mhurhangee/patent-ind-claim-en huggingface dataset:
An elevator apparatus, comprising: a car for being raised/lowered within a hoistway ; an operation control portion for controlling operation of the car ; and an electronic overspeed detecting device which has a speed detecting portion , a position calculating portion , an overspeed monitoring portion , a floor stop position storing portion , a reference position storing portion , a relative position displaying portion , and a reference position displaying portion ; wherein when the car stops at a predetermined floor, a floor stop signal is transmitted from the operation control portion to the floor stop position storing portion ; information on the position of the car , which has been calculated by the position calculating portion , is transmitted to the floor stop position storing portion , the floor stop position storing portion thereby stores the position of the car upon stoppage of the car at the predetermined floor, which has been calculated by the position calculating portion ; characterized in that the relative position displaying portion calculates a distance between two predetermined floors based on the information from the floor stop storing portion , and causes a monitor to display the distance. a car for being raised/lowered within a hoistway ; an operation control portion for controlling operation of the car ; and an electronic overspeed detecting device which has a speed detecting portion , a position calculating portion , an overspeed monitoring portion , a floor stop position storing portion , a reference position storing portion , a relative position displaying portion , and a reference position displaying portion ; wherein when the car stops at a predetermined floor, a floor stop signal is transmitted from the operation control portion to the floor stop position storing portion ; information on the position of the car , which has been calculated by the position calculating portion , is transmitted to the floor stop position storing portion , the floor stop position storing portion thereby stores the position of the car upon stoppage of the car at the predetermined floor, which has been calculated by the position calculating portion ; characterized in that the relative position displaying portion calculates a distance between two predetermined floors based on the information from the floor stop storing portion , and causes a monitor to display the distance.
A selective shaft engaging assembly comprising: a first shaft ; a brake cage being rotatable with the first shaft ; a surrounding member extending circumferentially around the brake cage ; at least one engagement member coupled to the first shaft ; and a braking mechanism configured for selectively applying a force to the brake cage for slowing or preventing rotational movement of the brake cage such that the first shaft rotates relative to the brake cage ; wherein the assembly is configured such that when the first shaft rotates relative to the brake cage , said at least one engagement member is urged towards the surrounding member ; wherein the assembly comprises at least one biasing member coupling the first shaft to the brake cage such that rotation of the first shaft drives rotation of the brake cage ; and wherein the at least one biasing member is configured to bias the circumferential position of the brake cage relative to the first shaft such that the engagement member is located on the surface of the first shaft at a first, radially inward position such that rotation of the first shaft is not prevented, the assembly being characterised in that the brake cage comprises a brake plate and the assembly comprises a moveable member that is selectively movable into or out of contact with the brake plate for providing a braking force on the brake plate and hence to the brake cage . a first shaft ; a brake cage being rotatable with the first shaft ; a surrounding member extending circumferentially around the brake cage ; at least one engagement member coupled to the first shaft ; and a braking mechanism configured for selectively applying a force to the brake cage for slowing or preventing rotational movement of the brake cage such that the first shaft rotates relative to the brake cage ; wherein the assembly is configured such that when the first shaft rotates relative to the brake cage , said at least one engagement member is urged towards the surrounding member ; wherein the assembly comprises at least one biasing member coupling the first shaft to the brake cage such that rotation of the first shaft drives rotation of the brake cage ; and wherein the at least one biasing member is configured to bias the circumferential position of the brake cage relative to the first shaft such that the engagement member is located on the surface of the first shaft at a first, radially inward position such that rotation of the first shaft is not prevented, the assembly being characterised in that the brake cage comprises a brake plate and the assembly comprises a moveable member that is selectively movable into or out of contact with the brake plate for providing a braking force on the brake plate and hence to the brake cage .
A system for optical detection, comprising: a light source configured to generate a beam of light ; a monolithic optical element including a light guide having a shaft and a tip , the tip tapering from the shaft to form a beveled end of the light guide , the optical element providing a window opposite the tip , wherein the optical element extends into the beam , such that the tip and at least a portion of the shaft are located inside the beam and the window is located outside the beam , and wherein light of the beam incident on the tip is transmitted longitudinally through the light guide and out the window , while light of the beam incident on the shaft is transmitted transversely through the shaft and remains in the beam downstream of the shaft ; and a detector configured to detect light received from the window and create a signal representative of the light detected; wherein the optical element includes a base that supports the light guide and provides the window , wherein the base is wider than the shaft , and wherein the window is a recessed surface region of the base . a light source configured to generate a beam of light ; a monolithic optical element including a light guide having a shaft and a tip , the tip tapering from the shaft to form a beveled end of the light guide , the optical element providing a window opposite the tip , wherein the optical element extends into the beam , such that the tip and at least a portion of the shaft are located inside the beam and the window is located outside the beam , and wherein light of the beam incident on the tip is transmitted longitudinally through the light guide and out the window , while light of the beam incident on the shaft is transmitted transversely through the shaft and remains in the beam downstream of the shaft ; and a detector configured to detect light received from the window and create a signal representative of the light detected; wherein the optical element includes a base that supports the light guide and provides the window , wherein the base is wider than the shaft , and wherein the window is a recessed surface region of the base .
A heating coil unit comprising: first and second heating coils ; and a plurality of ferrites , wherein the plurality of ferrites includes a shared ferrite having side wall portions erecting in a vertical direction and surrounding both an adjacent portion of the first heating coil and an adjacent portion of the second heating coil adjacent to each other, and characterised in that the plurality of ferrites includes first and second ferrites having side wall portions and surrounding a portion of the first heating coil different from the adjacent portion and third and fourth ferrites having side wall portions and surrounding a portion of the second heating coil different from the adjacent portion , wherein the shared ferrite has a larger magnetic path cross-sectional area as compared to the first to fourth ferrites . first and second heating coils ; and a plurality of ferrites , wherein the plurality of ferrites includes a shared ferrite having side wall portions erecting in a vertical direction and surrounding both an adjacent portion of the first heating coil and an adjacent portion of the second heating coil adjacent to each other, and characterised in that the plurality of ferrites includes first and second ferrites having side wall portions and surrounding a portion of the first heating coil different from the adjacent portion and third and fourth ferrites having side wall portions and surrounding a portion of the second heating coil different from the adjacent portion , wherein the shared ferrite has a larger magnetic path cross-sectional area as compared to the first to fourth ferrites .
A structure comprising: a transparent member that has a first surface and a second surface arranged to face each other, and allows light entering from the first surface (S1) to propagate toward the second surface (S2) by reflection, the transparent member having a plurality of slopes inclined with respect to the first surface (S1), in an optical path between the first surface (S1) and the second surface (S2), wherein the plurality of slopes include a set of a first slope and a second slope facing each other, wherein the transparent member with a slim external shape has one of a through-hole and a concave (H3) that extend in an extending direction of the transparent member, wherein one set of the first slope and the second slope is provided, wherein the external shape of the transparent member is a quadrangular column shape including the first surface (S1) and the second surface (S2), and wherein the one through-hole or the concave (H3) is formed by a space surrounded by the first slope and the second slope . a transparent member that has a first surface and a second surface arranged to face each other, and allows light entering from the first surface (S1) to propagate toward the second surface (S2) by reflection, the transparent member having a plurality of slopes inclined with respect to the first surface (S1), in an optical path between the first surface (S1) and the second surface (S2), wherein the plurality of slopes include a set of a first slope and a second slope facing each other, wherein the transparent member with a slim external shape has one of a through-hole and a concave (H3) that extend in an extending direction of the transparent member, wherein one set of the first slope and the second slope is provided, wherein the external shape of the transparent member is a quadrangular column shape including the first surface (S1) and the second surface (S2), and wherein the one through-hole or the concave (H3) is formed by a space surrounded by the first slope and the second slope .
A motor driven training machine for simulating a plurality of existing training systems (310-350) for an exercise, the motor driven training machine comprising: an interface configured to receive, based on one or more user inputs, a selection of an existing training system (310-350) from a plurality of existing training systems (310-350) for an exercise and at least one training parameter for the exercise, wherein each of the plurality of existing training systems (310-350) for the exercise is associated with a respective load profile of a plurality of load profiles (312-352), wherein the motor driven training machine is configured to simulate the selected existing training system (310-350), by controlling one or more motors of the motor driven training machine in accordance with the respective load profile and the received at least one training parameter; characterised by processing means configured to: receive an identification of a user of the motor driven training machine ; and obtain data comprising information associated with a joint and/or upper or lower extremity of the user based on the identification, wherein the motor driven training machine is further configured to indicate at least one alarm based on the selection and the information associated with the joint and/or upper or lower extremity of the user . an interface configured to receive, based on one or more user inputs, a selection of an existing training system (310-350) from a plurality of existing training systems (310-350) for an exercise and at least one training parameter for the exercise, wherein each of the plurality of existing training systems (310-350) for the exercise is associated with a respective load profile of a plurality of load profiles (312-352), wherein the motor driven training machine is configured to simulate the selected existing training system (310-350), by controlling one or more motors of the motor driven training machine in accordance with the respective load profile and the received at least one training parameter; characterised by processing means configured to: receive an identification of a user of the motor driven training machine ; and obtain data comprising information associated with a joint and/or upper or lower extremity of the user based on the identification, receive an identification of a user of the motor driven training machine ; and obtain data comprising information associated with a joint and/or upper or lower extremity of the user based on the identification, wherein the motor driven training machine is further configured to indicate at least one alarm based on the selection and the information associated with the joint and/or upper or lower extremity of the user .
An enclosure system for enclosing a fluid container , comprising: a plug having an outer diameter larger than an opening of a neck of the fluid container, a first plug end and a second plug end arranged on opposing sides of the plug, the plug configured to deform responsive to pressure to reduce the outer diameter to fit the first plug end through the opening and into the neck of the fluid container ; and a sleeve forming a hollow flexible cylinder extending from the second plug end , the sleeve having a first sleeve end coupled to the second plug end and a second sleeve end arranged opposite the first sleeve end, the first sleeve end configured to fold at least a portion of the sleeve outward and down toward the second plug end to arrange at least a portion of the sleeve over an outer neck surface of the neck when the first plug end is installed within the neck . a plug having an outer diameter larger than an opening of a neck of the fluid container, a first plug end and a second plug end arranged on opposing sides of the plug, the plug configured to deform responsive to pressure to reduce the outer diameter to fit the first plug end through the opening and into the neck of the fluid container ; and a sleeve forming a hollow flexible cylinder extending from the second plug end , the sleeve having a first sleeve end coupled to the second plug end and a second sleeve end arranged opposite the first sleeve end, the first sleeve end configured to fold at least a portion of the sleeve outward and down toward the second plug end to arrange at least a portion of the sleeve over an outer neck surface of the neck when the first plug end is installed within the neck .
A method of generating a diagnostic image, the method comprising: respectively determining a wavelength band of light maximally absorbed by a plurality of different photoacoustic materials, based on the plurality of photoacoustic materials injected into an object and determining a color corresponding to the determined wavelength band; irradiating different lights, which correspond to the respectively determined wavelength bands, onto an internal region of interest (ROI) of the object and acquiring different photoacoustic signals corresponding to the irradiated light; generating different photoacoustic images indicating the ROI by using the different photoacoustic signals, wherein the different photoacoustic images correspond to the plurality of different photoacoustic materials respectively; and displaying at least one of the generated different photoacoustic images with a shape indicating that at least one of the lights are being irradiated onto the ROI, wherein the displaying the at least one of the generated different photoacoustic images with the shape comprises displaying a region corresponding to a position of the photoacoustic material corresponding to the determined wavelength band with the shape in the same color based on the determined color. respectively determining a wavelength band of light maximally absorbed by a plurality of different photoacoustic materials, based on the plurality of photoacoustic materials injected into an object and determining a color corresponding to the determined wavelength band; irradiating different lights, which correspond to the respectively determined wavelength bands, onto an internal region of interest (ROI) of the object and acquiring different photoacoustic signals corresponding to the irradiated light; generating different photoacoustic images indicating the ROI by using the different photoacoustic signals, wherein the different photoacoustic images correspond to the plurality of different photoacoustic materials respectively; and displaying at least one of the generated different photoacoustic images with a shape indicating that at least one of the lights are being irradiated onto the ROI, wherein the displaying the at least one of the generated different photoacoustic images with the shape comprises displaying a region corresponding to a position of the photoacoustic material corresponding to the determined wavelength band with the shape in the same color based on the determined color.
A seabed-resource lifting device that, by using gas generated by electrolysis of fresh water on the seabed, is capable of causing mud that contains rare-earth elements to rise from the deep seabed at a depth of 5000 meters or more, said seabed-resource lifting device comprising: a transport hose that consists of a first hose and a second hose and that is hung from a resource-recovery vessel to the seabed; a crawler-type collector that includes a first suction chamber that sends mud on the seabed to the first hose , and a second suction chamber that sends mud on the seabed to the second hose ; a water electrolyzer that comprises an electrolytic bath having an electrolytic solution , and that, by using electric power supplied from the resource-recovery vessel , electrolyzes fresh water so as to generate hydrogen gas and oxygen gas ; and a gas-injection device that injects, into the first suction chamber through a nozzle and the second suction chamber through a nozzle , respectively, the hydrogen gas and the oxygen gas that have been generated, and wherein the gas injection device comprises a high pressure pump , the gas pressure being raised by the high pressure pump such that the gases remain in a gaseous state and are not liquefied, whereby the buoyancy of the hydrogen gas and the oxygen gas causes the mud that contains rare-earth elements to rise together with the seawater . a transport hose that consists of a first hose and a second hose and that is hung from a resource-recovery vessel to the seabed; a crawler-type collector that includes a first suction chamber that sends mud on the seabed to the first hose , and a second suction chamber that sends mud on the seabed to the second hose ; a water electrolyzer that comprises an electrolytic bath having an electrolytic solution , and that, by using electric power supplied from the resource-recovery vessel , electrolyzes fresh water so as to generate hydrogen gas and oxygen gas ; and a gas-injection device that injects, into the first suction chamber through a nozzle and the second suction chamber through a nozzle , respectively, the hydrogen gas and the oxygen gas that have been generated, and wherein the gas injection device comprises a high pressure pump , the gas pressure being raised by the high pressure pump such that the gases remain in a gaseous state and are not liquefied, whereby the buoyancy of the hydrogen gas and the oxygen gas causes the mud that contains rare-earth elements to rise together with the seawater .
A letter-plate comprising a frame that is adapted to be fitted around an aperture on an exterior side of a door ; a sleeve defining an inlet and an outlet on exterior and interior sides respectively of the letter-plate and that, in use, is adapted to line the aperture's interior and to be arranged at an oblique angle to a vertical plane of the door and thereby to said frame ; and a first flap that is pivotally mounted to cover the outlet of the sleeve on the interior side of the letter-plate ; and wherein pivotal movement of the first flap is restricted by at least one pair of stays, each pair of stays comprising a first stay , and a second stay connected to the first flap , wherein the first stay defines a slot along which a projecting portion of the second stay slides when the first flap is opened and closed, in order to control the maximum angle to which the first flap can pivot relative to the outlet of the sleeve, characterized in that the first stay is pivotally mounted to a projecting extension formed at a side of the sleeve . a frame that is adapted to be fitted around an aperture on an exterior side of a door ; a sleeve defining an inlet and an outlet on exterior and interior sides respectively of the letter-plate and that, in use, is adapted to line the aperture's interior and to be arranged at an oblique angle to a vertical plane of the door and thereby to said frame ; and a first flap that is pivotally mounted to cover the outlet of the sleeve on the interior side of the letter-plate ; and wherein pivotal movement of the first flap is restricted by at least one pair of stays, each pair of stays comprising a first stay , and a second stay connected to the first flap , wherein the first stay defines a slot along which a projecting portion of the second stay slides when the first flap is opened and closed, in order to control the maximum angle to which the first flap can pivot relative to the outlet of the sleeve, characterized in that the first stay is pivotally mounted to a projecting extension formed at a side of the sleeve .
A method, comprising: initializing, over an interfacility link (IFL) connecting an indoor unit of a satellite terminal and an outdoor Internet Protocol (IP) Radio of the satellite terminal, a communication link between the indoor unit and the outdoor IP Radio; authenticating, using the indoor unit and the outdoor IP Radio, the communication link between the indoor unit and the outdoor IP radio; and after authenticating the communication link, providing satellite network service to the indoor unit via the outdoor IP Radio. initializing, over an interfacility link (IFL) connecting an indoor unit of a satellite terminal and an outdoor Internet Protocol (IP) Radio of the satellite terminal, a communication link between the indoor unit and the outdoor IP Radio; authenticating, using the indoor unit and the outdoor IP Radio, the communication link between the indoor unit and the outdoor IP radio; and after authenticating the communication link, providing satellite network service to the indoor unit via the outdoor IP Radio.