mhurhangee/ep-ind-claims huggingface dataset:
A gearshift control device which is configured to control a transmission comprising a twin clutch transmission including two systems of power transmission mechanisms, the gearshift control device configured to preshift the transmission based on a traveling plan during automatic driving of a vehicle, in which one of an accelerator operation and a brake operation is automated, and a steering operation may not be automated, comprising: an automatic driving preshift execution deciding unit which is configured to plan control contents of the transmission based on the traveling plan; and is configured to decide to cancel automatic driving preshift or to execute automatic driving preshift, represented by executing an existing manual driving preshift control.
A high voltage DC bushing comprising: - a housing being symmetrical about a center axis and comprising a grounding flange; - a high voltage conductor provided in the housing; - a condenser core provided around the high voltage conductor; - a duct filled with fluid; characterized in that - a barrier layer is provided in the housing; and - provided between the barrier layer and the condenser core; the width (Δr) of the fluid duct increases with smaller radius of the duct. - a housing being symmetrical about a center axis and comprising a grounding flange; - a high voltage conductor provided in the housing; - a condenser core provided around the high voltage conductor; - a duct filled with fluid; - a barrier layer is provided in the housing; and - provided between the barrier layer and the condenser core;
An oral pharmaceutical solution comprising: (i) aripiprazole or pharmaceutically acceptable salts thereof, (ii) hydrochloric acid, (iii) glycerin and ethyl alcohol wherein the weight ratio of glycerin to ethyl alcohol is 4:1 and the hydrochloric acid is in an amount of 0.10 mg/ml to 0.60 mg/ml. (i) aripiprazole or pharmaceutically acceptable salts thereof, (ii) hydrochloric acid, (iii) glycerin and ethyl alcohol
A cable tie comprising: - a cord having a first end and a second end, which cord comprises cellulosic fibers; and - a locking head fixedly attached to the first end, said locking head being adapted to receive the second end and retain the cable tie in a closed loop configuration, wherein said locking head defines (a) wall(s) that encircles a passage having an inlet and an outlet and comprises a metal blade that extends into the passage for engaging the cord and which is arranged to allow displacement of the cord in a first direction towards the outlet while preventing displacement of the cord in a second direction towards the inlet. - a cord having a first end and a second end, which cord comprises cellulosic fibers; and - a locking head fixedly attached to the first end, said locking head being adapted to receive the second end and retain the cable tie in a closed loop configuration,
An apparatus for tuning pump speed comprising: a vacuum pump connected to a chamber for evacuating gas from the chamber; a sensor coupled to the chamber for measuring a characteristic of the gas in the chamber, the characteristic being one or more values from the group pressure or temperature or vibration frequency or flow rate; and a controller coupled to the sensor and the vacuum pump for adjusting a speed of the vacuum pump in response to a signal generated by the sensor, indicating the measured characteristic of the gas in the chamber, said controller being configured to: compare the measured characteristic to a predetermined value; and adjust the speed of the vacuum pump based on the comparison between the measured characteristic and the predetermined value, characterised in that when the speed is decreased it is decreased by a predetermined decrement and when it is increased it is increased by an predetermined increment said predetermined decrement being greater than said predetermined increment. a vacuum pump connected to a chamber for evacuating gas from the chamber; a sensor coupled to the chamber for measuring a characteristic of the gas in the chamber, the characteristic being one or more values from the group pressure or temperature or vibration frequency or flow rate; and a controller coupled to the sensor and the vacuum pump for adjusting a speed of the vacuum pump in response to a signal generated by the sensor, indicating the measured characteristic of the gas in the chamber, said controller being configured to: compare the measured characteristic to a predetermined value; and adjust the speed of the vacuum pump based on the comparison between the measured characteristic and the predetermined value, characterised in that when the speed is decreased it is decreased by a predetermined decrement and when it is increased it is increased by an predetermined increment said predetermined decrement being greater than said predetermined increment. compare the measured characteristic to a predetermined value; and adjust the speed of the vacuum pump based on the comparison between the measured characteristic and the predetermined value, characterised in that when the speed is decreased it is decreased by a predetermined decrement and when it is increased it is increased by an predetermined increment said predetermined decrement being greater than said predetermined increment.
An over-speed detection device for a stairlift said detection device having a rotary drive for engagement with a stairlift rail, a plurality of weights incorporated in a flywheel assembly operatively connected to said rotary drive and being rotatable about an axis, said plurality of weights having centres of mass such that rotation of said flywheel assembly about said axis above a pre-determined speed effects displacement of said centres of mass away from said axis; and a triggering facility (50, 61) operatively connected to said flywheel assembly and being displaced as said centres of mass are displaced away from said axis, wherein said triggering facility is displaced in a direction substantially parallel to said axis, said over-speed detection device being characterised in that said flywheel assembly further includes a hub aligned with said axis and rotatable with said weights about said axis, a connection (50, 54) being provided between said weights and said hub, the connection being configured to effect rotation of said hub relative to said weights as the centres of mass of said weights are displaced away from said axis.
Dynamo-electric machine comprising a stator and a rotor and comprising a winding system which is arranged in slots of the stator and which has individual mutually electrically contactable coils for each phase, wherein each conductor of the coil is built up from a plurality of sub-conductors/windings, wherein these sub-conductors are insulated from one another in that the sub-conductors have only one insulating layer relative to the adjacent sub-conductor or conductors of its conductor of the respective slot, wherein the sub-conductors have a substantially rectangular or square cross-sectional area, wherein the insulating layer is either a film stuck onto the sub-conductor or a varnish insulation, wherein each conductor is surrounded by a main insulation, characterized in that the edges of the sub-conductors are rounded and in that when the sub-conductors are arranged only radially above one another, the sub-conductors are covered only by a single-sided insulating layer, which reaches over the adjacent edge radii of the side covered by the insulating layer, and when the sub-conductors are arranged radially and horizontally above and beside one another, the sub-conductors are covered only by a two-sided insulating layer, which can also reach over the adjacent edge radii of the sides covered by the insulating layer. when the sub-conductors are arranged only radially above one another, the sub-conductors are covered only by a single-sided insulating layer, which reaches over the adjacent edge radii of the side covered by the insulating layer, and when the sub-conductors are arranged radially and horizontally above and beside one another, the sub-conductors are covered only by a two-sided insulating layer, which can also reach over the adjacent edge radii of the sides covered by the insulating layer.
An electric kettle having two heating modes, a first or regular mode for heating water and a second or warmer mode for maintaining said water at a predefined temperature, said kettle including a main body and a base for transmitting electricity to a heating element located in the main body, said kettle comprising a circuit for controlling temperature of the water, the kettle further comprising a locking mechanism capable of connecting between the main body and the base so that when the locking mechanism is in its unlocked position, the main body of the kettle can be separated from the base, and when the locking mechanism is in its locked position, the main body of the kettle is attached to the base, the kettle being characterized in that in said locked position the main body and the base function as a single unit even when the kettle is lifted by a user; in that the kettle is provided with a main knob for manually initiating the regular mode, and with an additional, warmer electric knob connected to said circuit and intended for manually initiating the warmer mode, and in that the kettle is configured for use in accordance with religious guidelines and customs of the Jewish Saturday by enabling simultaneous use of the warmer mode and the locked position in a manner that: the locking mechanism and the warmer knob are interconnected by mutual control lines ensuring that a desired warmer regime with the locked kettle will be selected even if only the warmer knob or only the locking mechanism is manually activated by the user.
Electromechanically actuable parking brake for motor vehicles having at least one electromechanical actuator whose rotational movement is converted into a translational movement by an actuating unit, and which moves at least one brake element (3, 4) in such a way that at least one brake lining (10, 11) which is connected to the brake element (3, 4) is pressed with a locking force against a rotor which is permanently connected to a motor vehicle wheel, wherein the current consumption of the electromechanical actuator when the parking brake is engaged and/or released is acquired, characterized in that means are provided which change the current consumption of the electromechanical actuator in such a way that values of the locking force which are determined in advance are acquired, the means are embodied in such a way that they bring about a significant change in the current consumption of the electromechanical actuator when the parking brake is engaged or released, so that a value of the locking force which was determined in advance is inferred, and wherein the means are formed by at least one prestressed spring element which influences the rigidity of the parking brake.
A grating image having two or more grating fields that each include an electromagnetic-radiation-influencing grating pattern composed of a plurality of grating lines, the grating lines of at least one achromatic grating field being characterized by the parameters orientation, curvature, spacing and profile, at least one of said parameters varying randomly, preferably randomly and discontinuously, across the area of the grating field, - the grating fields being formed from nested sub-regions whose expanse in at least one dimension is below the resolution limit of the naked eye, characterized in that - at least one grating field is an achromatic grating field having a viewing-angle-dependent visual appearance. - the grating fields being formed from nested sub-regions whose expanse in at least one dimension is below the resolution limit of the naked eye, characterized in that - at least one grating field is an achromatic grating field having a viewing-angle-dependent visual appearance.
Method for controlling a combustion of fuel in a combustion boiler, wherein the combustion boiler includes a combustion air supply, at least one material discharge opening and at least one apparatus opening, wherein the apparatus opening is an access through a side wall and/or a ceiling wall to the combustion boiler, the method comprising at least the following steps: a) determining a desired combustion air quantity for the combustion of the fuel in the combustion boiler, b) determining an available combustion air quantity for the combustion of the fuel in the combustion boiler, c) controlling at least one combustion air inflow through the at least one material discharge opening and/or the at least one apparatus opening of the combustion boiler in order to at least partially match the available combustion air quantity in the combustion boiler to the desired combustion air quantity, wherein apparatuses are temporarily introduced into the combustion boiler and/or downstream areas through the at least one apparatus opening, d) adjusting at least one of the following combustion air inflows depending on step c): - combustion air inflow via the combustion air supply, - combustion air inflow via the at least one material discharge opening, - combustion air inflow via the at least one apparatus opening. a) determining a desired combustion air quantity for the combustion of the fuel in the combustion boiler, b) determining an available combustion air quantity for the combustion of the fuel in the combustion boiler, c) controlling at least one combustion air inflow through the at least one material discharge opening and/or the at least one apparatus opening of the combustion boiler in order to at least partially match the available combustion air quantity in the combustion boiler to the desired combustion air quantity, wherein apparatuses are temporarily introduced into the combustion boiler and/or downstream areas through the at least one apparatus opening, d) adjusting at least one of the following combustion air inflows depending on step c): - combustion air inflow via the combustion air supply, - combustion air inflow via the at least one material discharge opening, - combustion air inflow via the at least one apparatus opening. - combustion air inflow via the combustion air supply, - combustion air inflow via the at least one material discharge opening, - combustion air inflow via the at least one apparatus opening.
A method for processing a biological fluid in an automated biological fluid processing system, wherein the biological fluid is from a non-living source, said system including a hardware unit comprising a controller including pre-programmed instructions and a disposable fluid circuit mounted on said hardware unit, the method comprising: a) initiating the processing in the automated biological fluid processing system; b) detecting non-operator correctable hardware errors of a certain type and category in the hardware unit; c) recognizing said hardware error as being of a certain type and category; d) pausing said processing; e) allowing for a period of time for the system to self-recover; and f) resuming said processing without operator intervention. a) initiating the processing in the automated biological fluid processing system; b) detecting non-operator correctable hardware errors of a certain type and category in the hardware unit; c) recognizing said hardware error as being of a certain type and category; d) pausing said processing; e) allowing for a period of time for the system to self-recover; and f) resuming said processing without operator intervention.
A pharmaceutically acceptable liquid composition comprising: about 0.75% by weight carbidopa; about 6% by weight levodopa; about 12% to about 36% by weight arginine; about 0.5% by weight ascorbic acid or a salt thereof; about 0.1% to about 0.6% by weight L-cysteine, or a salt thereof, or about 0.01% to about 1% by weight N-acetylcysteine; and optionally, about 0.1% to about 0.5% by weight, preferably about 0.3% by weight, polysorbate 80, wherein said composition, after 1-24 hours at 25°C, comprises less than 0.1 μg/ml hydrazine, as determined by a GCMS method. about 0.75% by weight carbidopa; about 6% by weight levodopa; about 12% to about 36% by weight arginine; about 0.5% by weight ascorbic acid or a salt thereof; about 0.1% to about 0.6% by weight L-cysteine, or a salt thereof, or about 0.01% to about 1% by weight N-acetylcysteine; and optionally, about 0.1% to about 0.5% by weight, preferably about 0.3% by weight, polysorbate 80, wherein said composition, after 1-24 hours at 25°C, comprises less than 0.1 μg/ml hydrazine, as determined by a GCMS method.
A hydrogel for use in reducing lung volume in a patient, wherein said hydrogel is prepared from a first non-natural polymer and a first cross-linker; said first non-natural polymer comprises a plurality of pendant first nucleophilic groups; said first cross-linker comprises a plurality of pendant first electrophilic groups; and said first non-natural polymer consists essentially of a plurality of subunits independently selected from the group consisting of wherein independently for each occurrence X is -(C 2) n -, -(CH 2 OCH 2) n CH 2 -, -(CH 2) n -(cycloalkyl)-(CH 2) n -, or -(CH 2) n -(aryl)-(CH 2) n -; R is H or C 1-10 -alkyl; Y is -NHR', -OH or-SH; R' is hydrogen, NH 2, aliphatic, aromatic, heterocyclic, cycloaliphatic or a saturated heterocyclic moiety; n is 1-20; and 60 mol% to 99 mol% of the subunits are X is -(C 2) n -, -(CH 2 OCH 2) n CH 2 -, -(CH 2) n -(cycloalkyl)-(CH 2) n -, or -(CH 2) n -(aryl)-(CH 2) n -; R is H or C 1-10 -alkyl; Y is -NHR', -OH or-SH; R' is hydrogen, NH 2, aliphatic, aromatic, heterocyclic, cycloaliphatic or a saturated heterocyclic moiety; n is 1-20; and 60 mol% to 99 mol% of the subunits are
Method for producing a tolerance compensation disc with the following method steps: determining a relative position of an internal contour of a first through-opening, formed in a first component, relative to an internal contour of a second through-opening formed in a second component, wherein the first and second through-openings (11; 21) are arranged one over the other; positioning a drill device relative to a tolerance compensation disc semifinished product, having an external contour corresponding to the internal contour of the second through-opening, in such a way that the position of the drill device relative to the external contour corresponds to the determined position of the internal contour of the first through-opening; and forming a disc through-opening in the tolerance compensation disc semifinished product by means of the drill device. determining a relative position of an internal contour of a first through-opening, formed in a first component, relative to an internal contour of a second through-opening formed in a second component, wherein the first and second through-openings (11; 21) are arranged one over the other; positioning a drill device relative to a tolerance compensation disc semifinished product, having an external contour corresponding to the internal contour of the second through-opening, in such a way that the position of the drill device relative to the external contour corresponds to the determined position of the internal contour of the first through-opening; and forming a disc through-opening in the tolerance compensation disc semifinished product by means of the drill device.
A total knee arthroplasty system, comprising: a joint prosthesis having a joint component (10, 210) and a stem configured to extend from the joint component, the joint component having an articular side and a bone contact side, the articular side having first and second condyles, and the bone contact side having a porous bone contact surface; and a void filling prosthesis having a porous outer surface and a channel extending entirely through the void filling prosthesis and configured to receive the stem of the joint prosthesis; characterised in that the total knee arthroplasty system further comprises a cement plug; and a cement shield having a first member and a second member, the first member and the second member defining a channel extending through the cement shield and having a planar surface configured to abut a resected surface of a bone so that the channel aligns with an intramedullary canal of the bone. a joint prosthesis having a joint component (10, 210) and a stem configured to extend from the joint component, the joint component having an articular side and a bone contact side, the articular side having first and second condyles, and the bone contact side having a porous bone contact surface; and a void filling prosthesis having a porous outer surface and a channel extending entirely through the void filling prosthesis and configured to receive the stem of the joint prosthesis; characterised in that the total knee arthroplasty system further comprises a cement plug; and a cement shield having a first member and a second member, the first member and the second member defining a channel extending through the cement shield and having a planar surface configured to abut a resected surface of a bone so that the channel aligns with an intramedullary canal of the bone. a cement plug; and a cement shield having a first member and a second member, the first member and the second member defining a channel extending through the cement shield and having a planar surface configured to abut a resected surface of a bone so that the channel aligns with an intramedullary canal of the bone.
Method for the hydrogenation of unsaturated polymers containing double bonds, characterized in that a metal-containing colloid is first prepared under reducing conditions in the presence of an unsaturated polymer present in latex form, the colloid-containing latex mixture obtained is then hydrogenated, the metal-containing colloid is then separated from the latex and the polymer latex obtained is isolated, characterized in that the pH during the preparation of the metal-containing colloid is in the range from 3 to 6.
A method for producing a printed material, the method comprising: a step of applying at least one of a black/chromatic ink on a substrate using an active energy ray-curable printing ink set; a step of applying a white ink on the substrate to which the black/chromatic ink is applied; and a step of curing using an active energy ray, wherein the active energy ray-curable printing ink set comprises at least one ink of black or chromatic color including at least any one of a black pigment, a cyan pigment, a magenta pigment, and a yellow pigment, and a white ink including a white pigment, wherein at least one of the ink of black or chromatic color is the black/chromatic ink having a tack value of 5.0 or more and 12.0 or less at 400 rpm measured with an inkometer at 38°C, and the white ink has a tack value of 1.0 or more and 5.0 or less at 400 rpm measured with an inkometer at 38°C. a step of applying at least one of a black/chromatic ink on a substrate using an active energy ray-curable printing ink set; a step of applying a white ink on the substrate to which the black/chromatic ink is applied; and a step of curing using an active energy ray, wherein the active energy ray-curable printing ink set comprises at least one ink of black or chromatic color including at least any one of a black pigment, a cyan pigment, a magenta pigment, and a yellow pigment, and a white ink including a white pigment, wherein at least one of the ink of black or chromatic color is the black/chromatic ink having a tack value of 5.0 or more and 12.0 or less at 400 rpm measured with an inkometer at 38°C, and the white ink has a tack value of 1.0 or more and 5.0 or less at 400 rpm measured with an inkometer at 38°C.