mhurhangee/ep-ind-claims huggingface dataset:
Process air dehumidification system comprising a process air dehumidifier unit comprising a moisture absorbing agent, the process air dehumidification system further comprising a moisture absorbing agent regeneration system comprising a closed regeneration air loop arranged to pass through the process air dehumidifier unit and comprising regeneration air flow generating means for generating a regeneration air flow in the closed regeneration air loop and comprising a heat pump comprising a condenser and an evaporator and a heat pump refrigerant, where the closed regeneration air loop is arranged to pass through the condenser and the evaporator to exchange heat between regeneration air and heat pump refrigerant, characterised in, that the dehumidification system comprises a complementary regeneration air moisture removal system arranged downstreams of the evaporator and upstreams of the condenser and a regeneration air heat bypass system arranged to exchange heat from inlet regeneration air upstreams of the dehumidifier unit and downstreams of the condenser to outlet regeneration air downstreams of the dehumidifier unit and upstreams of the evaporator and means (34, 36) arranged to activate and deactivate the complementary regeneration air moisture removal system and the regeneration air heat bypass system.
A femoral head prosthesis assembly comprising: a cap body (31, 34) having a caved portion and a connection portion, which extend in opposite directions, the caved portion having a root section and a top section, the root section having an inner surface with a configuration and a dimension achieved by means of scanning the surface of the femoral neck of a patient with a medical volume scanning equipment, points of the periphery of the femoral neck, which are spaced from a central line of the femoral neck by shortest distances being taken to compose a cutting loop defining a narrowest cross section, the top section having an inner surface with a configuration and a dimension adapted to those of the narrowest cross section, whereby the top section can be tightly fitted on a protrusion portion formed on the femoral neck by cutting the femoral neck and the inner surface of the cap body (31,34) can be tightly bonded wi th and located on the surface of the femoral neck; and an artificial femoral head fixedly fitted on the connection portion of the cap body (31,34). a cap body (31, 34) having a caved portion and a connection portion, which extend in opposite directions, the caved portion having a root section and a top section, the root section having an inner surface with a configuration and a dimension achieved by means of scanning the surface of the femoral neck of a patient with a medical volume scanning equipment, points of the periphery of the femoral neck, which are spaced from a central line of the femoral neck by shortest distances being taken to compose a cutting loop defining a narrowest cross section, the top section having an inner surface with a configuration and a dimension adapted to those of the narrowest cross section, whereby the top section can be tightly fitted on a protrusion portion formed on the femoral neck by cutting the femoral neck and the inner surface of the cap body (31,34) can be tightly bonded wi th and located on the surface of the femoral neck; and an artificial femoral head fixedly fitted on the connection portion of the cap body (31,34).
A holographic optical element comprising: a volume hologram recording layer comprising a photopolymer, and at least one adjacent layer which is in contact with the volume hologram recording layer and comprises a resin and a thiol compound. a volume hologram recording layer comprising a photopolymer, and at least one adjacent layer which is in contact with the volume hologram recording layer and comprises a resin and a thiol compound.
A polycarbonate diol comprising repeating units represented by the following formula and a terminal hydroxyl group, characterized in that: from 60 to 100 mol% of the repeating units represented by the formula are the sum of repeating units represented by the following formula and repeating units represented by the following formula; the amount of the repeating units represented by the formula is from 60 to 100 mol% based on the total amount of the repeating units represented by the formula; the polycarbonate diol has primary and secondary terminal OH groups and has a primary terminal OH ratio of 95% or higher; and the sum of the primary terminal OH ratio and the secondary terminal OH ratio of the polycarbonate diol is 99.5% or higher. (In the formula, R represents a divalent aliphatic or alicyclic hydrocarbon having 2 to 12 carbon atoms.)
A robotic surgical instrument comprising: an end effector; a first support body (45, 345) that supports the end effector rotatably about a first shaft; an elongate element (44, 344) for operating the end effector; a second support body (46, 346) that supports the first support body rotatably about a second shaft; a first pulley (51, 52, 351, 352, 353, 354) that is provided rotatably about a third shaft at a position between the first shaft and the second shaft and to which the elongate element is suspended; a second pulley (53, 54, 355, 356, 357, 358) that is provided rotatably about the second shaft and to which the elongate element is suspended; and a shaft having an extending direction and connected to the second support body at an end portion of the shaft in the extending direction, characterized in that a groove width (D3, D5) of a shaft-side pulley (55, 56, 355, 356, 357, 358), which is a pulley that is provided at a position closest to the shaft among a plurality of pulleys including the first pulley and the second pulley and to which the elongate element is suspended, is greater than groove widths (D1, D2, D4) of the other pulleys (51, 52. 53, 54, 351, 352, 353, 354) among the plurality of pulleys. an end effector; a first support body (45, 345) that supports the end effector rotatably about a first shaft; an elongate element (44, 344) for operating the end effector; a second support body (46, 346) that supports the first support body rotatably about a second shaft; a first pulley (51, 52, 351, 352, 353, 354) that is provided rotatably about a third shaft at a position between the first shaft and the second shaft and to which the elongate element is suspended; a second pulley (53, 54, 355, 356, 357, 358) that is provided rotatably about the second shaft and to which the elongate element is suspended; and a shaft having an extending direction and connected to the second support body at an end portion of the shaft in the extending direction, characterized in that a groove width (D3, D5) of a shaft-side pulley (55, 56, 355, 356, 357, 358), which is a pulley that is provided at a position closest to the shaft among a plurality of pulleys including the first pulley and the second pulley and to which the elongate element is suspended, is greater than groove widths (D1, D2, D4) of the other pulleys (51, 52. 53, 54, 351, 352, 353, 354) among the plurality of pulleys.
An exhaust gas purifying device comprising: a gas purifying filter for purifying an exhaust gas discharged from an engine; an inner case internally provided with the gas purifying filter; and an outer case internally provided with the inner case, wherein the inner case is connected to the outer case, and an inlet constructing part or a support body to which an external stress is applied is arranged in the outer case, characterized in that plural sets of the gas purifying filters (2,3), the inner cases (4,20), and the outer cases (5,21) are provided, and a flange body (25,26) connecting the plurality of outer cases (5,21) is offset with respect to a connection boundary position of the plurality of gas purifying filters (2,3). a gas purifying filter for purifying an exhaust gas discharged from an engine; an inner case internally provided with the gas purifying filter; and an outer case internally provided with the inner case, wherein the inner case is connected to the outer case, and an inlet constructing part or a support body to which an external stress is applied is arranged in the outer case, characterized in that plural sets of the gas purifying filters (2,3), the inner cases (4,20), and the outer cases (5,21) are provided, and a flange body (25,26) connecting the plurality of outer cases (5,21) is offset with respect to a connection boundary position of the plurality of gas purifying filters (2,3).
A component of a slide fastener or other fastening device, the component being formed of a copper alloy wherein the alloy has a structure of a mixture of α-phase and a β-phase; and wherein the alloy has a composition represented by the general formula: Cu bal. Zn a Mn b, where bal., a, and b are expressed in % by mass, bal. represents the balance, 34 ≤ a ≤ 40.5, 0.1 ≤ b ≤ 6, and inevitable impurities may be contained; and the composition satisfying the following equations and: b ≥ − 8 a + 300 / 7, where 34 ≤ a < 37.5 b ≤ − 5.5 a + 225.25 / 5, where 35.5 ≤ a ≤ 40.5
A pain measurement device for measuring pain being experienced by a subject of measurement, comprising: a determination unit for determining a baseline stimulation amount corresponding to baseline pain in the subject of measurement, based on a relationship between a pain level reported by the subject of measurement and a stimulation amount applied to the subject of measurement; and a measurement unit for measuring pain being experienced by the subject of measurement when brainwave data of a subject is measured by comparing the brainwave data of a subject measured from the subject of measurement, with reference brainwave data of the subject of measurement, wherein the reference brainwave data is measured from the subject of measurement when a stimulation at the baseline stimulation amount is applied to the subject of measurement and obtained from a storing unit; characterized in that the determination unit is configured to determine a representative value in a range of stimulation amounts as said baseline stimulation amount, wherein said range of stimulation amounts is a range where a ratio of increase in the pain level to an increase in the stimulation amount in a relationship between the pain level and the stimulation amount exceeds a predetermined threshold ratio. a determination unit for determining a baseline stimulation amount corresponding to baseline pain in the subject of measurement, based on a relationship between a pain level reported by the subject of measurement and a stimulation amount applied to the subject of measurement; and a measurement unit for measuring pain being experienced by the subject of measurement when brainwave data of a subject is measured by comparing the brainwave data of a subject measured from the subject of measurement, with reference brainwave data of the subject of measurement, wherein the reference brainwave data is measured from the subject of measurement when a stimulation at the baseline stimulation amount is applied to the subject of measurement and obtained from a storing unit; characterized in that the determination unit is configured to determine a representative value in a range of stimulation amounts as said baseline stimulation amount, wherein said range of stimulation amounts is a range where a ratio of increase in the pain level to an increase in the stimulation amount in a relationship between the pain level and the stimulation amount exceeds a predetermined threshold ratio.
A tamper-resistant cap for a medical adapter, the cap comprising: a housing having a closed top end, the housing further having an opposing open bottom end and a side wall between the top end and the bottom end, the housing defining an axis extending between the top end and the bottom end; a plurality of legs that extend from the housing away from the bottom end; a member extending radially from an inner surface of at least one leg, wherein the member comprises a ramp surface, an engagement surface extending transversely to the ramp surface, and an apex area that transitions between the ramp surface and the engagement surface; wherein each leg is configured to flex radially in relation to the axis of the housing, the tamper-resistant cap being characterized in that the closed top end comprises an aperture through the top end, and in that said at least one leg is aligned around the axis with the aperture through the top end. a housing having a closed top end, the housing further having an opposing open bottom end and a side wall between the top end and the bottom end, the housing defining an axis extending between the top end and the bottom end; a plurality of legs that extend from the housing away from the bottom end; a member extending radially from an inner surface of at least one leg, wherein the member comprises a ramp surface, an engagement surface extending transversely to the ramp surface, and an apex area that transitions between the ramp surface and the engagement surface; wherein each leg is configured to flex radially in relation to the axis of the housing, the tamper-resistant cap being characterized in that the closed top end comprises an aperture through the top end, and in that said at least one leg is aligned around the axis with the aperture through the top end.
A gas turbine engine compressor bleed valve comprising: a housing comprising: a mounting portion at a first end, the mounting portion including an inlet and a seat; a venting portion adjacent to the mounting portion, the venting portion including a plurality of outlet ports; and a cap portion adjacent to the venting portion; a piston movably positioned in the housing, the piston comprising: a shaft; a disc connected to the shaft; and a flange connected to the shaft at a location spaced apart from the disc; wherein the piston is moveable between a closed position wherein the disc is in contact with the seat and an opened position wherein the disc is spaced apart from the seat; and a vessel that is in contact with the cap portion and the flange, wherein fluid pressure contained in the vessel biases the piston into one of the opened position and the closed position; wherein the vessel is sealed, characterized in that the vessel is pressurized to atmospheric pressure at ground level when it is in an extended position. a housing comprising: a mounting portion at a first end, the mounting portion including an inlet and a seat; a venting portion adjacent to the mounting portion, the venting portion including a plurality of outlet ports; and a cap portion adjacent to the venting portion; a mounting portion at a first end, the mounting portion including an inlet and a seat; a venting portion adjacent to the mounting portion, the venting portion including a plurality of outlet ports; and a cap portion adjacent to the venting portion; a piston movably positioned in the housing, the piston comprising: a shaft; a disc connected to the shaft; and a flange connected to the shaft at a location spaced apart from the disc; wherein the piston is moveable between a closed position wherein the disc is in contact with the seat and an opened position wherein the disc is spaced apart from the seat; and a shaft; a disc connected to the shaft; and a flange connected to the shaft at a location spaced apart from the disc; wherein the piston is moveable between a closed position wherein the disc is in contact with the seat and an opened position wherein the disc is spaced apart from the seat; and a vessel that is in contact with the cap portion and the flange, wherein fluid pressure contained in the vessel biases the piston into one of the opened position and the closed position; wherein the vessel is sealed, characterized in that the vessel is pressurized to atmospheric pressure at ground level when it is in an extended position.
Method for controlling a vehicle dynamics control device which is designed to influence the braking of wheels (50, 52) of a motor vehicle, wherein the vehicle dynamics control device has a pump with at least two pump elements (22, 23) for delivering a brake fluid and an electric motor comprising a rotor and a stator for driving the pump elements (22, 23), and characterized in that the method comprises the following steps: detecting the position of the rotor relative to the stator; and setting an ideal position of the rotor relative to the stator, wherein the sum of the torques for moving the pump elements (22, 23) lies below a specified torque limit value, in particular is at a minimum, in the ideal position, wherein the ideal position is determined by way of a specified counterpressure against the delivery of the brake fluid by means of the pump being generated and the required current of the electric motor for delivering the brake fluid against the generated counterpressure by means of the pump elements (22, 23) being detected, wherein that position of the rotor relative to the stator in which the required current for the electric motor lies below a specified current value, in particular is at a minimum, is determined as the ideal position. detecting the position of the rotor relative to the stator; and setting an ideal position of the rotor relative to the stator, wherein the sum of the torques for moving the pump elements (22, 23) lies below a specified torque limit value, in particular is at a minimum, in the ideal position, wherein the ideal position is determined by way of a specified counterpressure against the delivery of the brake fluid by means of the pump being generated and the required current of the electric motor for delivering the brake fluid against the generated counterpressure by means of the pump elements (22, 23) being detected, wherein that position of the rotor relative to the stator in which the required current for the electric motor lies below a specified current value, in particular is at a minimum, is determined as the ideal position.
Method for slowing the spread of cracks (Fa, Fb) in a failure-mitigating structure comprising at least two U-shaped longitudinal metal components (2a, 2b), the bases (22a, 22b) of said metal components being assembled back to back and the sides (24a, 24b) of said metal components being aligned to form a heel, the method consisting in using fasteners to join at least one structural element made of composite to the heel formed by the metal components (2a, 2b) coupled together by fasteners in order to form a mainframe in a break repairing configuration involving an overall redistribution of mechanical load in the components (2b, 2a) of the structure so that the load borne by the cracked component is transmitted through this component only in line with the crack (Fa).
A spot welding system including: a pair of welding electrodes arranged opposite each other; a servomotor for driving the welding electrodes so as to clamp and press a work; a control device for controlling operation of the servomotor; and a pressing force detector provided to measure a pressing force actually applied to the work, wherein said control device has a pressing force control circuit for regulating a driving current to be sent to the servomotor based on a measured value of the pressing force detector to control the pressing force applied to the work; characterized in that said pressing force control circuit is adapted to perform a pressing current control as a real-time feedback control, wherein a pressing force current to be sent to the servomotor as the driving current is determined and the servomotor is driven by a proportional control of calculating a difference between the actual pressing force applied to the work and a command pressing force and reducing the difference, by an integral control of reducing the steady deviation to zero, and by a differential control of increasing the speed of reducing the deviation. a pair of welding electrodes arranged opposite each other; a servomotor for driving the welding electrodes so as to clamp and press a work; a control device for controlling operation of the servomotor; and a pressing force detector provided to measure a pressing force actually applied to the work, wherein said control device has a pressing force control circuit for regulating a driving current to be sent to the servomotor based on a measured value of the pressing force detector to control the pressing force applied to the work; characterized in that said pressing force control circuit is adapted to perform a pressing current control as a real-time feedback control, wherein a pressing force current to be sent to the servomotor as the driving current is determined and the servomotor is driven by a proportional control of calculating a difference between the actual pressing force applied to the work and a command pressing force and reducing the difference, by an integral control of reducing the steady deviation to zero, and by a differential control of increasing the speed of reducing the deviation.
A system for distributing a PIN code comprising an end user, an application server, a PIN code generator, a PIN code distribution order, a synthetic voice PIN server, at least one telecommunication device, wherein the application server is arranged to receive a request which triggers a PIN code authentication of the end user, to generate a PIN code and to send a PIN code distribution order to a synthetic voice PIN server, the synthetic voice PIN server is arranged to convert the PIN code into an audio file, to call the end user and to play the audio file a predetermined number of times and the end user uses the PIN code to get access to the application server characterized in that the PIN code distribution order includes the PIN code and user information comprising a validated phone number registered to the end user and a hash value of a private secret.
Collector and distributor for a heating or cooling assembly which comprises at least two connecting chambers (2, 3, 4) which each have at least one connection for connection of a pipeline (18, 19; 20, 21) for the supply or removal of heat transfer fluid into or out of the collector and distributor, wherein a buffer chamber (12, 12') is arranged at least between two of the connecting chambers (2, 3, 4) which only communicates with the connecting chambers (2, 3, 4) between which it is arranged, characterised in that this buffer chamber (12, 12') is only connected with these two connecting chambers (2, 3, 4) in each case via a gap space which lies between two intermediate walls (6, 7) which are arranged between the buffer chamber (12, 12') and the adjacent connecting chamber (2, 3, 4) and is otherwise closed, wherein the height of the gap space between the two intermediate walls (6, 7) is less than one twentieth of the height of the connecting chamber (2, 3, 4) which is divided from the buffer chamber (12, 12') by the intermediate walls (6, 7).