the pair of extension portions ; a pair of extension portions that stands up from the base section and that are disposed facing each other, a pair of anchor claws that are formed at respective leading ends of the pair of extension portions , and that project out toward sides in which the extension portions mutually face each other so that the pair of anchor claws are configured to anchor an anchored member attached to a cover for covering the foam body when the anchored member is inserted between the pair of anchor claws , and a protrusion that is formed at each leading end of the pair of extension portions and that projects out to the opposite side to the mutually facing sides of the pair of extension portions ; characterized by upstanding portions each of that stands up from the base section and each of that can make contact with either one of the protrusions in the event that either one of the extension portions undergoes elastic deformation such that the pair of anchor claws move away from each other.
A work machine comprising: a lower traveling body ; an upper pivoting body that can pivot with respect to the lower traveling body ; a working mechanism that extends from the upper pivoting body ; and a control unit configured to control an operation mode of each of the lower traveling body , the upper pivoting body , and the working mechanism , wherein the control unit includes: a contact possibility recognition element and a contact avoidance operation control element which, in a case where the contact possibility recognition element recognizes that a contact possibility is high, is configured to transmit a specified signal for changing a flight mode of the unmanned aircraft to the unmanned aircraft or a remote control unit of the unmanned aircraft ; characterized in that the contact possibility recognition element is configured to recognize a degree of possibility of contact between the working mechanism and an unmanned aircraft based on the relative position and the change of the relative position of the unmanned aircraft with reference to the working mechanism . a contact possibility recognition element and a contact avoidance operation control element which, in a case where the contact possibility recognition element recognizes that a contact possibility is high, is configured to transmit a specified signal for changing a flight mode of the unmanned aircraft to the unmanned aircraft or a remote control unit of the unmanned aircraft ; characterized in that the contact possibility recognition element is configured to recognize a degree of possibility of contact between the working mechanism and an unmanned aircraft based on the relative position and the change of the relative position of the unmanned aircraft with reference to the working mechanism .
AUTOMATIC INJECTION APPLICATOR comprising a housing with an external surface provided with activating buttons , a proximal end with a handle area , an internal chamber in the intermediate region of the housing and a fixed head placed at the distal end of the housing having a needle covered by a suction chamber provided with a front opening with a silicone head provided with an opening through which it is transfixed the needle end , said suction chamber being surrounded by a sleeve on which there is a third motor , responsible for vibrating said sleeve , actuated concurrently with the linear motor (ML 1), to consequently make the suction chamber vibrate, said suction chamber provided with a pipe connecting to a suction pump, wherein said applicator further comprises an electronic module that activates a first linear motor (ML 1) which axially displaces an arm of the proximal end to the fixed head placed at the distal end of the housing , said arm which compresses a cartridge fitted in the chamber formed between the head and the free end of the arm ; and a second linear motor (ML2) triggered at a time interval after the first linear motor (ML 1), interval time which is sufficient for the action of the vibration and the drug for pain relief, and said second linear motor (ML2) which recedes an arm with a dragger which slides axially the suction chamber toward the intermediate portion of the housing and contiguous to the outer surface of the inner chamber .
An electric stapler including a clamp part that clamps a paper bundle, a penetration part that causes a staple to penetrate the paper bundle, a clinch part that bends the staple penetrating the paper bundle to bind the paper bundle, a driving unit that drives the clamp part , the penetration part , and the clinch part , and performing binding processing by at least performing a clamping process of clamping the paper bundle with the clamp part , a penetrating process of causing the staple to penetrate the paper bundle with the penetration part , and a clinching process of bending the staple penetrating the paper bundle with the clinch part , the electric stapler comprising: a state detection unit that detects a state of the driving unit in each of the clamping process, the penetrating process and the clinching process; and a storage unit that stores the detected state, characterized in that the electric stapler further comprises an abnormality determination unit that determines a process, in which an abnormality occurs, based on a state of the driving unit . a state detection unit that detects a state of the driving unit in each of the clamping process, the penetrating process and the clinching process; and a storage unit that stores the detected state,
A method of recognizing an installation location of an electrical appliance , the method comprising: starting (S31) communication by an electrical appliance ; recognizing (S32), by the electrical appliance , basic information required for recognizing the installation location of the electrical appliance ; and recognizing (S33) the installation location of the electrical appliance on a basis of the recognized basic information, and wherein the electrical appliance receives basic information required for recognizing the installation location from a communication component by using a communication unit and recognizes location information on a basis of the received basic information, and wherein the basic information is energy information, characterised in that the energy information includes information on variable energy charge and includes the unit of charge, and in that the electrical appliance recognizes the location of the electrical appliance on the basis of the unit of the charge. starting (S31) communication by an electrical appliance ; recognizing (S32), by the electrical appliance , basic information required for recognizing the installation location of the electrical appliance ; and recognizing (S33) the installation location of the electrical appliance on a basis of the recognized basic information, and wherein the electrical appliance receives basic information required for recognizing the installation location from a communication component by using a communication unit and recognizes location information on a basis of the received basic information, and wherein the basic information is energy information, characterised in that the energy information includes information on variable energy charge and includes the unit of charge, and in that the electrical appliance recognizes the location of the electrical appliance on the basis of the unit of the charge.
A cosmetic sheet comprising a nonwoven fabric having stretching property, an elastomer film and a release layer , wherein the elastomer film is laminated on the nonwoven fabric , and fibers included in the nonwoven fabric are bonded to the elastomer film , characterised in that the release layer is formed by applying and drying a mold releasing agent on the surface of the elastomer film and the release layer is formed from at least one mold releasing agent selected from the group consisting of a silicone resin-based mold releasing agent, a urethane resin-based mold releasing agent, a wax-based mold releasing agent and a fluorocarbon resin-based mold releasing agent. wherein the elastomer film is laminated on the nonwoven fabric , and fibers included in the nonwoven fabric are bonded to the elastomer film , characterised in that the release layer is formed by applying and drying a mold releasing agent on the surface of the elastomer film and the release layer is formed from at least one mold releasing agent selected from the group consisting of a silicone resin-based mold releasing agent, a urethane resin-based mold releasing agent, a wax-based mold releasing agent and a fluorocarbon resin-based mold releasing agent.
A tableware taking device comprising a base and a tableware taking apparatus arranged on the base , wherein the tableware taking apparatus comprises a housing body in which a magazine for accommodating tableware is arranged, and a support assembly for supporting the tableware arranged under the magazine , wherein, a pushing member provided with a reset member for resetting itself is arranged at a side of the support assembly , wherein an inclined chute is arranged in the housing body for falling the tableware therefrom; wherein the tableware taking apparatus is provided with a button(1 1) and a connecting rod with a first end connecting the button ; the base is provided with a positioning hole in which a second end of the connecting rod is inserted for fixing the tableware taking apparatus on the base ; wherein when the button is pressed downward, the second end of the connecting rod moves away from the positioning hole for detaching the tableware taking apparatus from the base ; characterized in that the connecting rod comprises a starting rod , a transmission rod and a brake rod , wherein a first end of the starting rod is connected with the button , while a second end of the starting rod is connected with a first end of the transmission rod whose second end is connected with a first end of the brake rod , while the second end of the brake rod is inserted in the positioning hole ; wherein when the button is pressed downward, such press is transmitted by the starting rod to the first end of the transmission rod , thus enabling the second end of the transmission rod to bring the brake rod upward for moving away from the positioning hole .
An organic light-emitting diode (OLED) display comprising: a first plastic layer ; a first barrier layer formed over the first plastic layer, the first barrier layer comprising an inorganic material; a first intermediate layer formed over the first barrier layer; a second plastic layer formed over the first intermediate layer; an OLED layer formed over the second plastic layer; and a thin-film encapsulation layer encapsulating the OLED layer, wherein the first intermediate layer comprises an amorphous material or a metal thin film, and wherein the first intermediate layer is configured to increase an adhesive strength between the first barrier layer and the second plastic layer. a first plastic layer ; a first barrier layer formed over the first plastic layer, the first barrier layer comprising an inorganic material; a first intermediate layer formed over the first barrier layer; a second plastic layer formed over the first intermediate layer; an OLED layer formed over the second plastic layer; and a thin-film encapsulation layer encapsulating the OLED layer, wherein the first intermediate layer comprises an amorphous material or a metal thin film, and wherein the first intermediate layer is configured to increase an adhesive strength between the first barrier layer and the second plastic layer.
A computer-implemented method for performing non-invasive estimation of left ventricular compliance for a subject, the computer-implemented method comprising: obtaining ultrasound data of the subject's heart, wherein the ultrasound data was captured over a time period comprising at least a portion of a cardiac cycle of the heart and comprises velocity data along a direction of mitral inflow; and determining , by processing the velocity data, a velocity component along the direction of mitral inflow of the heart over the time period; characterized in that the computer-implemented method further comprises: determining a temporal variation of the left ventricular pressure from the determined velocity component by processing the velocity component using a physical model; determining , by processing the obtained ultrasound data, a temporal variation of the left ventricle volume; and estimating the left ventricular compliance by processing the determined temporal variation of the left ventricle volume and the determined temporal variation of the left ventricular pressure. obtaining ultrasound data of the subject's heart, wherein the ultrasound data was captured over a time period comprising at least a portion of a cardiac cycle of the heart and comprises velocity data along a direction of mitral inflow; and determining , by processing the velocity data, a velocity component along the direction of mitral inflow of the heart over the time period; characterized in that the computer-implemented method further comprises: determining a temporal variation of the left ventricular pressure from the determined velocity component by processing the velocity component using a physical model; determining , by processing the obtained ultrasound data, a temporal variation of the left ventricle volume; and estimating the left ventricular compliance by processing the determined temporal variation of the left ventricle volume and the determined temporal variation of the left ventricular pressure. determining a temporal variation of the left ventricular pressure from the determined velocity component by processing the velocity component using a physical model; determining , by processing the obtained ultrasound data, a temporal variation of the left ventricle volume; and estimating the left ventricular compliance by processing the determined temporal variation of the left ventricle volume and the determined temporal variation of the left ventricular pressure.
A container which is intended and suitable for accommodating high-viscosity materials, such as liquid concrete, with a bearing sleeve which reaches through a wall opening and is fixed in a container wall in a liquid-tight manner, a shaft reaching through the bearing sleeve with an annular gap being left free, and with a shaft seal made from elastomeric material which is arranged at the container-interior end of the bearing sleeve and spans the annular gap , wherein the annular gap is acted upon with a lubricant from the container exterior, characterized in that the shaft seal has, on the side thereof facing the shaft radially, a conveying thread which assists the conveying of the lubricant in the direction of the container interior and which distributes the lubricant over the whole circumference of the shaft, and which communicates with the container interior and transports contaminants entering the annular gap into the container by the action of the lubricant throughput.
An end effector for using with a substrate handler , comprising: a free end (124; 224) having a substrate supporting surface configured to support a substrate in parallel to a horizontal plane; and a fixed end (111; 211) configured to be mounted to a substrate handler , wherein the end effector (110; 210) is mountable to a substrate handler at a position such that the substrate supporting surface is at a predetermined angle relative to the horizontal plane if no substrate is disposed on the free end (124; 224), wherein the predetermined angle is determined to compensate drooping of the end effector due to the weight of a substrate so that if the substrate is positioned on the end effector , the substrate is parallel to the horizontal plane, wherein the end effector has a bottom surface configured to be received by a mounting plane, the mounting plane being disposed horizontally, and wherein the bottom surface is sloped relative to the substrate supporting surface. a free end (124; 224) having a substrate supporting surface configured to support a substrate in parallel to a horizontal plane; and a fixed end (111; 211) configured to be mounted to a substrate handler , wherein the end effector (110; 210) is mountable to a substrate handler at a position such that the substrate supporting surface is at a predetermined angle relative to the horizontal plane if no substrate is disposed on the free end (124; 224), wherein the predetermined angle is determined to compensate drooping of the end effector due to the weight of a substrate so that if the substrate is positioned on the end effector , the substrate is parallel to the horizontal plane, wherein the end effector has a bottom surface configured to be received by a mounting plane, the mounting plane being disposed horizontally, and wherein the bottom surface is sloped relative to the substrate supporting surface.
A loop type heat pipe comprising: an evaporator that is configured to vaporize a liquid working fluid (C); a condenser that is configured to condense the vaporized working fluid into the liquid working fluid; a vapor pipe that is provided between the evaporator and the condenser and through which the vaporized working fluid flows; and a liquid pipe that is provided between the evaporator and the condenser and through which the liquid working fluid flows, wherein each of the vapor pipe and the liquid pipe comprises: a lower-side metal layer ; an intermediate metal layer that is disposed on the lower-side metal layer ; an upper-side metal layer that is disposed on the intermediate metal layer ; and a conduit that is formed by the lower-side metal layer , the intermediate metal layer , and the upper-side metal layer , the loop type heat pipe being characterized in that at least one of the upper-side metal layer and the lower-side metal layer warps outward in a first portion of the vapor pipe . an evaporator that is configured to vaporize a liquid working fluid (C); a condenser that is configured to condense the vaporized working fluid into the liquid working fluid; a vapor pipe that is provided between the evaporator and the condenser and through which the vaporized working fluid flows; and a liquid pipe that is provided between the evaporator and the condenser and through which the liquid working fluid flows, wherein each of the vapor pipe and the liquid pipe comprises: a lower-side metal layer ; an intermediate metal layer that is disposed on the lower-side metal layer ; an upper-side metal layer that is disposed on the intermediate metal layer ; and a conduit that is formed by the lower-side metal layer , the intermediate metal layer , and the upper-side metal layer , the loop type heat pipe being characterized in that at least one of the upper-side metal layer and the lower-side metal layer warps outward in a first portion of the vapor pipe . a lower-side metal layer ; an intermediate metal layer that is disposed on the lower-side metal layer ; an upper-side metal layer that is disposed on the intermediate metal layer ; and a conduit that is formed by the lower-side metal layer , the intermediate metal layer , and the upper-side metal layer , the loop type heat pipe being characterized in that at least one of the upper-side metal layer and the lower-side metal layer warps outward in a first portion of the vapor pipe .
A pair of fall-protection flaps for a logistics module of the container type comprising a base and a pair of uprights located on one side of the base, with the pair of flaps comprising: - a female fall-protection flap adapted to be rotatably fastened, on one of its sides, to an upright of the pair of uprights , with the female fall-protection flap comprising: - a fastening buckle located on a side opposite the side on which the female fall-protection flap can be fastened to the upright, - a male fall-protection flap , adapted to be rotatably fastened, on one of its sides, to the other upright of the pair of uprights, with the male fall-protection flap comprising: - a fastening zone provided with self-gripping elements located on a side opposite the side on which the male fall-protection flap can be fastened to the upright, and - a fastening strip located in an extension of the fastening zone, the fastening strip being adapted to pass through the fastening buckle, the fastening strip being provided with complementary self-gripping elements adapted to be engaged with the self-gripping elements in the fastening zone. - a female fall-protection flap adapted to be rotatably fastened, on one of its sides, to an upright of the pair of uprights , with the female fall-protection flap comprising: - a fastening buckle located on a side opposite the side on which the female fall-protection flap can be fastened to the upright, - a male fall-protection flap , adapted to be rotatably fastened, on one of its sides, to the other upright of the pair of uprights, with the male fall-protection flap comprising: - a fastening zone provided with self-gripping elements located on a side opposite the side on which the male fall-protection flap can be fastened to the upright, and - a fastening strip located in an extension of the fastening zone, the fastening strip being adapted to pass through the fastening buckle, the fastening strip being provided with complementary self-gripping elements adapted to be engaged with the self-gripping elements in the fastening zone.
An ophthalmic aqueous composition comprising levofloxacin, a salt thereof, or a solvate thereof; phosphate ester of dexamethasone, or a salt of the phosphate ester of dexamethasone; one or at least two isotonic agents; and benzalkonium chloride, wherein the ophthalmic aqueous composition has a sodium chloride content of 0.5% (w/v) or less, and wherein the ophthalmic aqueous composition has a pH of 6.5 to 8.8.