mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: establishing, in an assisting transmitter, a cooperative data transmission mode, wherein the assisting transmitter is a potential re-transmitter for an original transmitter of data destined to a receiver; receiving, by the assisting transmitter from the receiver, at least one acknowledgment message related to at least one data packet transmitted by the assisting transmitter; monitoring, by the assisting transmitter, a quality of a communication channel between the assisting transmitter and the receiver on the basis of the received at least one acknowledgment message; receiving (S3, 704) a data packet destined to the receiver at the assisting transmitter; decoding (S4, 706) the received data packet and checking if the data packet comprises errors after the decoding; if the data packet is decoded error-freely and if the quality of the communication channel is better than a predetermined threshold level, transmitting (S5, 712) by the assisting transmitter a positive acknowledgment, ACK, indicating the error-free reception of the data packet to the original transmitter as an indication that the assisting transmitter is a re-transmitter for the data packet; determining (S7, 716), by the assisting transmitter, that the data packet transmitted by the original transmitter has not been received at the receiver; and performing (S8, 718), by the assisting transmitter, re-transmission of the data packet to the receiver. establishing, in an assisting transmitter, a cooperative data transmission mode, wherein the assisting transmitter is a potential re-transmitter for an original transmitter of data destined to a receiver; receiving, by the assisting transmitter from the receiver, at least one acknowledgment message related to at least one data packet transmitted by the assisting transmitter; monitoring, by the assisting transmitter, a quality of a communication channel between the assisting transmitter and the receiver on the basis of the received at least one acknowledgment message; receiving (S3, 704) a data packet destined to the receiver at the assisting transmitter; decoding (S4, 706) the received data packet and checking if the data packet comprises errors after the decoding; if the data packet is decoded error-freely and if the quality of the communication channel is better than a predetermined threshold level, transmitting (S5, 712) by the assisting transmitter a positive acknowledgment, ACK, indicating the error-free reception of the data packet to the original transmitter as an indication that the assisting transmitter is a re-transmitter for the data packet; determining (S7, 716), by the assisting transmitter, that the data packet transmitted by the original transmitter has not been received at the receiver; and performing (S8, 718), by the assisting transmitter, re-transmission of the data packet to the receiver.
A train set comprising a first railway vehicle and a second railway vehicle, the first railway vehicle having a first front and a first rear, the second railway vehicle having a second front and a second rear, wherein the first front corresponds to a first end of the train set, wherein the second front corresponds to a second end of the train set, and wherein the train set comprises a coupling zone at which the first rear is coupled to the second rear, wherein each railway vehicle (10, 100) includes at least one front crash absorber (20, 200) at its front (12, 120) and at least one rear crash absorber (30, 300) at its rear (14, 140), characterized: - in that each crash absorber is displaceable, on the railway vehicle, between an active crash absorbing configuration and a passive stowed configuration, - by, for each crash absorber, a crash absorber displacing device adapted to displace the crash absorber between the active crash absorbing configuration and the passive stowed configuration, - in that each front crash absorber is arranged in the active crash absorbing configuration, - in that each rear crash absorber is arranged in the passive stowed configuration, - in that each crash absorber displacing device is adapted to rotate its crash absorber about a vertical axis (Z-Z') perpendicular to the driving direction laterally away from the railway vehicle, or about a horizontal axis (Y-Y') perpendicular to the driving direction downwardly, from the active crash absorbing configuration to the passive stowed configuration, and - in that the backside (22, 32) of each crash absorber (20, 30) is arranged to close flush with the body of the railway vehicle (10, 100) when the crash absorber (20, 30) is rotated into the passive stowed configuration. - in that each crash absorber is displaceable, on the railway vehicle, between an active crash absorbing configuration and a passive stowed configuration, - by, for each crash absorber, a crash absorber displacing device adapted to displace the crash absorber between the active crash absorbing configuration and the passive stowed configuration, - in that each front crash absorber is arranged in the active crash absorbing configuration, - in that each rear crash absorber is arranged in the passive stowed configuration, - in that each crash absorber displacing device is adapted to rotate its crash absorber about a vertical axis (Z-Z') perpendicular to the driving direction laterally away from the railway vehicle, or about a horizontal axis (Y-Y') perpendicular to the driving direction downwardly, from the active crash absorbing configuration to the passive stowed configuration, and - in that the backside (22, 32) of each crash absorber (20, 30) is arranged to close flush with the body of the railway vehicle (10, 100) when the crash absorber (20, 30) is rotated into the passive stowed configuration.
Kit comprising at least two pressure-sensitive adhesive layers A and B, where the two pressure-sensitive adhesive layers A and B independently of one another each comprise at least one polymer comprising two or more carboxyl groups; in the pressure-sensitive adhesive layer A, some of the carboxyl groups of the polymer comprising them are activated as a result of reaction with an activator AA; and - the pressure-sensitive adhesive layer A comprises - at least one crosslinker VA which is suitable for the crosslinking reaction with the carboxyl groups of the polymers comprising them in the pressure-sensitive adhesive layers A and B, but is not substantially reactive in the pressure-sensitive adhesive layer A; - the pressure-sensitive adhesive layer B comprises - at least one crosslinker VB which is suitable for accelerating the crosslinking reaction of the carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer B with the crosslinker VA, for enabling and accelerating the crosslinking reaction of the carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer A with the crosslinker VA, and for the crosslinking reaction with the activated carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer A. - the pressure-sensitive adhesive layer A comprises - at least one crosslinker VA which is suitable for the crosslinking reaction with the carboxyl groups of the polymers comprising them in the pressure-sensitive adhesive layers A and B, but is not substantially reactive in the pressure-sensitive adhesive layer A; - the pressure-sensitive adhesive layer B comprises - at least one crosslinker VB which is suitable for accelerating the crosslinking reaction of the carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer B with the crosslinker VA, for enabling and accelerating the crosslinking reaction of the carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer A with the crosslinker VA, and for the crosslinking reaction with the activated carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer A.
Method for operating a refrigerant compressor, in particular a speed-controlled refrigerant compressor, characterized by the steps of a. recording diagnosis parameter values of at least two diagnosis parameters characterizing operation of the refrigerant compressor; b. calculating at least one diagnosis indicator value of at least one diagnosis indicator from the diagnosis parameter values using the similarity theory by means of dimensional analysis; c. comparing the diagnosis indicator value with at least one reference value; d. changing at least one operating condition depending on a result of the comparison. a. recording diagnosis parameter values of at least two diagnosis parameters characterizing operation of the refrigerant compressor; b. calculating at least one diagnosis indicator value of at least one diagnosis indicator from the diagnosis parameter values using the similarity theory by means of dimensional analysis; c. comparing the diagnosis indicator value with at least one reference value; d. changing at least one operating condition depending on a result of the comparison.
A blood sample determination method comprising: preparing a mixed plasma by mixing a subject plasma and a normal plasma; emitting light to a measurement specimen obtained by mixing the mixed plasma and a clotting time measuring reagent, to obtain a clot waveform that represents a temporal change in optical information regarding an amount of light from the measurement specimen; obtaining at least one parameter regarding derivative of the clot waveform, on the basis of the optical information obtained from one measurement specimen; and determining whether the subject plasma is suspected to be a coagulation-factor-deficient plasma, on the basis of a value of the obtained parameter. preparing a mixed plasma by mixing a subject plasma and a normal plasma; emitting light to a measurement specimen obtained by mixing the mixed plasma and a clotting time measuring reagent, to obtain a clot waveform that represents a temporal change in optical information regarding an amount of light from the measurement specimen; obtaining at least one parameter regarding derivative of the clot waveform, on the basis of the optical information obtained from one measurement specimen; and determining whether the subject plasma is suspected to be a coagulation-factor-deficient plasma, on the basis of a value of the obtained parameter.
A fishing reel, comprising: a reel body; a drive shaft configured to be rotated by a handle operation; an anti-reverse device interposed between the reel body and the drive shaft and comprising a switching control member; said fishing reel being characterized by a cylindrical member rotatably supported to the reel body and surrounding an outer circumferential side of the anti-reverse device, wherein the switching control member of the anti-reverse device and the cylindrical member are engaged with each other, and a rotational operation of the cylindrical member causes the drive shaft to switch between an anti-reverse state and a reversible state. a reel body; a drive shaft configured to be rotated by a handle operation; an anti-reverse device interposed between the reel body and the drive shaft and comprising a switching control member; said fishing reel being characterized by a cylindrical member rotatably supported to the reel body and surrounding an outer circumferential side of the anti-reverse device, wherein the switching control member of the anti-reverse device and the cylindrical member are engaged with each other, and a rotational operation of the cylindrical member causes the drive shaft to switch between an anti-reverse state and a reversible state.
A robotic mower comprising: a chassis; a cutting motor driving at least one cutting blade; a height adjustment assembly including a height adjustment motor configured to adjust a height of a motor bracket via rotation of a height adjustment screw driven by the height adjustment motor, the motor bracket providing structural support for the cutting motor at an adjustable level relative to the chassis; and control circuitry configured to control operation of the height adjustment motor for positioning of the motor bracket based at least in part on information received by the control circuitry, the received information being indicative of an amount of rotation of the height adjustment screw, characterized by the height adjustment motor being configured to drive a first gear in operable communication with a second gear in operable communication with the height adjustment screw, wherein the operable communication between the height adjustment motor and the first gear, or between the second gear and the height adjustment screw, is a releasable connection provided via a clutch. a chassis; a cutting motor driving at least one cutting blade; a height adjustment assembly including a height adjustment motor configured to adjust a height of a motor bracket via rotation of a height adjustment screw driven by the height adjustment motor, the motor bracket providing structural support for the cutting motor at an adjustable level relative to the chassis; and control circuitry configured to control operation of the height adjustment motor for positioning of the motor bracket based at least in part on information received by the control circuitry, the received information being indicative of an amount of rotation of the height adjustment screw, characterized by the height adjustment motor being configured to drive a first gear in operable communication with a second gear in operable communication with the height adjustment screw, wherein the operable communication between the height adjustment motor and the first gear, or between the second gear and the height adjustment screw, is a releasable connection provided via a clutch.
Electromechanical system for selecting weights in fitness station weights towers, is brought into effect by a tower, formed by vertical columns, upper crosspiece, lower base, with a stack of plates of unit weights, with vertical guides inside the tower, fixed to the upper crosspiece and to the base, with a stack of plates headed by a cursor which at the center fastens to the steel cable that lifts the weights, this cursor having a central rod projected downwards, penetrating into central holes of all the plates and provided with means of selective engagement of any plate, represented by a vertical screw, disposed at the hollow center of the rod and mounted thereon by bearings situated on the upper and lower parts of the rod, characterized in that the base of the tower is hollow, having installed on its inside an electromechanical mechanism for selecting weights, comprised of an electric motor, at least a belt, and at least a pulley, mounted by bearing on a shaft fixed to the lower face of the base, collinearly to the center of the rod and screw, this pulley having in the upper part, a selective engagement mechanism with the lower end of the screw to actuate only when the rod is totally lowered, with the plates resting on the base of the tower.
A device for separating a deep-drawn jaw-spanning dental apparatus such as an aligner or a bite splint of thermoform film, comprising: a separating element for thermally separating the deep-drawn thermoform film and simultaneously refining the separated deep-drawn thermoform film; a heating means for regulating the heating of the separating element so as to increase the temperature of the thermoform film substantially to at least its glass temperature; a support for supporting the deep-drawn thermoform film relatively movable with respect to the separating element; a moving mechanism for moving the separating element along a separation contour of the deep-drawn j aw-spanning dental apparatus relative to the support; and a control unit adapted to control the heating means and the moving mechanism based on the separation contour. a separating element for thermally separating the deep-drawn thermoform film and simultaneously refining the separated deep-drawn thermoform film; a heating means for regulating the heating of the separating element so as to increase the temperature of the thermoform film substantially to at least its glass temperature; a support for supporting the deep-drawn thermoform film relatively movable with respect to the separating element; a moving mechanism for moving the separating element along a separation contour of the deep-drawn j aw-spanning dental apparatus relative to the support; and a control unit adapted to control the heating means and the moving mechanism based on the separation contour.
A method for manufacturing an electrode, the method comprising: preparing a sol solution from a metal alkoxide compound; and locating an electrode on a substrate of an electroemitting apparatus, and forming a porous, non-woven coating layer of an inorganic fiber by electroemitting the sol solution onto an outer surface of an electrode active material layer formed on at least one surface of a current collector of the electrode. preparing a sol solution from a metal alkoxide compound; and locating an electrode on a substrate of an electroemitting apparatus, and forming a porous, non-woven coating layer of an inorganic fiber by electroemitting the sol solution onto an outer surface of an electrode active material layer formed on at least one surface of a current collector of the electrode.
A rubber composition comprising a rubber component of at least one of natural rubber and synthetic rubber, and a resin composition containing a novolak-type resorcin resin and a resol-type phenolic resin, wherein the content of the dimethylene ether group in the resol-type phenolic resin is from 20 mol% to 100 mol% relative to the content of the total bonding groups derived from the aldehydes that bond the phenol-derived aromatic rings to each other.
A polynucleotide sequence encoding a fusion protein comprising first and second domains, wherein the first domain of the fusion protein comprises an amino acid sequence of SEQ ID NO: 1; and wherein the second domain of the fusion protein comprises a mycobacterial antigen selected from 85A/Rv3804c, 85B/Rv1886c, or 85C/Rv0129c.
A method of reacting an oxygenated hydrocarbon to form a saturated alkyl acid or ester where the oxygenated hydrocarbon contains: i. At least one furan group, ii. At least one oxygen-containing group selected from the group consisting of acid groups, estergroups, and combinations of acid and ester groups, and iii. At least one carbonyl-containing group selected from the group consisting of aldehyde groups, ketone groups, and combinations of aldehyde and ketone groups, wherein the method comprises: (a) hydrogenating the oxygenated hydrocarbon in the presence of a first catalyst to reduce the number of multiple bonds and produce a reduced mixture having multiple components wherein each component of the reduced mixture contains at least one acid, ester or lactone group; and, (b) hydrodeoxygenating the reduced mixture in the presence of a second catalyst to form a saturated alkyl acid or ester. i. At least one furan group, ii. At least one oxygen-containing group selected from the group consisting of acid groups, estergroups, and combinations of acid and ester groups, and iii. At least one carbonyl-containing group selected from the group consisting of aldehyde groups, ketone groups, and combinations of aldehyde and ketone groups, wherein the method comprises: (a) hydrogenating the oxygenated hydrocarbon in the presence of a first catalyst to reduce the number of multiple bonds and produce a reduced mixture having multiple components wherein each component of the reduced mixture contains at least one acid, ester or lactone group; and, (b) hydrodeoxygenating the reduced mixture in the presence of a second catalyst to form a saturated alkyl acid or ester. (a) hydrogenating the oxygenated hydrocarbon in the presence of a first catalyst to reduce the number of multiple bonds and produce a reduced mixture having multiple components wherein each component of the reduced mixture contains at least one acid, ester or lactone group; and, (b) hydrodeoxygenating the reduced mixture in the presence of a second catalyst to form a saturated alkyl acid or ester.
A soap composition comprising: a) 15 to 80 % by weight of soap; b) 0.01 to 5 % by weight of one or more antimicrobial actives selected from the group consisting of essential oil actives and para-chloro-m-xylenol; wherein 12 to 50% by weight of said soap is a salt of lauric acid; wherein the essential oil active is selected from the group consisting of linalool, nerol, geraniol, terpineol, thymol, eugenol and mixtures thereof. a) 15 to 80 % by weight of soap; b) 0.01 to 5 % by weight of one or more antimicrobial actives selected from the group consisting of essential oil actives and para-chloro-m-xylenol; wherein 12 to 50% by weight of said soap is a salt of lauric acid; wherein the essential oil active is selected from the group consisting of linalool, nerol, geraniol, terpineol, thymol, eugenol and mixtures thereof.
A powder supply device, comprising: a main body; a plurality of stockers to be connected to the main body and to reserve powder therein; and a dust collection unit, wherein said stocker has a charge port through which said powder is to be charged into said stocker, and a supplier (3 2) which has a supply port and which supplies said powder reserved inside said stocker through the supply port, said dust collection unit has a casing, an exhauster and a filtering member, said casing includes a ceiling portion and a lateral side portion, with a side opposing said ceiling portion being opened to form a lid-shaped configuration, said lateral side portion has a notched portion into which said supplier is to be inserted, said filtering member is provided inside said casing and is positioned above the notched portion and below the ceiling portion in order to collect said powder, said casing has an inner space divided into a first region and a second region by the filtering member, said first region is an area below said filtering member, and said second region is an area above said filtering member, said second region being an area which permits said exhauster to exhaust air inside said second region and permits an entry of air passing through said filtering member. a main body; a plurality of stockers to be connected to the main body and to reserve powder therein; and a dust collection unit, wherein said stocker has a charge port through which said powder is to be charged into said stocker, and a supplier (3 2) which has a supply port and which supplies said powder reserved inside said stocker through the supply port, said dust collection unit has a casing, an exhauster and a filtering member, said casing includes a ceiling portion and a lateral side portion, with a side opposing said ceiling portion being opened to form a lid-shaped configuration, said lateral side portion has a notched portion into which said supplier is to be inserted, said filtering member is provided inside said casing and is positioned above the notched portion and below the ceiling portion in order to collect said powder, said casing has an inner space divided into a first region and a second region by the filtering member, said first region is an area below said filtering member, and said second region is an area above said filtering member, said second region being an area which permits said exhauster to exhaust air inside said second region and permits an entry of air passing through said filtering member.