mhurhangee/ep-ind-claims huggingface dataset:
A cam mechanism comprising: a cam assembly rotatably mounted to an axis shaft and having a profile arc adapted for receiving a belt or cable characterized in that; a belt adjustment lever pivotally mounted to the cam assembly and having a control bearing; and a cam range slot plate rigidly mounted to the axis shaft and defining a slot in sliding communication with the control bearing of the belt adjustment lever; wherein the belt adjustment lever is connected to one end of a belt or cable, and the opposite end of the belt or cable is connected to a moveable weight stack; and wherein the cam assembly is rotatable relative to the cam range slot plate. a cam assembly rotatably mounted to an axis shaft and having a profile arc adapted for receiving a belt or cable characterized in that; a belt adjustment lever pivotally mounted to the cam assembly and having a control bearing; and a cam range slot plate rigidly mounted to the axis shaft and defining a slot in sliding communication with the control bearing of the belt adjustment lever; wherein the belt adjustment lever is connected to one end of a belt or cable, and the opposite end of the belt or cable is connected to a moveable weight stack; and wherein the cam assembly is rotatable relative to the cam range slot plate.
Cartridge ammunition, in particular of medium calibre, comprising a projectile and a propellant charge case which is connected to the projectile, wherein a propellant charge is provided in a propulsion chamber of the propellant charge case and is functionally connected to a firing cap of an ignition device, which firing cap is placed in a plug which can be introduced into a bore in the case bottom of the propellant charge case, characterized in that an annular gap (17, 17') is incorporated between the plug and the propellant charge case and is routed to the outside through the case bottom, and the annular gap (17, 17') is sealed with respect to the propellant charge by a ring, wherein the ring consists of a fusible, solid and pressure-tight material whose melting point is at least below the melting point of the ignition temperature of the ignition device and the propellant charge.
A secondary battery comprising: an electrode assembly; an electrode tab extending from the electrode assembly, and comprising a positive electrode tab and a negative electrode tab; a can member accommodating the electrode assembly and having an opened upper portion; a cap assembly coupled to the upper portion of the can member to cover the upper portion of the can member, and comprising: a cap plate disposed on an outermost portion of the cap assembly, and a safety vent disposed between the cap plate and the electrode assembly and having a surface on which a notch is provided; and a bimetal being disposed between the safety vent and the electrode assembly to come into contact with the positive electrode tab and the safety vent below a deformation temperature and wherein the bimetal is spaced apart from the safety vent of the cap assembly at the deformation temperature or more, wherein a material used for manufacturing the negative electrode tab is nickel-clad (Ni-Clad), and wherein the bimetal comes into direct contact with the positive electrode, and comprises: an upper bimetal constituting an upper portion of the bimetal; and a lower bimetal constituting a lower portion of the bimetal, wherein the lower bimetal has a thermal expansion coefficient less than that of the upper bimetal. an electrode assembly; an electrode tab extending from the electrode assembly, and comprising a positive electrode tab and a negative electrode tab; a can member accommodating the electrode assembly and having an opened upper portion; a cap assembly coupled to the upper portion of the can member to cover the upper portion of the can member, and comprising: a cap plate disposed on an outermost portion of the cap assembly, and a safety vent disposed between the cap plate and the electrode assembly and having a surface on which a notch is provided; and a cap plate disposed on an outermost portion of the cap assembly, and a safety vent disposed between the cap plate and the electrode assembly and having a surface on which a notch is provided; and a bimetal being disposed between the safety vent and the electrode assembly to come into contact with the positive electrode tab and the safety vent below a deformation temperature and wherein the bimetal is spaced apart from the safety vent of the cap assembly at the deformation temperature or more, wherein a material used for manufacturing the negative electrode tab is nickel-clad (Ni-Clad), and wherein the bimetal comes into direct contact with the positive electrode, and comprises: an upper bimetal constituting an upper portion of the bimetal; and a lower bimetal constituting a lower portion of the bimetal, wherein the lower bimetal has a thermal expansion coefficient less than that of the upper bimetal. an upper bimetal constituting an upper portion of the bimetal; and a lower bimetal constituting a lower portion of the bimetal, wherein the lower bimetal has a thermal expansion coefficient less than that of the upper bimetal.
Device (410; 410') for driving a stamping foil over a path through a stamping machine, the driving device (410; 410') comprising two foil-introduction chain-like elements (420a, 420b) and a drive member coupled to the foil-introduction chain-like elements (420a, 420b) for driving the foil-introduction chain-like elements (420a, 420b) through a platen press of the stamping machine, characterized in that it further comprises at least one first load-measurement device (3a; 3a') comprising a first detector configured to measure a parameter indicative of the load applied by the drive member for driving the foil-introduction chain-like elements (420a, 420b) in a first direction, the at least one first load-measurement device (3a; 3a') being connected to a stamping machine control unit configured to stop the driving by the drive member when the parameter indicative of the load applied by the drive member and measured by the first detector exceeds a threshold.
A method of operation of a radio access node in a cellular communications network, comprising: in response to a trigger based on current operating conditions, transmitting a bundling indicator to a wireless device that indicates that a transmit scheme utilized by the wireless device for transmission of an uplink control channel is to be changed, wherein the bundling indicator indicates that the transmit scheme is to use a bundling scheme comprising spatial domain bundling, wherein the trigger is one or more of a group consisting of: a gap between an achieved Signal to Interference plus Noise Ratio, SINR, for uplink transmission from the wireless device to the radio access node and a desired SINR; a Power Headroom Report, PHR, received from the wireless device; and a component carrier configuration for the wireless device. in response to a trigger based on current operating conditions, transmitting a bundling indicator to a wireless device that indicates that a transmit scheme utilized by the wireless device for transmission of an uplink control channel is to be changed, wherein the bundling indicator indicates that the transmit scheme is to use a bundling scheme comprising spatial domain bundling, wherein the trigger is one or more of a group consisting of: a gap between an achieved Signal to Interference plus Noise Ratio, SINR, for uplink transmission from the wireless device to the radio access node and a desired SINR; a Power Headroom Report, PHR, received from the wireless device; and a component carrier configuration for the wireless device.
A bushing, comprising: an interior surface, an exterior surface, a first end, and a second end; and an end face forming at least part of at least one of the first end and the second end, at least one of the exterior surface and the end face having a sealing surface formed at least in part of a coating including a material having a hardness level greater than about 1200 Knoop, the sealing surface having a thickness greater than about 35 microns, and having an average roughness (Ra) less than about 0.25 micron. an interior surface, an exterior surface, a first end, and a second end; and an end face forming at least part of at least one of the first end and the second end, at least one of the exterior surface and the end face having a sealing surface formed at least in part of a coating including a material having a hardness level greater than about 1200 Knoop, the sealing surface having a thickness greater than about 35 microns, and having an average roughness (Ra) less than about 0.25 micron.
A pharmaceutical composition for use in preventing or treating an allergic disease caused by house dust mite comprising bacteria-derived extracellular vesicles as an active ingredient, wherein the bacteria overexpresses a house dust mite-derived allergen gene, wherein the allergic disease is caused by house dust mite-derived allergens, wherein the house dust mite is North American house dust mite ( Dermatophagoides farinae), wherein the house dust mite-derived allergen is Der f2, wherein the Der f2 is overexpressed in the lumen of the bacteria-derived extracellular vesicles, and wherein the bacteria-derived vesicles are prepared by a method comprising: (a) Overexpressing the house dust mite-derived allergen gene in bacteria; (b) Culturing the bacteria in a culture medium; (c) Isolating the bacteria-derived vesicles from the culture medium; and (d) Removing endotoxin in an outer membrane of the bacteria-derived vesicles with lysozyme. (a) Overexpressing the house dust mite-derived allergen gene in bacteria; (b) Culturing the bacteria in a culture medium; (c) Isolating the bacteria-derived vesicles from the culture medium; and (d) Removing endotoxin in an outer membrane of the bacteria-derived vesicles with lysozyme.
A collagen-based therapeutic delivery device comprising: an insoluble synthetic collagen-fibril matrix comprising a polymerization product of a mixture of soluble oligomeric collagen with one or more type of soluble non-oligomeric collagen molecules; and a first active agent dispersed throughout the collagen-fibril matrix or within a portion of the collagen-fibril matrix; wherein the collagen-fibril matrix exhibits a stiffness of at least 5 Pa; wherein the first active agent is a drug; and wherein the matrix does not contain embedded cells. an insoluble synthetic collagen-fibril matrix comprising a polymerization product of a mixture of soluble oligomeric collagen with one or more type of soluble non-oligomeric collagen molecules; and a first active agent dispersed throughout the collagen-fibril matrix or within a portion of the collagen-fibril matrix; wherein the collagen-fibril matrix exhibits a stiffness of at least 5 Pa; wherein the first active agent is a drug; and wherein the matrix does not contain embedded cells.
A method for selecting multiple customer premises equipments, CPEs, to share a channel in a wireless communications network, the method comprising: calculating a correlation between spatial signatures of every two CPEs subscribing to a base transceiver station, BTS, of the wireless communications network, wherein two CPEs constitute channel-sharing candidates if the correlation between their spatial signatures is lower than a predetermined threshold; creating a first set of CPEs of all the channel-sharing candidates; counting a number of channel-sharing candidates for each CPE; selecting a first CPE having the fewest number of channel-sharing candidates; creating a second set of CPEs by identifying all the channel-sharing candidates of the first CPE; and selecting a second CPE from the second set of CPEs, that has the fewest number of channel-sharing candidates, wherein the first and second CPEs become two selected CPEs to share the channel. calculating a correlation between spatial signatures of every two CPEs subscribing to a base transceiver station, BTS, of the wireless communications network, wherein two CPEs constitute channel-sharing candidates if the correlation between their spatial signatures is lower than a predetermined threshold; creating a first set of CPEs of all the channel-sharing candidates; counting a number of channel-sharing candidates for each CPE; selecting a first CPE having the fewest number of channel-sharing candidates; creating a second set of CPEs by identifying all the channel-sharing candidates of the first CPE; and selecting a second CPE from the second set of CPEs, that has the fewest number of channel-sharing candidates, wherein the first and second CPEs become two selected CPEs to share the channel.
Railway or street route enclosure, comprising: support elements, which are to be arranged in the route longitudinal direction of the railway or street route and are set up to span the route or a route lane (18a, 18b) of the route in a route transverse direction; and shell elements (28, 28a), which are set up to delimit a space, which is located between two, three or more of the support elements in the route longitudinal direction, transverse to the route longitudinal direction, wherein the support elements have guides, which make it possible to transfer the shell elements (28, 28a) from first positions and orientations into second positions and/or orientations using gravity, so as to open the railway or street route enclosure to extract smoke from the space in the event of fire, wherein the railway or street route enclosure comprises a release mechanism (60, 66), which is set up to bring about a transfer of the shell elements (28, 28a) from the first positions and orientations into the second positions and/or orientations in reaction to a threshold for temperature or air quality in the enclosure interior being exceeded or in reaction to an electric signal of a monitoring control station, and wherein the shell elements are set up to slide along on the support elements in a laterally overlapping manner and slide over one another transverse to the route longitudinal direction when the railway or street route enclosure is opened.
A draw-out type circuit breaker comprising: a main contact that closes and opens a main circuit; a driving unit that drives the main contact; a main circuit energizing part that allows a main circuit current to flow; a connecting part (51, 52) that enables the main circuit energizing part and a main circuit portion in a power distribution board to be removably connected to each other; a moving device that moves the draw-out type circuit breaker; and an interlock device that fixes the draw-out type circuit breaker accommodated in the power distribution board at a predetermined position, characterized in that the interlock device comprises a tripping button that is linked to a tripping mechanism of the draw-out type circuit breaker, and an interlock rod that is placed so as to be movable up and down; the interlock rod has an interlock pin, which is integrallyformed with the interlock rod, by which the interlock rod is moved to a fixed position or a movable position for the draw-out type circuit breaker; when the interlock pin moves in a U-shaped hole formed in a front of an interlock pin fixture, which is fixed to the moving device, the interlock pin moves to the movable position and the fixed position in the draw-out type circuit breaker; the tripping button mechanically prevents an operation to raise the interlock rod, so that a power distribution board floor surface or a member fixed on the power distribution board floor surface and the interlock rod mechanically interfere with each other and the draw-out type circuit breaker is fixed at a predetermined position in the power distribution board, unless the tripping button is operated to place the draw-out type circuit breaker in an open state; and when the interlock rod is placed at an upper part of the U-shaped hole formed in the front of the interlock pin fixture, the tripping button and the interlock rod mechanically interfere with each other, so that the tripping button is kept in an operated state and thereby the draw-out type circuit breaker continues to be placed in an open state. a main contact that closes and opens a main circuit; a driving unit that drives the main contact; a main circuit energizing part that allows a main circuit current to flow; a connecting part (51, 52) that enables the main circuit energizing part and a main circuit portion in a power distribution board to be removably connected to each other; a moving device that moves the draw-out type circuit breaker; and an interlock device that fixes the draw-out type circuit breaker accommodated in the power distribution board at a predetermined position,
A method of converting an existing rapid sand filter to a membrane filtration system comprising steps of, removing granular filtration media from a tank of the existing rapid sand filter; adding immersed membrane modules (14, 112) to the tank of the existing rapid sand filter; connecting permeate outlets of the immersed membrane modules to an effluent conduit and to a backwash water supply pipe of the existing rapid sand filter; and, connecting an opening in the tank below the immersed membrane modules to a backwash wastewater conduit of the existing rapid sand filter. removing granular filtration media from a tank of the existing rapid sand filter; adding immersed membrane modules (14, 112) to the tank of the existing rapid sand filter; connecting permeate outlets of the immersed membrane modules to an effluent conduit and to a backwash water supply pipe of the existing rapid sand filter; and, connecting an opening in the tank below the immersed membrane modules to a backwash wastewater conduit of the existing rapid sand filter.
A method of controlling a moving component (22, 24) approaching a buffer (42, 46) in a hoistway of an elevator system, the method comprising: a) calculating, based on a current velocity of the moving component (22, 24), a required braking distance to decelerate the moving component (22, 24) to a maximum buffer impact velocity; b) comparing the required braking distance to a current buffer distance between the moving component (22, 24) and the buffer (42, 46) to give a comparison result; c) repeating steps a) and b) one or more times; and d) triggering an emergency stop of the moving component (22, 24) based on the comparison result. a) calculating, based on a current velocity of the moving component (22, 24), a required braking distance to decelerate the moving component (22, 24) to a maximum buffer impact velocity; b) comparing the required braking distance to a current buffer distance between the moving component (22, 24) and the buffer (42, 46) to give a comparison result; c) repeating steps a) and b) one or more times; and d) triggering an emergency stop of the moving component (22, 24) based on the comparison result.
An ultrasound probe, comprising: a transducer mount; a transducer stack coupled to an upper surface of the transducer mount; a flexible circuit coupled to the transducer stack and wrapped under the transducer mount, wherein the flexible circuit covers a portion of a lower surface of the transducer mount; an interposer adjacent to the flexible circuit, opposite the lower surface of the transducer mount; a printed circuit board adjacent to the interposer opposite the flexible circuit; and a bolster plate adjacent to the printed circuit board wherein the bolster plate is configured to be secured to the transducer mount and hold the printed circuit board in electrical contact with the flexible circuit through the interposer. a transducer mount; a transducer stack coupled to an upper surface of the transducer mount; a flexible circuit coupled to the transducer stack and wrapped under the transducer mount, wherein the flexible circuit covers a portion of a lower surface of the transducer mount; an interposer adjacent to the flexible circuit, opposite the lower surface of the transducer mount; a printed circuit board adjacent to the interposer opposite the flexible circuit; and a bolster plate adjacent to the printed circuit board wherein the bolster plate is configured to be secured to the transducer mount and hold the printed circuit board in electrical contact with the flexible circuit through the interposer.
An elevator system comprising: a car being raised and lowered in a hoistway; a controller for monitoring whether or not a speed of the car reaches a preset overspeed; and means for people detection on top of the car for detecting whether or not a person is present on top of the car, characterized in that the controller lowers a set value of the overspeed when the means for people detection on top of the car detects that the person is present on top of the car. a car being raised and lowered in a hoistway; a controller for monitoring whether or not a speed of the car reaches a preset overspeed; and means for people detection on top of the car for detecting whether or not a person is present on top of the car,
A protection arrangement of an electric power system which electric power system comprises a generator set, and which protection arrangement comprises a relay arrangement for measuring current, voltage or both of an electric grid, which relay arrangement is adapted to detect over-current, under-voltage or both, the generator set being separable from the grid when over-current, under-voltage or both are detected, and the detected over-current, under-voltage or both does not stop before a critical clearing time, the critical clearing time determining a period, during which re-synchrinization of the generator set with the grid is possible, whereby the protection arrangement comprises a speed/load controller that is in connection with the relay arrangement, which speed/load controller is arranged to drive a prime mover of the generator set as a response for the said detection, said speed/load controller being connectable with said prime mover, the speed/load controller driving power output of the prime mover to a lower level when over-current, under voltage or both is detected, the driving of the power output to the lower level is arranged to initiate during a fault of the power system and before the critical clearing time of a generator of the generator set.