mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: receiving, by a first wireless communication device (115, 215d, 422) from a second wireless communication device (115, 215a, 410), a first signal requesting forward data transmission over a first link in a first link direction, wherein the first forward data transmission request signal is associated with a first feedback transmission (540, 610) from a fourth wireless device (115, 215b, 412) responding to the first forward data transmission over the first link in a second link direction opposite the first link direction; receiving, by the first wireless communication device (115, 215d, 422) from a third wireless communication device (115, 215c, 420), a second signal requesting a second forward data transmission over a second link; and yielding, by the first wireless communication device (115, 215d, 422) in response to the first signal, access to a channel resource for the first feedback transmission (540, 610) by refraining from responding to the second signal based on at least an interference tolerance level of the second wireless communication device (115, 215a, 410) and an interference level on the first feedback transmission (540, 610) by the first wireless communication device (115, 215d, 422) by determining that the interference tolerance level is less than or equal to the interference level. receiving, by a first wireless communication device (115, 215d, 422) from a second wireless communication device (115, 215a, 410), a first signal requesting forward data transmission over a first link in a first link direction, wherein the first forward data transmission request signal is associated with a first feedback transmission (540, 610) from a fourth wireless device (115, 215b, 412) responding to the first forward data transmission over the first link in a second link direction opposite the first link direction; receiving, by the first wireless communication device (115, 215d, 422) from a third wireless communication device (115, 215c, 420), a second signal requesting a second forward data transmission over a second link; and yielding, by the first wireless communication device (115, 215d, 422) in response to the first signal, access to a channel resource for the first feedback transmission (540, 610) by refraining from responding to the second signal based on at least an interference tolerance level of the second wireless communication device (115, 215a, 410) and an interference level on the first feedback transmission (540, 610) by the first wireless communication device (115, 215d, 422) by determining that the interference tolerance level is less than or equal to the interference level.
Method for shredding and recycling used big bags consisting of a continuous inner polyethylene bag and an outer woven polypropylene envelope, comprising at least the following steps in the following order: - at least one big bag is compacted to a thickness of less than 20 cm; - said at least one compacted big bag is transported to a shredding unit, and - said at least one compacted big bag is shredded at a shredding unit, the transportation speed of said compacted big bag to the shredding unit and the cutting frequency of the latter being such that between 100 and 1000 cuts/m are applied to said compacted big bag(s), so as to obtain, on the one hand, polyethylene strips from the inner bag, the strips having a width of between 1 and 10 mm and a length of up to 1000 mm, and, on the other hand, fragments of the outer polypropylene envelope in the form of partially unwoven pieces and filaments having a width of 1 to 2 mm and a length of up to 500 mm; - said polyethylene strips are separated from the polypropylene fragments by shaking and a first fraction of polypropylene fragments and a second fraction of polyethylene strips are obtained, the latter being treated by performing a second polypropylene strip shredding process; - said two fractions are cleaned by performing, on each of the fractions: ∘ at least one aeraulic separation; ∘ dedusting; ∘ washing with water; - a first extruder is supplied with said first cleaned fraction of polypropylene fragments in order to obtain polypropylene granules and a second extruder is supplied with said second cleaned fraction of shredded polyethylene strips in order to obtain polyethylene granules. - at least one big bag is compacted to a thickness of less than 20 cm; - said at least one compacted big bag is transported to a shredding unit, and - said at least one compacted big bag is shredded at a shredding unit, the transportation speed of said compacted big bag to the shredding unit and the cutting frequency of the latter being such that between 100 and 1000 cuts/m are applied to said compacted big bag(s), so as to obtain, on the one hand, polyethylene strips from the inner bag, the strips having a width of between 1 and 10 mm and a length of up to 1000 mm, and, on the other hand, fragments of the outer polypropylene envelope in the form of partially unwoven pieces and filaments having a width of 1 to 2 mm and a length of up to 500 mm; - said polyethylene strips are separated from the polypropylene fragments by shaking and a first fraction of polypropylene fragments and a second fraction of polyethylene strips are obtained, the latter being treated by performing a second polypropylene strip shredding process; - said two fractions are cleaned by performing, on each of the fractions: ∘ at least one aeraulic separation; ∘ dedusting; ∘ washing with water; ∘ at least one aeraulic separation; ∘ dedusting; ∘ washing with water; - a first extruder is supplied with said first cleaned fraction of polypropylene fragments in order to obtain polypropylene granules and a second extruder is supplied with said second cleaned fraction of shredded polyethylene strips in order to obtain polyethylene granules.
A process for producing an integral bond between a first component made of high-grade steel and a second component made of aluminium or an aluminium alloy, wherein the following steps are carried out: - coating of the high-grade steel component with a nickel layer, - coating of the high-grade steel component coated with the nickel layer with an aluminium layer, - arranging the high-grade steel component coated with the nickel layer and the aluminium layer and the aluminium component or the aluminium alloy component in relation to one another in such a manner that partial regions of the first and of the second component (2, 3) are arranged parallel to one another and either bear areally against one another or are arranged with a gap of 0 mm to 3 mm in relation to one another, - integral bonding of the coated high-grade steel component to the component made of aluminium or of an aluminium alloy by using the cold metal transfer process or the MIG process. - coating of the high-grade steel component with a nickel layer, - coating of the high-grade steel component coated with the nickel layer with an aluminium layer, - arranging the high-grade steel component coated with the nickel layer and the aluminium layer and the aluminium component or the aluminium alloy component in relation to one another in such a manner that partial regions of the first and of the second component (2, 3) are arranged parallel to one another and either bear areally against one another or are arranged with a gap of 0 mm to 3 mm in relation to one another, - integral bonding of the coated high-grade steel component to the component made of aluminium or of an aluminium alloy by using the cold metal transfer process or the MIG process.
An electronic device for monitoring levels of charge of a plurality of batteries associated with a bicycle, the electronic device comprising: a housing configured to mount to a top tube of a bicycle so that a portion of the housing is within the top tube when the housing is mounted to the bicycle; a connector supported by the housing and configured to receive data indicative of a first level of charge of a first battery and a second level of charge of a second battery, the first battery and the second battery being associated with the bicycle; a processor positioned in the housing and configured to monitor the first level of charge and the second level of charge over time; and a display supported by the housing, characterized in that the display is configured to simultaneously present the first level of charge and the second level of charge over time such that: the first level of charge is overlaid on the second level of charge when the first level of charge is greater than the second level of charge, and the second level of charge is overlaid on the first level of charge when the first level of charge is less than the second level of charge. a housing configured to mount to a top tube of a bicycle so that a portion of the housing is within the top tube when the housing is mounted to the bicycle; a connector supported by the housing and configured to receive data indicative of a first level of charge of a first battery and a second level of charge of a second battery, the first battery and the second battery being associated with the bicycle; a processor positioned in the housing and configured to monitor the first level of charge and the second level of charge over time; and a display supported by the housing, characterized in that the display is configured to simultaneously present the first level of charge and the second level of charge over time such that: the first level of charge is overlaid on the second level of charge when the first level of charge is greater than the second level of charge, and the second level of charge is overlaid on the first level of charge when the first level of charge is less than the second level of charge. the first level of charge is overlaid on the second level of charge when the first level of charge is greater than the second level of charge, and the second level of charge is overlaid on the first level of charge when the first level of charge is less than the second level of charge.
A gelled confection composition, comprising: a) erythritol; b) a doctoring agent, comprising a combination of branched inulin and sucromalt; and c) a gelling agent comprising gelatin, starch, dextrin, or combinations thereof; wherein the doctoring agent to erythritol ratio is 95:5 to 65:35 wt. % solids; and wherein the gelled confection contains at least 70 wt. % solids, but not more than 95 wt. % solids; wherein the gelled confection comprises not more than 50 wt. % solids sugar. a) erythritol; b) a doctoring agent, comprising a combination of branched inulin and sucromalt; and c) a gelling agent comprising gelatin, starch, dextrin, or combinations thereof;
Agricultural distribution device for distributing distribution material, particularly bedding, comprising a feeding device (16, 18) for feeding the distribution material into a separation area (20, 30) configured to provide an air flow which is at least partly directed opposite to the direction of gravity for separating, on the basis of the specific density, disruptive bodies such as particularly wood, stones, or metal from the distribution material; a blower unit, particularly a straw mill, which is positioned downstream of the separation area and which is configured to discharge the distribution material; and another blower which is positioned upstream of the blower unit and which is capable of generating an air flow which is particularly, at least partly, directed in a direction opposite to the transport flow of the distribution material; wherein, in the separation area (20, 30) for the distribution material, a moving direction is provided on the inlet side which includes a movement portion directed in the direction of gravity, wherein an onward transport device configured in the form of a screw, includes a movement portion directed perpendicular to the direction of gravity for feeding the distribution material to the blower unit via the onward transport device, and wherein a collecting area for the separated disruptive bodies is disposed below the onward transport device. a blower unit, particularly a straw mill, which is positioned downstream of the separation area and which is configured to discharge the distribution material; and another blower which is positioned upstream of the blower unit and which is capable of generating an air flow which is particularly, at least partly, directed in a direction opposite to the transport flow of the distribution material; wherein, in the separation area (20, 30) for the distribution material, a moving direction is provided on the inlet side which includes a movement portion directed in the direction of gravity, wherein an onward transport device configured in the form of a screw, includes a movement portion directed perpendicular to the direction of gravity for feeding the distribution material to the blower unit via the onward transport device, and wherein a collecting area for the separated disruptive bodies is disposed below the onward transport device.
An extrusion die head adapted to be attached to a front end part of an extruder, comprising: a shell having an outlet for extruding a resin material which has been melt-kneaded by means of the extruder; a plate-like shell tip having an opening to be arranged along a circumference of the outlet in such a manner that the opening surrounds the outlet, the shell tip being detachably attached to the shell; and a non-sticky coating being applied at least along an inner circumference of the opening formed in the shell tip, characterized by a tapered part provided in an opening side of the shell tip and having a in diameter which increases along an extrusion direction of the resin, wherein an angle of inclination of the tapered part relative to a surface of the shell tip on which the shell tip is attached to the shell is equal to or smaller than 20°. a shell having an outlet for extruding a resin material which has been melt-kneaded by means of the extruder; a plate-like shell tip having an opening to be arranged along a circumference of the outlet in such a manner that the opening surrounds the outlet, the shell tip being detachably attached to the shell; and a non-sticky coating being applied at least along an inner circumference of the opening formed in the shell tip, a tapered part provided in an opening side of the shell tip and having a in diameter which increases along an extrusion direction of the resin, wherein an angle of inclination of the tapered part relative to a surface of the shell tip on which the shell tip is attached to the shell is equal to or smaller than 20°.
A thermal treatment system for thermally treating objects comprising: a housing 105 including a top surface 120; a basin 110 recessed into the top surface 105 and configured to contain a liquid medium, wherein the liquid medium suitable to thermally treat objects placed within the liquid medium; and a ramp structure disposed on the top surface 120 of the housing 105, the ramp structure being configured to support at least one object 300 such that a first end portion of the object 320 is disposed within the liquid medium while a second end portion of the object 330 is supported by the ramp structure outside of the liquid medium, wherein the ramp structure comprises a base 450 that secures to the top surface 120 and a ramp 400 that secures to the base 450, characterized in that the ramp 400 is removably secured to the base 450 with magnets 452.
A method of providing captions to telephone callers using a combination of a telephone terminal (12, 28) and an Internet appliance comprising the steps of: communicating, over a telephone network (24, 26), a voice portion of a telephone call between a first caller and a second caller operating telephone terminals (12, 28) communicating with the telephone network (24, 26), routing the voice portion to a voice recognition engine, the voice recognition engine transcribing the voice portion to corresponding text and communicating the text corresponding to the voice portion over the Internet, and displaying the text on the Internet appliance to at least one of the first and second callers; wherein the first caller actuates the Internet appliance to communicate over the Internet with a relay, thereby establishing a connection between the Internet appliance and the relay over the Internet; the method being characterized by: routing the voice portion to the voice recognition engine at the relay, and by the step of the first caller contacting the relay to provide the relay with a telephone number of the first caller and a telephone number of the second caller, and the step of the relay calling the first and second caller to complete the call. communicating, over a telephone network (24, 26), a voice portion of a telephone call between a first caller and a second caller operating telephone terminals (12, 28) communicating with the telephone network (24, 26), routing the voice portion to a voice recognition engine, the voice recognition engine transcribing the voice portion to corresponding text and communicating the text corresponding to the voice portion over the Internet, and displaying the text on the Internet appliance to at least one of the first and second callers; wherein the first caller actuates the Internet appliance to communicate over the Internet with a relay, thereby establishing a connection between the Internet appliance and the relay over the Internet; the method being characterized by: routing the voice portion to the voice recognition engine at the relay, and by the step of the first caller contacting the relay to provide the relay with a telephone number of the first caller and a telephone number of the second caller, and the step of the relay calling the first and second caller to complete the call. routing the voice portion to the voice recognition engine at the relay, and by the step of the first caller contacting the relay to provide the relay with a telephone number of the first caller and a telephone number of the second caller, and the step of the relay calling the first and second caller to complete the call.
A battery terminal (1, 41) with current sensor (5, 43), comprising: a battery terminal part (4, 42) that is formed by a conductive metal plate, and that includes a post part (6, 44) to be connected to a battery post of a battery; a current sensor (5, 43) that is integrated with the battery terminal part (4, 42), and that includes a stud part (8, 46) to be connected to a load; and a sensor part (7, 45) that corresponds to an integrated part of the battery terminal part (4, 42) and the current sensor (5, 43), the current sensor (5, 43) being integrated with the battery terminal part (4, 42) by a resin molding, characterized in that the battery terminal part (4, 42) includes an upper plate part and a lower plate part which are opposed to each other, a plate-shaped part to be resin-molded (14, 49), and a connection part continues the upper plate part and the plate-shaped part to be resin-molded (14, 49), the plate-shaped part to be resin-molded (14, 49) has a front end-side part to be resin-molded being an outer periphery edge part which continues from a rear end of the connection part, and a bus bar-shaped part to be resin-molded having an end that is connected to the front-side part to be resin-molded, and the sensor part (7, 45) includes a penetration portion (27, 47) having a hole or slit shape that is formed at the front end-side part to be resin-molded of the battery terminal part (4, 42), and a filling portion (30, 48) that is formed at a resin-molded part of the current sensor (5, 43) and fills the penetration portion (27, 47). a battery terminal part (4, 42) that is formed by a conductive metal plate, and that includes a post part (6, 44) to be connected to a battery post of a battery; a current sensor (5, 43) that is integrated with the battery terminal part (4, 42), and that includes a stud part (8, 46) to be connected to a load; and a sensor part (7, 45) that corresponds to an integrated part of the battery terminal part (4, 42) and the current sensor (5, 43), the current sensor (5, 43) being integrated with the battery terminal part (4, 42) by a resin molding, characterized in that the battery terminal part (4, 42) includes an upper plate part and a lower plate part which are opposed to each other, a plate-shaped part to be resin-molded (14, 49), and a connection part continues the upper plate part and the plate-shaped part to be resin-molded (14, 49), the plate-shaped part to be resin-molded (14, 49) has a front end-side part to be resin-molded being an outer periphery edge part which continues from a rear end of the connection part, and a bus bar-shaped part to be resin-molded having an end that is connected to the front-side part to be resin-molded, and the sensor part (7, 45) includes a penetration portion (27, 47) having a hole or slit shape that is formed at the front end-side part to be resin-molded of the battery terminal part (4, 42), and a filling portion (30, 48) that is formed at a resin-molded part of the current sensor (5, 43) and fills the penetration portion (27, 47).
An adaptor in combination with a crankcase, wherein the adaptor is for attaching an oil filter to an attachment seating surface of the crank case, wherein: the adaptor has a first attachment surface to be attached to the attachment seating surface of the crank case and a second attachment surface to be attached to the oil filter; the first attachment surface has a first closed area and a second closed area separated from each other by a partitioning wall; the second attachment surface has an oil inlet port and an oil outlet port; the oil inlet port communicates with the first closed area formed on the first attachment surface and the oil outlet port communicates with the second closed area formed on the first attachment surface; and the adaptor is adapted to be attached to the attachment seating surface of the crank case such that an oil supply port formed on the attachment seating surface of the crank case is positioned within the first closed area and an oil return port formed on the attachment seating surface of the crank case is positioned within the second closed area, wherein the areas of the first closed area and the second closed area are larger than the areas of the oil supply port and the oil return port; the adaptor is adapted to be attached to a crank case having a cylinder head; the oil return port of the crank case has a first oil return port and a second oil return port; the first oil return port communicates with a main gallery provided within the crank case via a first oil passage; and the second oil return port communicates with the cylinder head via a second oil passage. the adaptor has a first attachment surface to be attached to the attachment seating surface of the crank case and a second attachment surface to be attached to the oil filter; the first attachment surface has a first closed area and a second closed area separated from each other by a partitioning wall; the second attachment surface has an oil inlet port and an oil outlet port; the oil inlet port communicates with the first closed area formed on the first attachment surface and the oil outlet port communicates with the second closed area formed on the first attachment surface; and the adaptor is adapted to be attached to the attachment seating surface of the crank case such that an oil supply port formed on the attachment seating surface of the crank case is positioned within the first closed area and an oil return port formed on the attachment seating surface of the crank case is positioned within the second closed area, wherein the areas of the first closed area and the second closed area are larger than the areas of the oil supply port and the oil return port; the adaptor is adapted to be attached to a crank case having a cylinder head; the oil return port of the crank case has a first oil return port and a second oil return port; the first oil return port communicates with a main gallery provided within the crank case via a first oil passage; and the second oil return port communicates with the cylinder head via a second oil passage.