mhurhangee/ep-ind-claims huggingface dataset:
A seat support device for a riding animal or a pack animal, comprising: a right multi-linked lug arrangement with a first link-section and a second link-section and a left multi-linked lug arrangement with a first link-section and a second link-section, wherein the right multi-linked lug arrangement has a third link-section and the left multi-linked lug arrangement has a third link-section, wherein in each case a pivoting device (61, 62, 63, 64) having a pivot axis (610, 620, 630, 640) is provided between two adjacent link-sections (41, 42, 43, 51, 52, 53) to pivot two adjacent link-sections (41, 42, 43, 51, 52, 53) towards each other within a pivot plane which penetrates the pivot axis (610, 620, 630, 640) substantially perpendicularly, characterized in that the pivoting devices (61, 62, 63, 64) are arranged such that the pivot plane of at least one of the pivoting devices (61, 62, 63, 64) is substantially pivotable in longitudinal direction. a right multi-linked lug arrangement with a first link-section and a second link-section and a left multi-linked lug arrangement with a first link-section and a second link-section, wherein the right multi-linked lug arrangement has a third link-section and the left multi-linked lug arrangement has a third link-section, wherein in each case a pivoting device (61, 62, 63, 64) having a pivot axis (610, 620, 630, 640) is provided between two adjacent link-sections (41, 42, 43, 51, 52, 53) to pivot two adjacent link-sections (41, 42, 43, 51, 52, 53) towards each other within a pivot plane which penetrates the pivot axis (610, 620, 630, 640) substantially perpendicularly, characterized in that the pivoting devices (61, 62, 63, 64) are arranged such that the pivot plane of at least one of the pivoting devices (61, 62, 63, 64) is substantially pivotable in longitudinal direction.
A device (100, 300) for repairing a fractured bone comprising: a delivery catheter (110, 310) having an elongated shaft (101, 301) with a proximal end, a distal end, and a longitudinal axis therebetween, the delivery catheter (110, 310) having an inner void for passing at least one reinforcing material, and an inner lumen for accepting an optical fiber (852, 900, 910, 920, 930, 940); a conformable member (103, 303) releasably engaging the distal end of the delivery catheter, the conformable member (103, 303) moving from a deflated state to an inflated state when the at least one reinforcing material is passed to the conformable member (103, 303); and an optical fiber (852, 900, 910, 920, 930, 940) wherein at least a distal portion of the optical fiber (852, 900, 910, 920, 930, 940) is modified by removing a portion of a cladding surrounding the optical fiber (852, 900, 910, 920, 930, 940) and wherein the optical fiber is able to disperse light energy along a length of the optical fiber (852, 900, 910, 920, 930, 940) to initiate hardening of at least one reinforcing material within the conformable member (103, 303). a delivery catheter (110, 310) having an elongated shaft (101, 301) with a proximal end, a distal end, and a longitudinal axis therebetween, the delivery catheter (110, 310) having an inner void for passing at least one reinforcing material, and an inner lumen for accepting an optical fiber (852, 900, 910, 920, 930, 940); a conformable member (103, 303) releasably engaging the distal end of the delivery catheter, the conformable member (103, 303) moving from a deflated state to an inflated state when the at least one reinforcing material is passed to the conformable member (103, 303); and an optical fiber (852, 900, 910, 920, 930, 940) wherein at least a distal portion of the optical fiber (852, 900, 910, 920, 930, 940) is modified by removing a portion of a cladding surrounding the optical fiber (852, 900, 910, 920, 930, 940) and wherein the optical fiber is able to disperse light energy along a length of the optical fiber (852, 900, 910, 920, 930, 940) to initiate hardening of at least one reinforcing material within the conformable member (103, 303).
A punching reinforcement for reinforcing a concrete structure against punching around the support area of a floor slab with a plurality of anchor elements to be concreted into the floor slab laterally spaced with regard to each other in a proximity zone of floor slab areas to the side of the support and to be orientated perpendicularly to the floor slab, wherein several anchoring elements configured as double-headed anchors and/or bow-shaped elements are aligned along several planar shear reinforcement elements (12; 12A, 12B) which are arranged in parallel to the anchor elements and are thereby upright and rigid, wherein the shear reinforcement elements comprise at least one metal strip arranged in parallel and/or diagonally and/or perpendicularly to the anchor elements, characterised in that the shear reinforcement elements extend in a central area between the ends of the anchor elements, wherein the alignment of the anchoring element assigned to the shear reinforcement elements is freely selectable and in that the shear reinforcement elements are arranged in a star-shaped manner with regard to the support.
An outlet device with hollow water curtain function, comprising a hollow housing and a deflecting column inserted in the housing, an annular passage is formed between the housing and the deflecting column, wherein the housing further comprises a plurality of arc-shaped inlet slots, the arc inlet slots are annularly arranged about the center of the annular passage, the internal port of the arc inlet slots is connected to the annular passage, water flows to the annular passage through the arc inlet slots to from a hollow annular water curtain with centrifugal force, wherein the arc inlet slot is arranged vertically to the inlet direction, wherein the top end of the deflecting column is disposed with a cone frustum with small end down, the deflecting column is placed in the center of the cone frustum; the housing is disposed with a positioning groove having the shape coupled to the cone frustum, the arc inlet slots are disposed on the bottom surface of the positioning groove.
A biomass mill (10B, 10C, 10D) comprising: a mill main body including a material feed pipe for feeding a biomass material from above in a vertical axis direction; a mill table for placing the fed biomass material; a drive unit for rotating and driving the mill table; a mill roller for operating in conjunction with rotation of the mill table so as to mill the biomass material by a pressing force; and a ventilation means for forming an upward flow from below on the outer peripheral side of the mill table and blowing out a carrier gas so as to convey milled biomass powder by a flow of air, wherein the mill main body has a barrel part decreased in diameter in the middle thereof in the vertical axis direction, characterized in that the mill main body has on a top part thereof a plurality of discharge tubes circumferentially arranged for discharging the biomass powder on a line extended from the diameter-decreased barrel part in the vertical axis direction, and collision plates are provided near openings of the discharge tubes. a mill main body including a material feed pipe for feeding a biomass material from above in a vertical axis direction; a mill table for placing the fed biomass material; a drive unit for rotating and driving the mill table; a mill roller for operating in conjunction with rotation of the mill table so as to mill the biomass material by a pressing force; and a ventilation means for forming an upward flow from below on the outer peripheral side of the mill table and blowing out a carrier gas so as to convey milled biomass powder by a flow of air, wherein the mill main body has a barrel part decreased in diameter in the middle thereof in the vertical axis direction, characterized in that the mill main body has on a top part thereof a plurality of discharge tubes circumferentially arranged for discharging the biomass powder on a line extended from the diameter-decreased barrel part in the vertical axis direction, and collision plates are provided near openings of the discharge tubes.
A synchronous compensator and resolver combination comprising: a resolver to sense a position, and provide a feedback signal into a synchronous compensator; and said synchronous compensator being configured to drive a harmonic content of at least one target harmonic frequency in said feedback signal from said resolver toward zero over time, characterized in that: - the synchronous compensator comprises a phase lock loop, PLL, a Fourier coefficient computation block and a Fourier component reconstruction block, - the resolver is configured to send an angular feedback signal (θ res) to a summation block, - the Fourier coefficient computation block is configured to receive a signal (θ PLL), which is a filtered estimate of the resolver angular feedback signal (θ res), from the PLL, and to communicate signals into the Fourier component reconstruction block, - the Fourier component reconstruction block is configured to send a signal (θ comp) to the summation block, f - the PLL is configured to receive an output signal, which is an angle signal, from the summation block and to provide the filtered estimate (θ PLL) of the resolver angular feedback signal (θ res). a resolver to sense a position, and provide a feedback signal into a synchronous compensator; and said synchronous compensator being configured to drive a harmonic content of at least one target harmonic frequency in said feedback signal from said resolver toward zero over time, characterized in that: - the synchronous compensator comprises a phase lock loop, PLL, a Fourier coefficient computation block and a Fourier component reconstruction block, - the resolver is configured to send an angular feedback signal (θ res) to a summation block, - the Fourier coefficient computation block is configured to receive a signal (θ PLL), which is a filtered estimate of the resolver angular feedback signal (θ res), from the PLL, and to communicate signals into the Fourier component reconstruction block, - the Fourier component reconstruction block is configured to send a signal (θ comp) to the summation block, f - the PLL is configured to receive an output signal, which is an angle signal, from the summation block and to provide the filtered estimate (θ PLL) of the resolver angular feedback signal (θ res). - the synchronous compensator comprises a phase lock loop, PLL, a Fourier coefficient computation block and a Fourier component reconstruction block, - the resolver is configured to send an angular feedback signal (θ res) to a summation block, - the Fourier coefficient computation block is configured to receive a signal (θ PLL), which is a filtered estimate of the resolver angular feedback signal (θ res), from the PLL, and to communicate signals into the Fourier component reconstruction block, - the Fourier component reconstruction block is configured to send a signal (θ comp) to the summation block, f - the PLL is configured to receive an output signal, which is an angle signal, from the summation block and to provide the filtered estimate (θ PLL) of the resolver angular feedback signal (θ res).
A method for reporting sidelink information, comprising: acquiring, by a transmitting terminal device, transmission resources in a period of configured grant from a network device; wherein the transmission resources are used for sidelink transmission of a same transmission block; and reporting, by the transmitting terminal device, a preset amount of reporting information to the network device according to a transmission situation and/or feedback information of the sidelink transmission from a receiving terminal device; characterized in that when the same transmission block transmitted by the transmitting terminal device to the receiving terminal device does not support sidelink feedback, transmitting the same transmission block repeatedly to the receiving terminal device based on the transmission resources; and stopping transmission when a number of transmissions of the same transmission block reaches a first threshold or a maximum delay of data is reached; wherein reporting the preset amount of reporting information to the network according to the transmission situation and/or the feedback information of the sidelink transmission from the receiving terminal device comprises: reporting a preset amount of acknowledgment reporting information to the network device in the period. acquiring, by a transmitting terminal device, transmission resources in a period of configured grant from a network device; wherein the transmission resources are used for sidelink transmission of a same transmission block; and reporting, by the transmitting terminal device, a preset amount of reporting information to the network device according to a transmission situation and/or feedback information of the sidelink transmission from a receiving terminal device; characterized in that when the same transmission block transmitted by the transmitting terminal device to the receiving terminal device does not support sidelink feedback, transmitting the same transmission block repeatedly to the receiving terminal device based on the transmission resources; and stopping transmission when a number of transmissions of the same transmission block reaches a first threshold or a maximum delay of data is reached; wherein reporting the preset amount of reporting information to the network according to the transmission situation and/or the feedback information of the sidelink transmission from the receiving terminal device comprises: reporting a preset amount of acknowledgment reporting information to the network device in the period.
A servo-driven tool unclamping system for a machine tool being employed to operate two tools and comprising: a tool changing unit including a cam box, a driving shaft driven by the cam box, and a tool change arm driven by the driving shaft to rotate; a tool unclamp unit including a spindle, and a transmission assembly; wherein the tool changing unit further includes a first servo motor for driving the cam box, the first servo motor being adapted to drive the cam box and the driving shaft sequentially to control the tool change arm to change two tools; the tool unclamping unit further including a second servo motor, the second servo motor being adapted to drive the transmission assembly to actuate the spindle to unclamp and clamp each tool; and a servo control unit including a main controller, a first servo drive and a second servo drive both electrically connected with and controlled by the main controller, wherein the first servo drive is electrically coupled with the first servo motor and numerically controls the tool changing unit by using a program, and the second servo drive is electrically coupled with the second servo motor and numerically controls the tool unclamp unit by using a program, such that the tool change arm can operate and the spindle can clamp and unclamp each tool in different operating tracks. a tool changing unit including a cam box, a driving shaft driven by the cam box, and a tool change arm driven by the driving shaft to rotate; a tool unclamp unit including a spindle, and a transmission assembly; wherein the tool changing unit further includes a first servo motor for driving the cam box, the first servo motor being adapted to drive the cam box and the driving shaft sequentially to control the tool change arm to change two tools; the tool unclamping unit further including a second servo motor, the second servo motor being adapted to drive the transmission assembly to actuate the spindle to unclamp and clamp each tool; and a servo control unit including a main controller, a first servo drive and a second servo drive both electrically connected with and controlled by the main controller, wherein the first servo drive is electrically coupled with the first servo motor and numerically controls the tool changing unit by using a program, and the second servo drive is electrically coupled with the second servo motor and numerically controls the tool unclamp unit by using a program, such that the tool change arm can operate and the spindle can clamp and unclamp each tool in different operating tracks.
A portable electronic device, comprising: a center magnet having poles arranged in a vertical orientation; first and second strengthening magnets (1604, 1606) disposed on opposite ends of the center magnet, the first and second strengthening magnets (1604, 1606) having poles arranged in a horizontal orientation; first and second ferromagnetic structures (1607, 1609) disposed on outer ends of corresponding first and second strengthening magnets (1604,1606) such that the first strengthening magnet is disposed between the first ferromagnetic structure and the center magnet, and the second strengthening magnet is disposed between the second ferromagnetic structure and the center magnet, and characterized in that chamfered regions (1616,1618) are disposed at interfaces between the center magnet and the first and second strengthening magnets (1604, 1606), wherein the chamfered regions are formed of sloped surfaces in V-shapes where lowest ends of the sloped surfaces are positioned at interfaces between the center magnet and the first and second strengthening magnets (1604, 1606). a center magnet having poles arranged in a vertical orientation; first and second strengthening magnets (1604, 1606) disposed on opposite ends of the center magnet, the first and second strengthening magnets (1604, 1606) having poles arranged in a horizontal orientation; first and second ferromagnetic structures (1607, 1609) disposed on outer ends of corresponding first and second strengthening magnets (1604,1606) such that the first strengthening magnet is disposed between the first ferromagnetic structure and the center magnet, and the second strengthening magnet is disposed between the second ferromagnetic structure and the center magnet, and characterized in that chamfered regions (1616,1618) are disposed at interfaces between the center magnet and the first and second strengthening magnets (1604, 1606), wherein the chamfered regions are formed of sloped surfaces in V-shapes where lowest ends of the sloped surfaces are positioned at interfaces between the center magnet and the first and second strengthening magnets (1604, 1606).
A colourless antiseptic solution for skin use comprising at least one antiseptic active ingredient, alcohol chosen from ethyl alcohol and isopropyl alcohol, and at least one colourless substance capable of causing colouring of the skin chosen from dihydroxyacetone, ninhydrin or one of the salts thereof, silver salts, DFO (1,8-diaza-9-fluorenone) and fluorescent inks.
A capsule having an inner space, a bottom and a lid, which is arranged opposite the bottom and seals the inner space containing a beverage powder for preparing a portion of a hot brewed beverage such as coffee, tea or bouillon when steam is conducted through, characterized in that there is in the region of the bottom an inflow space which is separated from the inner space by a partition close to the bottom and remote from the lid, that the inner space has a central tube which runs vertically relative to the bottom, that a hollow cylindrical section runs around the central tube, forming a radially inner and a radially outer annular space, that the inner annular space is closed on its side close to the lid and remote from the bottom, facing away from the inflow space and facing the lid, and that both the central tube and the hollow cylindrical section end at a distance from the lid, and that the central tube is connected on its side close to the bottom to the inflow space and is closed on the side close to the lid and is provided there with radial through-openings, and the end of the hollow cylindrical section close to the bottom is arranged at a distance from the partition, leaving a connection between the inner and the outer annular space, and each annular space (111, 112) is separated from the inflow space.
A handle assembly of a stent delivery system, comprising a rear handle portion, a slider and two guide rods, wherein the rear handle portion is in threaded connection with the slider, the slider in slidable connection with the two guide rods, the two guide rods disposed in parallel to an outer sheath for accommodating a stent, and the two guide rods are symmetric to each other with respect to an axis of the slider, the slider in axial connection with the outer sheath, and the slider is provided with an external thread on an exterior surface thereof, which engages an internal thread on an interior surface of the rear handle portion, and wherein when the rear handle portion is rotated, the slider travels along the two guide rods and causes axial movement of the outer sheath, wherein the outer sheath comprises an inner layer, a reinforcing layer and an outer layer which are arranged from inside outward, wherein the reinforcing layer comprises at least one first reinforcing member and at least one second reinforcing member, the first reinforcing member spiraling along an axis of the outer sheath, the second reinforcing member extending parallel to the axis of the outer sheath.
A watering device including: a main body including a main inlet for receiving pressurized water; an intermediate cap member in fluid communication and sealingly engaged with the main body, the intermediate cap member including a base portion including at least one channel formed in the base portion and extending between a periphery of the base portion to an inlet of a central bore extending from the base portion and through the intermediate cap member; a top cap member sealingly engaged with the intermediate cap member and in fluid communication with an outlet of the central bore, the top cap member including at least one watering outlet; a diaphragm substantially covering the base portion of the intermediate cap member, the diaphragm arranged to interact with water flowing from the main inlet of the main body of the watering device to divert water to flow through the at least one channel to the inlet of the central bore and in combination with the at least one channel to function as a pressure compensator for substantially maintaining the flow rate of the watering device by modifying the effective size of the at least one channel depending on inlet water pressure, wherein the at least one channel includes a channel compensation arrangement to compensate for the behaviour of the diaphragm at different inlet water pressures to increase the range of inlet water pressures over which the pressure compensator substantially maintains the flow rate of the watering device. a main body including a main inlet for receiving pressurized water; an intermediate cap member in fluid communication and sealingly engaged with the main body, the intermediate cap member including a base portion including at least one channel formed in the base portion and extending between a periphery of the base portion to an inlet of a central bore extending from the base portion and through the intermediate cap member; a top cap member sealingly engaged with the intermediate cap member and in fluid communication with an outlet of the central bore, the top cap member including at least one watering outlet; a diaphragm substantially covering the base portion of the intermediate cap member, the diaphragm arranged to interact with water flowing from the main inlet of the main body of the watering device to divert water to flow through the at least one channel to the inlet of the central bore and in combination with the at least one channel to function as a pressure compensator for substantially maintaining the flow rate of the watering device by modifying the effective size of the at least one channel depending on inlet water pressure, wherein the at least one channel includes a channel compensation arrangement to compensate for the behaviour of the diaphragm at different inlet water pressures to increase the range of inlet water pressures over which the pressure compensator substantially maintains the flow rate of the watering device.