mhurhangee/ep-ind-claims huggingface dataset:
A vehicle control device characterized in comprising: a variable-damping force shock absorber capable of varying a damping force at which sprung mass vibration damping control is carried out; wheel speed detecting means configured to detect wheel speed; sprung mass state estimating means configured to estimate sprung mass state based on information in a prescribed frequency range of wheel speed detected by the wheel speed detecting means; actuator orientation control means configured to control the variable-damping force shock absorber so as to bring the estimated sprung mass state to a target sprung mass state; estimation accuracy deterioration detection means configured to detect deterioration in estimation accuracy performed by the sprung mass state estimating means and to estimate an estimated wheel rim braking/drive torque to determine that the estimation accuracy has deteriorated when a rate of change of a stationary component extracted from components of wheel rim braking/drive torque acting on a wheel is detected to equal or exceed a prescribed value (dfthi), with the stationary component of the estimated wheel rim braking/drive torque lying in a low-frequency end of a frequency region that includes a stroke speed and a sprung mass speed; and limited control means that is configured to implement control performed by the actuator orientation control means to a more limited extent upon detecting deterioration of the estimation accuracy by the estimation accuracy deterioration detection means as compared to when estimation accuracy has not deteriorated. a variable-damping force shock absorber capable of varying a damping force at which sprung mass vibration damping control is carried out; wheel speed detecting means configured to detect wheel speed; sprung mass state estimating means configured to estimate sprung mass state based on information in a prescribed frequency range of wheel speed detected by the wheel speed detecting means; actuator orientation control means configured to control the variable-damping force shock absorber so as to bring the estimated sprung mass state to a target sprung mass state; estimation accuracy deterioration detection means configured to detect deterioration in estimation accuracy performed by the sprung mass state estimating means and to estimate an estimated wheel rim braking/drive torque to determine that the estimation accuracy has deteriorated when a rate of change of a stationary component extracted from components of wheel rim braking/drive torque acting on a wheel is detected to equal or exceed a prescribed value (dfthi), with the stationary component of the estimated wheel rim braking/drive torque lying in a low-frequency end of a frequency region that includes a stroke speed and a sprung mass speed; and limited control means that is configured to implement control performed by the actuator orientation control means to a more limited extent upon detecting deterioration of the estimation accuracy by the estimation accuracy deterioration detection means as compared to when estimation accuracy has not deteriorated.
A medical chewing gum comprising gum base polymers and nicotine, the gum base polymers comprising polyvinyl acetate and vinyl laurate-vinyl acetate copolymer in an amount of more than 90% by weight, wherein the gum base polymers include 20 - 95% by weight of polyvinyl acetate and 5 - 80% by weight of vinyl laurate-vinyl acetate copolymer, and wherein the chewing gum contains no polyterpene resins and no resins based on gum rosin, wood rosin or tall oil resin. the gum base polymers comprising polyvinyl acetate and vinyl laurate-vinyl acetate copolymer in an amount of more than 90% by weight, wherein the gum base polymers include 20 - 95% by weight of polyvinyl acetate and 5 - 80% by weight of vinyl laurate-vinyl acetate copolymer, and wherein the chewing gum contains no polyterpene resins and no resins based on gum rosin, wood rosin or tall oil resin.
System for blocking a privacy-lockable sanitary compartment provided with a frame and a moveable access in the form of a door, comprising a device for blocking the access to said privacy-lockable compartment, at least one detection device configured to detect the presence of at least one person inside the privacy-locked compartment, means for processing the data coming from the detection device, and means for controlling the blocking device that are connected to the means for processing the data from the detection device and configured to actuate the blocking device, following receipt of a command to block access to the privacy-lockable compartment and provided that the detection device does not detect anyone inside the privacy-lockable compartment, in order to block said access, characterized in that the blocking device comprises a cylinder provided with a piston controlled by the control means, a sleeve actuatable by said piston of the cylinder and a latch, said sleeve being actuatable between a blocked position in which the sleeve is fitted about the latch and a usage position in which the latch can be released from the sleeve, the latch being arranged on either the moveable access or the frame, and the cylinder and the sleeve being arranged on the other of the frame and the moveable access.
A robotic cleaner comprising: a housing defining a suction conduit with an opening on an underside of the housing; a debris collector located in the housing for receiving debris; a brush roll rotatably mounted to the housing such that a portion of the brush roll extends below the underside for directing debris into the opening; a leading roller including a cleaning element that is softer than a cleaning element of the brush roll, the leading roller rotatably mounted in front of the brush roll and spaced from the brush roll to define an inter-roller air passageway between a lower portion of the brush roll and a lower portion of the leading roller, wherein at least an inside of the lower portion of the leading roller is exposed to a flow path to the suction conduit and wherein at least an inside of an upper portion of the leading roller is substantially outside of the flow path to the suction conduit; a combing unit disposed between the brush roll and the leading roller, the combing unit including at least a first series of spaced combing protrusions extending partially into the leading roller characterized in that the combing unit further comprises a second series of spaced combing protrusions extending partially into the brush roll. a housing defining a suction conduit with an opening on an underside of the housing; a debris collector located in the housing for receiving debris; a brush roll rotatably mounted to the housing such that a portion of the brush roll extends below the underside for directing debris into the opening; a leading roller including a cleaning element that is softer than a cleaning element of the brush roll, the leading roller rotatably mounted in front of the brush roll and spaced from the brush roll to define an inter-roller air passageway between a lower portion of the brush roll and a lower portion of the leading roller, wherein at least an inside of the lower portion of the leading roller is exposed to a flow path to the suction conduit and wherein at least an inside of an upper portion of the leading roller is substantially outside of the flow path to the suction conduit; a combing unit disposed between the brush roll and the leading roller, the combing unit including at least a first series of spaced combing protrusions extending partially into the leading roller characterized in that the combing unit further comprises a second series of spaced combing protrusions extending partially into the brush roll.
Drum for a washing machine, washer-dryer or tumble-dryer, comprising: - a metal side wall, - an access hatch with at least one leaf (3, 4) connected to the drum so as to be able to rotate between a closed position and an open position and biased by elastic means into the open position, - a damper having a stationary portion and a mobile portion the relative movement of which is damped, the stationary portion being connected to the side wall and the mobile portion being connected to the leaf (3, 4), characterized in that: - said leaf (3, 4) comprises a metal frame and a leaf body made of plastic material connected to said metal frame, - a hinge body made of plastic is connected to the metal side wall, - the plastic hinge body forms a damping seat that receives the stationary portion of the damper and the plastic leaf body forms a damper cavity that receives a thrusting tab of the mobile portion of the damper or vice-versa. - a metal side wall, - an access hatch with at least one leaf (3, 4) connected to the drum so as to be able to rotate between a closed position and an open position and biased by elastic means into the open position, - a damper having a stationary portion and a mobile portion the relative movement of which is damped, the stationary portion being connected to the side wall and the mobile portion being connected to the leaf (3, 4), characterized in that: - said leaf (3, 4) comprises a metal frame and a leaf body made of plastic material connected to said metal frame, - a hinge body made of plastic is connected to the metal side wall, - the plastic hinge body forms a damping seat that receives the stationary portion of the damper and the plastic leaf body forms a damper cavity that receives a thrusting tab of the mobile portion of the damper or vice-versa.
The use of an ompA mutant bacterium in the production of outer membrane vesicles expressing a heterologous antigen on their surface, wherein the bacterium is an E. coli which presents the heterologous antigen on its surface, wherein the E. coli (a) does not express the OmpA protein, (b) expresses the Braun lipoprotein lpp, and (c) produces an increased number of OMVs compared to its respective wild type strain which carries a wild type ompA gene.
A wind park control system for a wind park comprising a plurality of wind turbines and an Energy Storage System connected to one another by means of a low voltage power network (22,25), wherein the low voltage power network is coupled to the grid and wherein the plurality of wind turbines each respectively comprise a drive train and gear box connected between a rotor of the wind turbine and a generator of the wind turbine, the wind park control system comprising: a controller one or more environmental sensors (45,46,47,48) located in at least a first wind turbine, arranged to determine one or more operating parameters of the wind turbine drive train or gear box, one or more power sensors (28,29,48) located in at least the first wind turbine or on the low voltage power network arranged to determine a power mismatch indication between the generator rotor angle and the low voltage power network and output the power mismatch indication to the controller; wherein the controller is adapted to receive said one or more determined operating parameters and said power mismatch indication, to determine a gearbox or drive train health metric based on said one or more determined operating parameters, and determine a power command for the Energy Storage System and wind turbines based on said power mismatch indication and said gearbox or drive train health metric. a controller one or more environmental sensors (45,46,47,48) located in at least a first wind turbine, arranged to determine one or more operating parameters of the wind turbine drive train or gear box, one or more power sensors (28,29,48) located in at least the first wind turbine or on the low voltage power network arranged to determine a power mismatch indication between the generator rotor angle and the low voltage power network and output the power mismatch indication to the controller; wherein the controller is adapted to receive said one or more determined operating parameters and said power mismatch indication, to determine a gearbox or drive train health metric based on said one or more determined operating parameters, and determine a power command for the Energy Storage System and wind turbines based on said power mismatch indication and said gearbox or drive train health metric.
A light emitting device, comprising: a first photonic crystal structure comprising a reflective layer and a plurality of non-metal pattern elements on the reflective layer; a second conductive semiconductor layer on both the reflective layer and the non-metal pattern elements; an active layer on the second conductive semiconductor layer; a first conductive semiconductor layer on the active layer; and a second photonic crystal structure on the first conductive semiconductor layer, wherein the second photonic crystal structure comprises: a non-conductive semiconductor layer on the first conductive semiconductor layer; and a patterned structure in a top surface of the non-conductive semiconductor layer, the light emitting device further comprising: a second electrode layer under the reflective layer; and a first electrode layer on the first conductive semiconductor layer. a first photonic crystal structure comprising a reflective layer and a plurality of non-metal pattern elements on the reflective layer; a second conductive semiconductor layer on both the reflective layer and the non-metal pattern elements; an active layer on the second conductive semiconductor layer; a first conductive semiconductor layer on the active layer; and a second photonic crystal structure on the first conductive semiconductor layer, a non-conductive semiconductor layer on the first conductive semiconductor layer; and a patterned structure in a top surface of the non-conductive semiconductor layer, the light emitting device further comprising: a second electrode layer under the reflective layer; and a first electrode layer on the first conductive semiconductor layer.
A motor-driven compressor comprising: a housing body accommodating a compression mechanism unit and an electric motor for driving the compression mechanism unit; an inverter device for converting direct-current power to polyphase alternating current power for supply to the electric motor and controlling a number of revolutions of the electric motor; an inverter accommodation chamber provided to the housing body and having an opening, the inverter accommodation chamber accommodating the inverter device; and a cover blocking the opening and removably provided to the housing body, wherein the inverter device is configured of a power unit for converting direct-current power to three-phase alternating current power for application to the electric motor, a control unit for controlling alternating current power to be applied to the electric motor, and a filter unit including at least one of a capacitor and a coil and for suppressing noise of the inverter device, characterized in that the power unit is removably fixed to one of the housing body in the inverter accommodation chamber and the cover, and in that the control unit and the filter unit are respectively removably fixed to the other one of the housing body and the cover, and in that the power unit, the control unit and the filter unit are fixed so as to be removed and attached independently. a housing body accommodating a compression mechanism unit and an electric motor for driving the compression mechanism unit; an inverter device for converting direct-current power to polyphase alternating current power for supply to the electric motor and controlling a number of revolutions of the electric motor; an inverter accommodation chamber provided to the housing body and having an opening, the inverter accommodation chamber accommodating the inverter device; and a cover blocking the opening and removably provided to the housing body, wherein the inverter device is configured of a power unit for converting direct-current power to three-phase alternating current power for application to the electric motor, a control unit for controlling alternating current power to be applied to the electric motor, and a filter unit including at least one of a capacitor and a coil and for suppressing noise of the inverter device, characterized in that the power unit is removably fixed to one of the housing body in the inverter accommodation chamber and the cover, and in that the control unit and the filter unit are respectively removably fixed to the other one of the housing body and the cover, and in that the power unit, the control unit and the filter unit are fixed so as to be removed and attached independently.
Device for turning serially supplied piece goods with a guide block, in which a guide channel with an input opening and an output opening is formed, wherein the piece goods are introduced into the guide channel in a first position through the input opening and while changing its position are guided through the guide channel and in a second position leave the latter through the output opening, wherein the guide channel is shaped so that the piece goods, when taken through the guide channel, are rotated from their first position continuously and over a preset angle of rotation into the second position, wherein the piece goods have different orientation in the first and the second position, and the guide block consists of at least two block parts (1a, 1b), characterised in that the at least two block parts are separated from one another along separating planes (T1, T2), wherein the or each separating plane (T1; T1: T2) runs through the guide channel and in that the block parts (1a, 1b) are displaceable with respect to one another.
A method for detecting a fusion gene composed of a fibroblast growth factor receptor 3 (FGFR3) gene and a transforming acidic coiled-coil containing protein 3 (TACC3) gene or a fusion protein composed of FGFR3 and TACC3, which comprises detecting the existence of either a polynucleotide encoding the following polypeptide or the polypeptide in a specimen obtained from a test subject: A polypeptide which has tumorigenicity and comprises an amino acid sequence having 90% or more identity to the amino acid sequence represented by amino acid numbers 461 to 947 of SEQ ID NO: 2, amino acid numbers 461 to 982 of SEQ ID NO: 4, or amino acid numbers 461 to 996 of SEQ ID NO: 6.
A substituted aromatic compound represented by the following general formula: wherein in general formula, A 1, A 2, and A 3 each independently represent an aryl group substituted by one or more hydrophilic groups each selected from the group consisting of a -OH group, a -SO 3 H group, a -SO 3 M group, a -COOH group, a -COOM group, a -NR 1 R 2 R 3 X group, a -NH 2 group, and a -[ n S g] group; M represents an alkali metal element; R 1, R 2 and R 3 each independently represent an alkyl group; X represents a halogen element; E represents an ethylene group; n represents an integer of from 1 to 4; and S g represents a saccharide group.
An aircraft/spacecraft fluid cooling system for an aircraft/spacecraft, the aircraft/spacecraft fluid cooling system comprising: a storage tank for storing a fluid; a pump for feeding the fluid to an engine of the aircraft / spacecraft; a first feed pipe connecting the storage tank to the pump for feeding the fluid from the tank to the pump, and a second feed pipe for connecting the pump to the engine of the aircraft/spacecraft; and a cooling section arranged to - in operation of the aircraft/spacecraft - expand part of the fluid having traveled through the pump, feed the expanded fluid to an outer periphery of at least one of the first feed pipe and the second feed pipe so as to cool fluid in the at least one of the first feed pipe and the second feed pipe, and discharge the expanded fluid to the outside, wherein the cooling section is arranged to form a double-walled pipe (27;32) together with the at least one of the first feed pipe and the second feed pipe, wherein an inner pipe of the double-walled pipe (27;32) serves as the first feed pipe or the second feed pipe, and wherein the cooling section is arranged to make the expanded fluid travel between an outer pipe and the inner pipe of the double-walled pipe (27;32). a storage tank for storing a fluid; a pump for feeding the fluid to an engine of the aircraft / spacecraft; a first feed pipe connecting the storage tank to the pump for feeding the fluid from the tank to the pump, and a second feed pipe for connecting the pump to the engine of the aircraft/spacecraft; and a cooling section arranged to - in operation of the aircraft/spacecraft - expand part of the fluid having traveled through the pump, feed the expanded fluid to an outer periphery of at least one of the first feed pipe and the second feed pipe so as to cool fluid in the at least one of the first feed pipe and the second feed pipe, and discharge the expanded fluid to the outside, wherein the cooling section is arranged to form a double-walled pipe (27;32) together with the at least one of the first feed pipe and the second feed pipe, wherein an inner pipe of the double-walled pipe (27;32) serves as the first feed pipe or the second feed pipe, and wherein the cooling section is arranged to make the expanded fluid travel between an outer pipe and the inner pipe of the double-walled pipe (27;32).
A method of unthreading an up-hole drill rod from a down-hole drill rod and moving the up-hole drill rod to a rod storage structure with a rod handling device of an underground drilling machine, the method comprising: positioning a joint, which is formed at a threaded interface between the up-hole drill rod and the down-hole drill rod between a first vise and a second vise, the second vise being in a first axial position; clamping the first and second vises (132, 134) such that the first vise grips the down-hole drill rod and the second vise grips the up-hole drill rod; pivoting the second vise relative to the first vise to break the joint; unclamping the second vise from the up-hole drill rod; rotating the up-hole drill rod using a rotational driver to fully unthread the up-hole drill rod from the down-hole drill rod; moving the second vise axially to a second axial position and moving the rotational driver axially along a track to move the unthreaded up-hole drill rod away from the down-hole drill rod and into alignment with a rod loading region of the rod storage structure; the method characterized by: after the up-hole drill rod is aligned with the rod loading region of the rod storage structure, extending the rod handling device to receive the up-hole drill rod in rod receivers; moving the second vise axially to the first axial position; and retracting the rod handling device to move the up-hole drill rod to the rod storage structure. positioning a joint, which is formed at a threaded interface between the up-hole drill rod and the down-hole drill rod between a first vise and a second vise, the second vise being in a first axial position; clamping the first and second vises (132, 134) such that the first vise grips the down-hole drill rod and the second vise grips the up-hole drill rod; pivoting the second vise relative to the first vise to break the joint; unclamping the second vise from the up-hole drill rod; rotating the up-hole drill rod using a rotational driver to fully unthread the up-hole drill rod from the down-hole drill rod; moving the second vise axially to a second axial position and moving the rotational driver axially along a track to move the unthreaded up-hole drill rod away from the down-hole drill rod and into alignment with a rod loading region of the rod storage structure; the method characterized by: after the up-hole drill rod is aligned with the rod loading region of the rod storage structure, extending the rod handling device to receive the up-hole drill rod in rod receivers; moving the second vise axially to the first axial position; and retracting the rod handling device to move the up-hole drill rod to the rod storage structure. after the up-hole drill rod is aligned with the rod loading region of the rod storage structure, extending the rod handling device to receive the up-hole drill rod in rod receivers; moving the second vise axially to the first axial position; and retracting the rod handling device to move the up-hole drill rod to the rod storage structure.