mhurhangee/ep-ind-claims huggingface dataset:
A method for photosynthetic production of butanol comprising growing a transgenic designer alga in a liquid medium, wherein the alga are genetically engineered to express a set of enzymes that act on an intermediate product of the Calvin cycle and convert the intermediate product into butanol; wherein said set of enzymes consists of phosphoglycerate mutase, enolase, pyruvate kinase, pyruvate-ferredoxin oxidoreductase (or pyruvate-NADP+ oxidoreductase), thiolase, 3-hydroxybutyryl-CoA dehydrogenase, crotonase, butyryl-CoA dehydrogenase, butyraldehyde dehydrogenase and butanol dehydrogenase; wherein said butyraldehyde dehydrogenase and butanol dehydrogenase can use NADPH, which is supplied by the photo-driven electron transport process; wherein the nucleotides encoding the said set of enzymes are genetically engineered so that the enzymes expressed are inserted into the chloroplasts of the host photosynthetic organism, directed by a stroma signal peptide; and recovering butanol from said liquid medium.
An electric motor comprising: a sensor substrate attached to one end of a stator core in an axial direction of the stator core, the sensor substrate being provided with a bearing through hole for allowing a bearing of a rotor to pass; a sensor-lead board-in connector disposed on a face opposite a stator core side of the sensor substrate, a sensor lead being connected to the sensor-lead board-in connector; a power-supply-lead board-in connector disposed on the sensor substrate, a power supply lead being connected to the power-supply-lead board-in connector; and a lead lead-out part that is attached to the sensor substrate and leads out the power supply lead and the sensor lead, a notch used for leading out the power supply lead and the sensor lead is provided on a periphery of the sensor substrate, the sensor-lead board-in connector is disposed radially between the bearing through hole and the notch, characterized in that, the power-supply-lead board-in connector is disposed on the face opposite the stator core side of the sensor substrate such that the power-supply-lead board-in connector faces radially the sensor-lead board-in connector with the bearing through hole therebetween, and the power-supply lead is routed from the stator core side of the lead lead-out part, through the notch, onto the face opposite the stator core side of the sensor substrate and is connected to the power-supply-lead board-in connector. a sensor substrate attached to one end of a stator core in an axial direction of the stator core, the sensor substrate being provided with a bearing through hole for allowing a bearing of a rotor to pass; a sensor-lead board-in connector disposed on a face opposite a stator core side of the sensor substrate, a sensor lead being connected to the sensor-lead board-in connector; a power-supply-lead board-in connector disposed on the sensor substrate, a power supply lead being connected to the power-supply-lead board-in connector; and a lead lead-out part that is attached to the sensor substrate and leads out the power supply lead and the sensor lead, a notch used for leading out the power supply lead and the sensor lead is provided on a periphery of the sensor substrate, the sensor-lead board-in connector is disposed radially between the bearing through hole and the notch, characterized in that, the power-supply-lead board-in connector is disposed on the face opposite the stator core side of the sensor substrate such that the power-supply-lead board-in connector faces radially the sensor-lead board-in connector with the bearing through hole therebetween, and the power-supply lead is routed from the stator core side of the lead lead-out part, through the notch, onto the face opposite the stator core side of the sensor substrate and is connected to the power-supply-lead board-in connector.
Copper-zinc alloy, comprising (in wt.%) 28.0 to 36.0 % Zn, 0.5 to 1.5 % Si, 1.5 to 2.5 % Mn, 0.2 to 1.0 % Ni, 0.5 to 1.5 % Al, 0.1 to 1.0 % Fe, optionally in addition up to a maximum of 0.1 % Pb, optionally in addition up to a maximum of 0.1 % P, optionally in addition up to 0.08 % S, remainder Cu and unavoidable impurities, characterised in that - iron-nickel-manganese-containing mixed silicides are embedded in the matrix, as a result of which the copper-zinc alloy has a high hard phase content that contributes to improving the resistance of the material to abrasive wear and causes better resistance to adhesive wear. - in that, after further processing, which includes at least one hot forming or cold forming step and additional annealing steps, the structure comprises up to 45 vol.% β phase dispersions that assume an indispensable, strength-increasing function in the copper-zinc alloy, and up to 20 vol.% iron-nickel-manganese-containing mixed silicides as hard phases in an α matrix, - in that, by means of the ß dispersions and hard phases having different size distributions in an α matrix, an advantageous temperature resistance of the structure together with sufficient toughness properties and an expedient, complex resistance to wear is achieved, - in that stalk-shaped iron-nickel-manganese-containing mixed silicides are present in the structure and finely distributed globular iron-rich and nickel-rich mixed silicides are contained in the matrix, which silicides cause the ß phase to stabilise and thus make an important contribution to improving the temperature resistance and the complex wear resistance. - iron-nickel-manganese-containing mixed silicides are embedded in the matrix, as a result of which the copper-zinc alloy has a high hard phase content that contributes to improving the resistance of the material to abrasive wear and causes better resistance to adhesive wear. - in that, after further processing, which includes at least one hot forming or cold forming step and additional annealing steps, the structure comprises up to 45 vol.% β phase dispersions that assume an indispensable, strength-increasing function in the copper-zinc alloy, and up to 20 vol.% iron-nickel-manganese-containing mixed silicides as hard phases in an α matrix, - in that, by means of the ß dispersions and hard phases having different size distributions in an α matrix, an advantageous temperature resistance of the structure together with sufficient toughness properties and an expedient, complex resistance to wear is achieved, - in that stalk-shaped iron-nickel-manganese-containing mixed silicides are present in the structure and finely distributed globular iron-rich and nickel-rich mixed silicides are contained in the matrix, which silicides cause the ß phase to stabilise and thus make an important contribution to improving the temperature resistance and the complex wear resistance.
A computer implemented method for temporally stabilizing White Point, WP, information in an Auto White Balance, AWB, process, the method comprising: a) receiving lux level information, AWB statistics including image pixel data of a frame from a sequence of frames representing a scene, and input WP information obtained from the AWB process; b) generating a histogram of the image pixel data and generating, from this histogram, a confidence value for the input WP information; c) determining a threshold value based on a major colour count of the frame and the lux level information, wherein the major colour count is determined by counting the number of peaks in the histogram; d) setting a binary WP update state to a locked state when the confidence value is below the threshold value and to an unlocked state when the confidence value is above the threshold value; and e) generating, when the binary WP update state is locked, final WP information from WP information obtained from a previous frame from said sequence and, when the binary WP update state is unlocked, final WP information from the input WP information. a) receiving lux level information, AWB statistics including image pixel data of a frame from a sequence of frames representing a scene, and input WP information obtained from the AWB process; b) generating a histogram of the image pixel data and generating, from this histogram, a confidence value for the input WP information; c) determining a threshold value based on a major colour count of the frame and the lux level information, wherein the major colour count is determined by counting the number of peaks in the histogram; d) setting a binary WP update state to a locked state when the confidence value is below the threshold value and to an unlocked state when the confidence value is above the threshold value; and e) generating, when the binary WP update state is locked, final WP information from WP information obtained from a previous frame from said sequence and, when the binary WP update state is unlocked, final WP information from the input WP information.
An aqueous composition for the treatment of plants comprising at least 0.225 weight % of the composition of -(+)-abscisic acid as a potassium salt, an effective amount of sodium citrate, an effective amount of sodium acetate, an effective amount of AtloxTM 4913, an effective amount of potassium sorbate, and optionally one or more performance enhancing additives.
A nanostructure of an inorganic semiconductor material, comprising a nanotube with a crystalline mantle and a hollow core, the inorganic semiconductor being chosen from the group of III-V semiconductor materials, characterized in that, the nanotube comprises a first zone having a p-type doping and a second zone having an n-type doping, the first and second zones having a mutual interface constituting a pn-junction.
An air compression device comprising: a housing which has a front portion with an opening formed, and in which a compressor unit is housed; a fan device unit which generates an air flow that cools the compressor unit; and a panel member to which the fan device unit is attached, wherein the panel member is attached to the housing so as to be able to open or close the opening of the housing; and wherein the fan device unit is configured to have an inlet port which sucks air in the housing and send the air sucked through the inlet port toward the compressor unit, and characterized in that the panel member is formed with a recessed space, the recessed space being a part of an inner surface of the panel member recessed from the inside of the housing toward the outside, and at least a part of the fan device unit is arranged in the recessed space such that the inlet port is located in the recessed space so that an inner surface of the panel member forming the recessed space is configured to guide the air, flowing in a passage at the side surface of the fan device unit in a direction towards the inner surface of the panel member to go around toward the inlet port so as to reduce the noise of the air compression device. a housing which has a front portion with an opening formed, and in which a compressor unit is housed; a fan device unit which generates an air flow that cools the compressor unit; and a panel member to which the fan device unit is attached, wherein the panel member is attached to the housing so as to be able to open or close the opening of the housing; and wherein the fan device unit is configured to have an inlet port which sucks air in the housing and send the air sucked through the inlet port toward the compressor unit, and characterized in that the panel member is formed with a recessed space, the recessed space being a part of an inner surface of the panel member recessed from the inside of the housing toward the outside, and at least a part of the fan device unit is arranged in the recessed space such that the inlet port is located in the recessed space so that an inner surface of the panel member forming the recessed space is configured to guide the air, flowing in a passage at the side surface of the fan device unit in a direction towards the inner surface of the panel member to go around toward the inlet port so as to reduce the noise of the air compression device.
A metallic biomedical article for use in contact with internal human or animal body tissue, having a first silver-containing metal nitride coating thereon, and a second silver-containing metal nitride coating on the outer surface of the component and containing a greater amount of silver than the first silver-containing metal nitride coating.
Device for feeding small animals, having a feed container receptacle and a feed container which can be releasably inserted into the feed container receptacle and which can be shifted between a feeding position, in which the feed container is inserted into the feed container receptacle under prestress against a spring force acting in the removal direction, and a release position, in which the feed container is raised relative to its feeding position in the removal direction, wherein the feed container receptacle has a retaining element, characterised in that the retaining element can be shifted and set transversely to the removal direction against the feed container in such a way that the retaining element fixes the feed container in the feeding position in the feed container receptacle.
An automated cleaning method comprising: providing a cleaning apparatus, the cleaning apparatus including a wash tank, the wash tank including a wash liquid; determining a concentrated product to dispense based on a type of an article to be cleaned; directly applying the concentrated product from a dispenser through dispensing points to the article; cleaning the article at least in part with the applied product; and determining at least one of: a. product application sequence based on a water condition; b. a wash sequence based on a water condition; c. a rinse sequence based on a water condition.. providing a cleaning apparatus, the cleaning apparatus including a wash tank, the wash tank including a wash liquid; determining a concentrated product to dispense based on a type of an article to be cleaned; directly applying the concentrated product from a dispenser through dispensing points to the article; cleaning the article at least in part with the applied product; and determining at least one of: a. product application sequence based on a water condition; b. a wash sequence based on a water condition; c. a rinse sequence based on a water condition.. a. product application sequence based on a water condition; b. a wash sequence based on a water condition; c. a rinse sequence based on a water condition..
Control device for controlling a propulsion pulse of a scooter, wherein the scooter can be driven by electrical motor power in at least one operating state, wherein the control device is designed to carry out at least the following steps: - detecting a signal of single operation of an operating device which can be operated by the hand or the foot of a scooter rider, - detecting a signal of a speed detection device which represents the current speed of the scooter, - comparing the value of the current speed of the scooter with a value of a minimum speed (V min) and/or a value of a maximum speed (V max), and - outputting a signal to an electric motor when the current speed is greater than or equal to the minimum speed (V min) and less than or equal to the maximum speed (V max) of the scooter, wherein a single propulsion pulse is generated on the scooter by the signal of the electric motor, wherein the propulsion pulse lasts for a predetermined time period. - detecting a signal of single operation of an operating device which can be operated by the hand or the foot of a scooter rider, - detecting a signal of a speed detection device which represents the current speed of the scooter, - comparing the value of the current speed of the scooter with a value of a minimum speed (V min) and/or a value of a maximum speed (V max), and - outputting a signal to an electric motor when the current speed is greater than or equal to the minimum speed (V min) and less than or equal to the maximum speed (V max) of the scooter, wherein a single propulsion pulse is generated on the scooter by the signal of the electric motor, wherein the propulsion pulse lasts for a predetermined time period.
A drinking bottle closure for a drinking bottle for storing beverages during school, sports, leisure time and while traveling particularly a closure for a children's drinking bottle with automatic valve reset function for storing beverages during school, sports, leisure time and while traveling, wherein - the drinking bottle closure consists of a rotary mouthpiece closure with a sealing cylinder with an opening and of a screw cap with a sealing cylinder with an opening and - the sealing cylinders (28, 59) can be turned relative to one another and form a valve when they are inserted into one another, characterized in that - the disc-shaped rotary mouthpiece closure features on its underside at least one resetting sparing that is fixed on one side and integrally connected to the rotary closure, wherein said resetting spring engages into at least one recess of the screw cap and is subjected to bending stress and - the resetting spring -- tensions while lying in the recess when the valve is opened by turning the mouthpiece and -- automatically relaxes into its idle position while lying in the recess when the mouthpiece is released in order to close the valve. - the drinking bottle closure consists of a rotary mouthpiece closure with a sealing cylinder with an opening and of a screw cap with a sealing cylinder with an opening and - the sealing cylinders (28, 59) can be turned relative to one another and form a valve when they are inserted into one another, characterized in that - the disc-shaped rotary mouthpiece closure features on its underside at least one resetting sparing that is fixed on one side and integrally connected to the rotary closure, wherein said resetting spring engages into at least one recess of the screw cap and is subjected to bending stress and - the resetting spring -- tensions while lying in the recess when the valve is opened by turning the mouthpiece and -- automatically relaxes into its idle position while lying in the recess when the mouthpiece is released in order to close the valve. - the resetting spring -- tensions while lying in the recess when the valve is opened by turning the mouthpiece and -- automatically relaxes into its idle position while lying in the recess when the mouthpiece is released in order to close the valve.
A laminating tool for a laminating device for laminating a plurality of layers disposed in a stack so as to obtain a laminated composite, having an embossing plate for the stack to rest upon, a support structure, and a carrier plate, the support structure being provided between the embossing plate and the carrier plate and being surrounded by an outer wall which is closed to the outside and, together with the embossing plate and the carrier plate forms a closed inner volume, and having at least one feed pipe and at least one discharge pipe for feeding and discharging a fluid flowing through said inner volume, characterised in that in the embossing plate at least one die surface surrounded by a membrane is provided.
A device for coaptation of bone parts or bone fragments, comprising a one-piece molded plate comprising a support portion produced from a first biocompatible polymer and comprising at least one zone or insert provided with a through hole, said at least one zone or insert being produced from a second biocompatible polymer which is more malleable that the first polymer, said at least one zone or insert having mechanical properties enabling self-tapping of the inside surface of the holes, by means of screws usable for fastening said plate to bone tissues, the device being characterized in that the second polymer has a melting point that is lower than that of the first polymer, and in that the support portion and the at least one zone or insert present a rheological continuity therebetween resulting in a partial molecular melting together, which is achieved through a solely superficial melting of the at least one zone or insert upon molding of the support portion.
A scale used for an absolute position detection type photoelectric encoder, the scale comprising a sequence in a length measurement direction of two or more different kinds of parts (H,L) wherein the sequence of parts encode a pseudo random binary code sequence of two binary values (1,0), whereby the binary code values (1,0) are derivable from pairs of neighbouring parts, wherein at least three different pairs (A,B,C) of neighbouring parts encode the two binary values of the binary code, whereby the scale does not contain more than an upper limit value of identical neighbouring parts (H,L).
An antibody produced in a Chinese hamster ovary cell, wherein the antibody comprises N-acetylneuraminic acid (NANA) and lacks galactose-α-1,3-galactose, wherein the antibody comprises a light chain having the amino acid sequence: and a heavy chain having the amino acid sequence: and wherein the antibody comprises NANA at the N-glycan site Asn88 of the heavy chain amino acid sequence.
System for capturing components (41, 42, 43, 44) of a motor vehicle, which system comprises the motor vehicle and a plurality of components (41, 42, 43, 44), with wirelessly readable storage elements (51, 52, 53, 54) which are assigned to the components (41, 42, 43, 44) of the motor vehicle; at least one data reading apparatus which is arranged, in particular, in the motor vehicle and is designed to wirelessly read data stored in the storage elements (51, 52, 53, 54); at least one transmitting apparatus which is arranged, in particular, in the motor vehicle and is designed to transmit the data read by the at least one data reading apparatus to at least one receiving apparatus; and with an engine control unit; with a repair shop system which comprises the receiving apparatus, an evaluation apparatus and a software memory, wherein the evaluation apparatus is designed to determine a component configuration of the motor vehicle, that is to say the type, number and identity of the components (41, 42, 43, 44) installed in the motor vehicle, on the basis of the data transmitted to the receiving apparatus, and wherein the repair shop system is designed to select engine control unit software for the engine control unit of the motor vehicle on the basis of the determined component configuration of the motor vehicle if updated software is available in the software memory for the combination of components (41, 42, 43, 44) currently installed in the motor vehicle; wherein the repair shop system additionally has a transmitting apparatus which is designed to wirelessly transmit the selected engine control unit software to the motor vehicle; and with a motor vehicle receiving apparatus which is designed to receive the selected engine control unit software and to install it in the engine control unit of the motor vehicle in order to adapt the engine control unit to the current component configuration of the motor vehicle.