mhurhangee/ep-ind-claims huggingface dataset:
A device for thermally treating workpieces, in particular printed circuit boards or the like that are equipped with electrical and electronic components, comprising at least one process chamber in which at least one heating or cooling zone is formed or disposed, wherein a temperature-controlled gaseous fluid, which is heated by at least one heating device, can be introduced into said heating or cooling zone, wherein the workpieces pass through the heating or cooling zone and heat is transferred in a convective manner between the workpieces and the temperature-controlled fluid, and comprising at least one temperature measuring element disposed in the process chamber, comprising at least one sensor element that has a defined mass and is disposed in the process chamber such that heat is convectively transferred between the sensor element and the fluid, wherein the temperature of the sensor element can be measured by the temperature measuring element. characterised by an apparatus being independent of the at least one heating device, the sensor element being able to be cooled and/or heated by means of said apparatus.
An electronic control governor that adjusts amount of fuel supplied to an engine, the electronic control governor having an actuator driven by supply of an actuator driving current overlapped with a dither current so as to drive a fuel adjustment means, thereby coinciding an engine rotation speed with a target rotation speed (Nm), characterized in that the electronic control governor stores a map indicating a relation of an amplitude of the dither current to an engine load, calculates an actual engine load, and controls the amplitude of dither current based on the map so as to correspond to the calculated actual engine load, wherein an entire region of the engine load in the map includes a low load region, a high load region, and a middle load region between the low and high load regions, wherein a dither current having a fixed first amplitude corresponds to any engine load in the low load region, wherein a dither current having a fixed second amplitude that is smaller than the first amplitude corresponds to any engine load in the high load region, and wherein an amplitude of dither current corresponding to engine load in the middle load region is gradually reduced from the first amplitude to the second amplitude as the engine load increases from the minimum to the maximum in the middle load region, whereby the electronic control governor controls the amplitude of the dither current based on the map, thereby keeping an amplitude of the actuator driving current approximately at an appropriate value regardless of change in supply quantity of the actuator driving current according to change of the engine load.
Process for the production of - a chitin/glucan-complex that comprises chitin/chitosan and glucan; and - polymers containing glucose, mannose, and/or galactose, the process comprising the following steps: - fermentation of Pichia pastoris DSMZ70877 in a culture medium comprising a nitrogen source and further comprising as a carbon source: • a glycerol-rich byproduct generated by the biodiesel industry, a mixture containing glycerol, an alcohol, a sugar, an organic acid, a polyol, a fatty acid or amino acid, in their monomeric, dimeric or oligomeric forms; and • a food or industrial waste or byproduct, containing one or more of glycerol, an alcohol, a sugar, an organic acid, a fatty acid or an amino acid, in their monomeric, dimeric or oligomeric forms; and - control of the pH during fermentation. - a chitin/glucan-complex that comprises chitin/chitosan and glucan; and - polymers containing glucose, mannose, and/or galactose, the process comprising the following steps: - fermentation of Pichia pastoris DSMZ70877 in a culture medium comprising a nitrogen source and further comprising as a carbon source: • a glycerol-rich byproduct generated by the biodiesel industry, a mixture containing glycerol, an alcohol, a sugar, an organic acid, a polyol, a fatty acid or amino acid, in their monomeric, dimeric or oligomeric forms; and • a food or industrial waste or byproduct, containing one or more of glycerol, an alcohol, a sugar, an organic acid, a fatty acid or an amino acid, in their monomeric, dimeric or oligomeric forms; and - control of the pH during fermentation. - fermentation of Pichia pastoris DSMZ70877 in a culture medium comprising a nitrogen source and further comprising as a carbon source: • a glycerol-rich byproduct generated by the biodiesel industry, a mixture containing glycerol, an alcohol, a sugar, an organic acid, a polyol, a fatty acid or amino acid, in their monomeric, dimeric or oligomeric forms; and • a food or industrial waste or byproduct, containing one or more of glycerol, an alcohol, a sugar, an organic acid, a fatty acid or an amino acid, in their monomeric, dimeric or oligomeric forms; and • a glycerol-rich byproduct generated by the biodiesel industry, a mixture containing glycerol, an alcohol, a sugar, an organic acid, a polyol, a fatty acid or amino acid, in their monomeric, dimeric or oligomeric forms; and • a food or industrial waste or byproduct, containing one or more of glycerol, an alcohol, a sugar, an organic acid, a fatty acid or an amino acid, in their monomeric, dimeric or oligomeric forms; and - control of the pH during fermentation.
A crude Dunaliella powder for use in a method for improving day vision and/or cone-derived visual field and visual function in a subject suffering from a retinal disease, wherein the Dunaliella powder comprises β-carotene at a 1:1 ratio of 9-cis and all-trans β-carotene isomers, or a greater than 1:1 ratio of 9-cis and all-trans β-carotene isomers, and wherein said retinal disease is retinitis pigmentosa.
A dosing conveyor for conveying and dosing a mixture of solids, the dosing conveyor comprising: - a plurality of helical rollers arranged next to each other such that they can be rotary-driven and forming a roller screen onto which the mixture of solids can be introduced in order to obtain an undersize-grain fraction which falls through the roller screen and an oversize-grain fraction which can be conveyed on the roller screen in a conveying direction as far as and into a screen output region of the roller screen; and - a collecting floor, which extends below the roller screen in the conveying direction as far as a downward output edge of the floor, for collecting the undersize-grain fraction which falls through the roller screen, - wherein the collecting floor extends close enough to the helical rollers on the lower side of the roller screen that the helical rollers convey the undersize-grain fraction situated on the collecting floor in the conveying direction to the output edge of the floor, wherein - the helical rollers and the collecting floor overlap in the longitudinal direction of the rollers as far as the output edge of the floor over a total overlapping length (L A), and wherein - the helical rollers each protrude freely beyond the output edge of the floor by a free length (L F) in the conveying direction which is parallel to the longitudinal direction of the rollers, characterised in that - the ratio of the free length (L F) to the overlapping length (L A) is at least 1/5. - a plurality of helical rollers arranged next to each other such that they can be rotary-driven and forming a roller screen onto which the mixture of solids can be introduced in order to obtain an undersize-grain fraction which falls through the roller screen and an oversize-grain fraction which can be conveyed on the roller screen in a conveying direction as far as and into a screen output region of the roller screen; and - a collecting floor, which extends below the roller screen in the conveying direction as far as a downward output edge of the floor, for collecting the undersize-grain fraction which falls through the roller screen, - wherein the collecting floor extends close enough to the helical rollers on the lower side of the roller screen that the helical rollers convey the undersize-grain fraction situated on the collecting floor in the conveying direction to the output edge of the floor, wherein - the helical rollers and the collecting floor overlap in the longitudinal direction of the rollers as far as the output edge of the floor over a total overlapping length (L A), and wherein - the helical rollers each protrude freely beyond the output edge of the floor by a free length (L F) in the conveying direction which is parallel to the longitudinal direction of the rollers, characterised in that - the ratio of the free length (L F) to the overlapping length (L A) is at least 1/5.
Livestock feed wagon, comprising - a frame, - a feed container which is fitted on the frame, in particular provided with feed-mixing means (4, 5; 8), - a gripper construction having a movable arm construction and a gripper fitted thereon for grabbing an amount of animal feed from a pile of animal feed, furthermore comprising weighing means, characterised in that the weighing means are arranged and configured to weigh a grabbed amount of animal feed by determining a change in the weight of at least the feed container and the gripper construction with the grabbed amount of animal feed. - a frame, - a feed container which is fitted on the frame, in particular provided with feed-mixing means (4, 5; 8), - a gripper construction having a movable arm construction and a gripper fitted thereon for grabbing an amount of animal feed from a pile of animal feed,
An electrowetting element comprising a first fluid and a second fluid which are immiscible with each other and are switchable between a first configuration and a second configuration by application of a voltage across at least one of the first and second fluids, the second fluid comprising: an azo dye having the general formula: wherein any of R1, R2, R3, R4, R5 and R6 is H, an aliphatic group, an aromatic group, an optionally branched alkyl group, an optionally branched alkyl amine or an azo group. an azo dye having the general formula: wherein any of R1, R2, R3, R4, R5 and R6 is H, an aliphatic group, an aromatic group, an optionally branched alkyl group, an optionally branched alkyl amine or an azo group.
A hybrid system for producing instantaneous hot domestic supply water from the water grid, including at least one hydraulic circuit for producing hot water for heating, a hydraulic collector, a heat pump, the primary of an additional exchanger and the secondary of an instantaneous exchanger for hot domestic supply water for a boiler, said boiler also being used in a hybrid hydraulic circuit for producing hot water for heating a location, associated with the heat pump via the hydraulic collector placed downstream from the boiler and the heat pump, an outlet of the hydraulic collector supplying the emitters of the heating circuit that loops back toward the heat pump, characterized in that the system includes the secondary of an additional exchanger placed in series with the secondary of the exchanger of the boiler, the primary of the additional exchanger being positioned in a bypass branch of the hydraulic circuit for producing domestic heating water including a hot water storage tank, said bypass branch being connected to the secondary of the exchanger of the heat pump in parallel with the emitters of the hydraulic heating hot water production circuit.
A method of transferring an HTTP response as a plurality of different portions in order to conserve valuable system resources associated with validating and authorizing a corresponding HTTP request used in a distributed system that utilizes an HTTP request-response transport, the method comprising acts of: sending a request message over an HTTP request flow for establishing a communication between endpoints in a distributed system; receiving a first portion of a response over a corresponding HTTP reply flow, the first portion received at a first time period; keeping the HTTP reply flow open in order to receive additional portions of the response; and without sending another request message, receiving a second portion of the response over the HTTP reply flow, the second portion received at a second time period different from the first time period, wherein one or more control messages are sent in a separate communication session in order to manage the established communication. sending a request message over an HTTP request flow for establishing a communication between endpoints in a distributed system; receiving a first portion of a response over a corresponding HTTP reply flow, the first portion received at a first time period; keeping the HTTP reply flow open in order to receive additional portions of the response; and without sending another request message, receiving a second portion of the response over the HTTP reply flow, the second portion received at a second time period different from the first time period, wherein one or more control messages are sent in a separate communication session in order to manage the established communication.
Push bar device for actuating a door lock in a door, preferably a door in an escape and emergency route, wherein the door has a door leaf which is mounted to be able to be moved in a fixed door frame and the door lock is mounted in or on the door leaf, comprising - a U-shaped base profile which is able to be attached to the door leaf, - a U-shaped push profile which is able to be actuated by hand, wherein the base profile and the push profile are inserted into each other via their respective open side and the push profile is able to be moved relative to the base profile, - a transmission system arranged between the base profile and the push profile which converts a movement of the push profile into a movement to actuate the door lock by the transmission system being coupled to a housing device arranged in the push profile, characterised in that the housing device is held in the push profile by a U-shaped bracket means, which interacts with or is rigidly connected to the housing device, being braced by means of a clamping device with free leg ends of the U-shaped bracket means against a protrusion means fixed with the push profile, such that the U-shaped bracket means is attached to the push profile by a positive and frictional connection. - a U-shaped base profile which is able to be attached to the door leaf, - a U-shaped push profile which is able to be actuated by hand, wherein the base profile and the push profile are inserted into each other via their respective open side and the push profile is able to be moved relative to the base profile, - a transmission system arranged between the base profile and the push profile which converts a movement of the push profile into a movement to actuate the door lock by the transmission system being coupled to a housing device arranged in the push profile,
A lithographic method for etching a pattern with high density based on a combination of several less dense partial patterns, the method comprising the formation of a sacrificial layer on a substrate and an etching of the sacrificial layer according to a first partial pattern comprising parallel lines, then the formation of spacers on the edges of the elements of the sacrificial layer thus etched, then the removal of the sacrificial layer to leave only the spacers remaining, the latter defining a second partial pattern of at least four parallel lines comprising two adjacent central lines and two outside lines, characterized in that the deposition of a complementary layer of a material different from that of the spacers is subsequently carried out between the spacers to a thickness less than or equal to the height of the spacers, and this complementary layer is locally etched according to a third partial pattern so as to define on the substrate a final pattern resulting from the combination of the second and third partial patterns, and characterized in that the third partial pattern comprises at least one region which extends in a direction perpendicular to the lines of spacers, between the two adjacent central lines, and which stops on either side on these lines of adjacent spacers without going in this direction beyond the adjacent central lines.
A control method of a washing machine, the method comprising: performing first-stage rotation (S100, S300) in which a drum is rotated at a predetermined rotational speed; performing second-stage rotation (S236, S310) in which the drum is rotated at a first target RPM when a predetermined time has passed after the first-stage rotation (S100, S300) ends; performing deceleration rotation (S237, S315) in which the rotational speed of the drum is kept at a lower value than in the second-stage rotation (S236, S310); and performing third-stage rotation (S238, S320) in which the drum is rotated at a second target RPM that is greater than the rotational speed of the drum in the deceleration rotation, characterized in that the deceleration rotation (S237, S315) includes supplying hot air into the drum via a heater. performing first-stage rotation (S100, S300) in which a drum is rotated at a predetermined rotational speed; performing second-stage rotation (S236, S310) in which the drum is rotated at a first target RPM when a predetermined time has passed after the first-stage rotation (S100, S300) ends; performing deceleration rotation (S237, S315) in which the rotational speed of the drum is kept at a lower value than in the second-stage rotation (S236, S310); and performing third-stage rotation (S238, S320) in which the drum is rotated at a second target RPM that is greater than the rotational speed of the drum in the deceleration rotation, characterized in that the deceleration rotation (S237, S315) includes supplying hot air into the drum via a heater.
A method for transmitting control information and data, implemented by User Equipment, UE, wherein the UE is a UE for Internet of Vehicles performing a sidelink transmission, wherein the method comprises: determining, by the UE, a time-frequency resource corresponding to control information and user data to be sent in a slot; transmitting, the control information and the user data on the time-frequency resource of the slot; and in response to determining that a first time-frequency resource corresponding to the control information and a second time-frequency resource corresponding to the user data belong to a same slot, setting, by the UE, a part of the second time-frequency resource to occupy a first symbol of the slot. determining, by the UE, a time-frequency resource corresponding to control information and user data to be sent in a slot; transmitting, the control information and the user data on the time-frequency resource of the slot; and in response to determining that a first time-frequency resource corresponding to the control information and a second time-frequency resource corresponding to the user data belong to a same slot, setting, by the UE, a part of the second time-frequency resource to occupy a first symbol of the slot.
A method of communicating between a radio frequency identification, hereinafter referred to as RFID, tag and a device, comprising: providing at least one RFID tag and a device; detecting a connection between the at least one RFID tag and the device; and after detecting the connection, directly exchanging information between the at least one RFID tag and the device, characterized in that the exchanging of information comprises sending information over a first unidirectional signal line from the at least one RFID tag to the device; and directly sending information over a second unidirectional signal line from the device to the at least one RFID tag. providing at least one RFID tag and a device; detecting a connection between the at least one RFID tag and the device; and after detecting the connection, directly exchanging information between the at least one RFID tag and the device, characterized in that the exchanging of information comprises sending information over a first unidirectional signal line from the at least one RFID tag to the device; and directly sending information over a second unidirectional signal line from the device to the at least one RFID tag.
Metal sheet component, manufactured by hot forming a flat steel product which consists of in % by weight C: 0,02 - 0.5%, Si: 0.05 - 1%, Mn: 4 - 12 %, Cr: 0.1 - 4 %, Al: N: P: S: up to 3.5%, up to 0.05%, up to 0.05%, up to 0.01%, Cu, Ni: in total up to 2%, wherein the content of Cu and Ni is > 0,04%, Ti, Nb, V: in total up to 0.5%, Rare earth metals: up to 0.1%, and Fe as a remainder and unavoidable impurities, wherein the content %C of C and the content %Cr of Cr meet the following condition: 10 × %C + %Cr < 5.5%, wherein the flat steel product after the hot forming into the metal sheet component has a bending angle determined according to VDA 238-100: 2010-12 of more than 60° and wherein the structure of the hot-formed metal sheet component consists of 5 - 50 % by volume austenite and as the remainder of martensite, tempered martensite or ferrite, wherein the ferrite proportion can also be "0" and wherein the average grain diameter of the grains of the structure is less than 5 μm.
A method performed by a terminal device to access a network, comprising: sending, by a terminal device, a random access preamble; receiving, by the terminal device, indication information sent by a first network device by using system information broadcasting, SIB; and receiving, by the terminal device, random access response information according to the indication information, wherein the indication information is used for indicating the terminal device to detect the random access response information sent by the first network device and a second network device. sending, by a terminal device, a random access preamble; receiving, by the terminal device, indication information sent by a first network device by using system information broadcasting, SIB; and receiving, by the terminal device, random access response information according to the indication information, wherein the indication information is used for indicating the terminal device to detect the random access response information sent by the first network device and a second network device.
A method of manufacturing a corrugated fin in which peak portions and valley portions extending along a first direction are arranged alternately in a second direction perpendicular to the first direction, the method comprising: preparing a metal plate that has a flat shape; and shaping the metal plate into a corrugated shape by sandwiching the metal plate by a first roller and a second roller, characterised in that the shaping includes compressing at least a part of the metal plate that is to be the inclined portions by the first roller and the second roller such that a thickness of the metal plate at each apex of the peak portions and the valley portions is larger than a thickness of the inclined portions of the metal plate that connects the peak portions and the valley portions adjacent to each other, thereby the part of the metal plate becomes thin. preparing a metal plate that has a flat shape; and shaping the metal plate into a corrugated shape by sandwiching the metal plate by a first roller and a second roller, characterised in that the shaping includes compressing at least a part of the metal plate that is to be the inclined portions by the first roller and the second roller such that a thickness of the metal plate at each apex of the peak portions and the valley portions is larger than a thickness of the inclined portions of the metal plate that connects the peak portions and the valley portions adjacent to each other, thereby the part of the metal plate becomes thin.