mhurhangee/ep-ind-claims huggingface dataset:
A riding mower comprising: a mower arranged to mow grass and disposed in a front portion of a vehicle body; a blower arranged to blow wind to transport the mown grass; a collector arranged to house the mown grass; an engine arranged to generate power and disposed posterior to the blower; a transmission case arranged to transmit the power generated by the engine to the blower and disposed between the blower and the engine; a front-side supporting frame arranged to support a front wheel; and a rear-side supporting frame arranged to support a rear wheel; wherein the transmission case and the engine are coupled to each other; the front-side supporting frame is coupled to the transmission case and extends forward from the transmission case; and the rear-side supporting frame is coupled to the engine and extends backward from the engine, characterised in that the rear-side supporting frame is arranged to be separate from the front-side supporting frame. a mower arranged to mow grass and disposed in a front portion of a vehicle body; a blower arranged to blow wind to transport the mown grass; a collector arranged to house the mown grass; an engine arranged to generate power and disposed posterior to the blower; a transmission case arranged to transmit the power generated by the engine to the blower and disposed between the blower and the engine; a front-side supporting frame arranged to support a front wheel; and a rear-side supporting frame arranged to support a rear wheel; wherein the transmission case and the engine are coupled to each other; the front-side supporting frame is coupled to the transmission case and extends forward from the transmission case; and the rear-side supporting frame is coupled to the engine and extends backward from the engine,
A method for wireless communications by a user equipment (120a-d), UE, comprising: determining capabilities of the UE (120a-d) to support at least one of multiple-input multiple-output, MIMO, or coordinated multipoint, CoMP, features on different operating frequency bands of a radio access network, RAN; signaling, to a base station (110a-d), BS, of the RAN, a first combination of MIMO or CoMP capabilities of the UE (120a-d) for a combination of two or more operating frequency bands in carrier aggregation; signaling, to the BS (110a-d), a second combination of MIMO or CoMP capabilities, different than the first combination of capabilities, for the same of at least one of MIMO or CoMP features and the same combination of bands; and identifying, based on one or more criteria, a particular combination of capabilities to be used to communicate with the BS (110a-d). determining capabilities of the UE (120a-d) to support at least one of multiple-input multiple-output, MIMO, or coordinated multipoint, CoMP, features on different operating frequency bands of a radio access network, RAN; signaling, to a base station (110a-d), BS, of the RAN, a first combination of MIMO or CoMP capabilities of the UE (120a-d) for a combination of two or more operating frequency bands in carrier aggregation; signaling, to the BS (110a-d), a second combination of MIMO or CoMP capabilities, different than the first combination of capabilities, for the same of at least one of MIMO or CoMP features and the same combination of bands; and identifying, based on one or more criteria, a particular combination of capabilities to be used to communicate with the BS (110a-d).
A manufacturing method for a microlead, comprising the following steps: - providing at least a first electrically conductive wire comprising an electrical insulation and a second electrically conductive wire comprising an electrical insulation, - providing a first ring electrode and a second ring electrode at least partially surrounding the wires (1, 2), - electrically connecting the first ring electrode with the first wire and the second ring electrode with the second wire, - bundling the ring electrodes (3, 4) and the wires (1, 2) by means of a first sheath at least partially surrounding the ring electrodes (3, 4) and the wires (1, 2) to obtain a first ring electrode component, - providing a second ring electrode component, - bundling the ring electrode components (6, 7) by means of a second sheath at least partially surrounding the ring electrode components (6, 7), and - partially removing the first and the second sheaths (5, 8) from the ring electrodes (6, 7) to expose ring electrode portions. - providing at least a first electrically conductive wire comprising an electrical insulation and a second electrically conductive wire comprising an electrical insulation, - providing a first ring electrode and a second ring electrode at least partially surrounding the wires (1, 2), - electrically connecting the first ring electrode with the first wire and the second ring electrode with the second wire, - bundling the ring electrodes (3, 4) and the wires (1, 2) by means of a first sheath at least partially surrounding the ring electrodes (3, 4) and the wires (1, 2) to obtain a first ring electrode component, - providing a second ring electrode component, - bundling the ring electrode components (6, 7) by means of a second sheath at least partially surrounding the ring electrode components (6, 7), and - partially removing the first and the second sheaths (5, 8) from the ring electrodes (6, 7) to expose ring electrode portions.
A method of eliminating background amplification in isothermal amplification of nucleic acid targets, the method comprising steps of: preparing a mixture including buffer and enzymes; and adding a first, a second and a third oligonucleotides into the mixture, wherein: - the first oligonucleotide is an amplification oligonucleotide including a partial repeat structure containing a nicking enzyme recognition site, - - the second oligonucleotide is a leak absorption oligonucleotide able to bind, extend, deactivate and slowly release the products of polymerization along the first oligonucleotide, thereby inducing a threshold effect and - the third oligonucleotide is a target-specific conversion oligonucleotide, wherein its 3' side can bind to a target sequence and upon polymerization and nicking, the third oligonucleotide outputs a sequence able to activate the first oligonucleotide above the threshold adjusted by controlling concentration of the second oligonucleotide, and wherein a 3' end of the first oligonucleotide has a reduced affinity for an amplified sequence, in comparison to the 5' output part of the first oligonucleotide and to the binding part of the second leak-absorption oligonucleotide. preparing a mixture including buffer and enzymes; and adding a first, a second and a third oligonucleotides into the mixture, wherein: - the first oligonucleotide is an amplification oligonucleotide including a partial repeat structure containing a nicking enzyme recognition site, - - the second oligonucleotide is a leak absorption oligonucleotide able to bind, extend, deactivate and slowly release the products of polymerization along the first oligonucleotide, thereby inducing a threshold effect and - the third oligonucleotide is a target-specific conversion oligonucleotide, wherein its 3' side can bind to a target sequence and upon polymerization and nicking, the third oligonucleotide outputs a sequence able to activate the first oligonucleotide above the threshold adjusted by controlling concentration of the second oligonucleotide, and wherein a 3' end of the first oligonucleotide has a reduced affinity for an amplified sequence, in comparison to the 5' output part of the first oligonucleotide and to the binding part of the second leak-absorption oligonucleotide. - the first oligonucleotide is an amplification oligonucleotide including a partial repeat structure containing a nicking enzyme recognition site, - - the second oligonucleotide is a leak absorption oligonucleotide able to bind, extend, deactivate and slowly release the products of polymerization along the first oligonucleotide, thereby inducing a threshold effect and - the third oligonucleotide is a target-specific conversion oligonucleotide, wherein its 3' side can bind to a target sequence and upon polymerization and nicking, the third oligonucleotide outputs a sequence able to activate the first oligonucleotide above the threshold adjusted by controlling concentration of the second oligonucleotide, and
A method performed in an electronic device (110a, 110b, 110c) for minimizing downtime in operation of a door system (100a, 100b, 100c, 100d), the method comprising: - obtaining a maintenance execution information, the maintenance execution information pertaining to information on what service or maintenance that has been carried out on other door systems or the specific door system (100a, 100b, 100c, 100d); - obtaining a door system identification information; - obtaining a status pattern associated with the operation of the door system (100a, 100b, 100c, 100d); - associating the obtained status pattern with the door system identification information; - determining if the obtained status pattern is associated with any of at least one reference status pattern, by comparing the obtained status pattern with the at least one reference status pattern; - associating the determined reference status pattern with the door system identification information; - generating a door maintenance information; wherein generating the door maintenance information is based on the door system identification information, and the maintenance execution information. - obtaining a maintenance execution information, the maintenance execution information pertaining to information on what service or maintenance that has been carried out on other door systems or the specific door system (100a, 100b, 100c, 100d); - obtaining a door system identification information; - obtaining a status pattern associated with the operation of the door system (100a, 100b, 100c, 100d); - associating the obtained status pattern with the door system identification information; - determining if the obtained status pattern is associated with any of at least one reference status pattern, by comparing the obtained status pattern with the at least one reference status pattern; - associating the determined reference status pattern with the door system identification information; - generating a door maintenance information;
A path detection method, performed by a controller, the path detection method comprising: when there are multiple equivalent paths between a source virtual extensible local area network, VXLAN, tunnel endpoint, VTEP, and a destination VTEP, generating M VXLAN probe packets according to a source User Datagram Protocol, UDP, port number, a destination UDP port number, and a probe identifier, wherein M is greater than or equal to 2; sending the M VXLAN probe packets to the source VTEP, so that the source VTEP forwards the M VXLAN probe packets to the destination VTEP by using the multiple equivalent paths; receiving VXLAN advertisement packets reported by the source VTEP, the destination VTEP, and intermediate nodes in the multiple equivalent paths according to the M VXLAN probe packets; and detecting, according to the VXLAN advertisement packet, whether a fault occurs in a path of the multiple equivalent paths between the source VTEP and the destination VTEP. when there are multiple equivalent paths between a source virtual extensible local area network, VXLAN, tunnel endpoint, VTEP, and a destination VTEP, generating M VXLAN probe packets according to a source User Datagram Protocol, UDP, port number, a destination UDP port number, and a probe identifier, wherein M is greater than or equal to 2; sending the M VXLAN probe packets to the source VTEP, so that the source VTEP forwards the M VXLAN probe packets to the destination VTEP by using the multiple equivalent paths; receiving VXLAN advertisement packets reported by the source VTEP, the destination VTEP, and intermediate nodes in the multiple equivalent paths according to the M VXLAN probe packets; and detecting, according to the VXLAN advertisement packet, whether a fault occurs in a path of the multiple equivalent paths between the source VTEP and the destination VTEP.
Mobile electronic payment terminal comprising means of reversible fixed attachment to a support, characterized in that said electronic payment terminal comprises means to command the unlocking of the reversible fixed attachment means, said command means shifting said reversible fixed attachment means between their locking and unlocking positions so as to detach said mobile electronic payment terminal from said support, said command means taking the form of a hand-operated electromechanical actuator internal to said mobile electronic payment terminal; and in that it furthermore comprises control means capable of securely communicating with said command means borne by said mobile electronic device; and in that said reversible fixed attachment means borne by the mobile electronic payment terminal comprise at least one aperture made on at least one face of said mobile electronic payment terminal, said at least one aperture being capable of cooperating with at least one movable lug formed by said locking elements borne by said support, so as to lock said mobile electronic payment terminal to said support, said command means drive in translation said at least one movable lug between at least one deployed position in which said mobile electronic payment terminal is locked to said support, and one retracted position in which said mobile electronic payment terminal can be withdrawn from said support.
A system for identifying and controlling a valuable document, comprising: an acquisition portion, an identification portion, a control portion, a transmission portion, and an upper computer; wherein the acquisition portion is configured to acquire image data of the valuable document; the identification portion is configured to identify the image data to obtain complete identification information of the valuable document; divide the complete identification information into basic identification information and advanced identification information which have a same label; send the basic identification information with the label to the control portion via a serial port transmission device and send the advanced identification information with the label to a cache memory; and send the advanced identification information with the label to the upper computer via an information transmission device after all valuable documents are identified, wherein the serial port transmission device has a lower transmission speed than the information transmission device; the control portion is configured to perform a logic control calculation according to the basic identification information with the label to obtain control information; convert the control information into a control instruction and send the control instruction to the transmission portion; and combine the basic identification information with the label and the control information into combination information with the label, and send the combination information with the label to the upper computer; the transmission portion is configured to transmit the valuable document to a preset position according to the control instruction; and the upper computer is configured to merge the advanced identification information into the combination information which has the same label as the advanced identification information.
A method for configuring mobility measurements, the method being performed by a network node (110a, 110b), the method comprising: obtaining parameters to be used for a mobility measurement procedure, wherein the parameters are valid for at least two consecutive measurement sessions of the mobility measurement procedure and wherein a measurement session is a single measurement on a single mobility reference signal; providing a measurement order to a wireless device regarding the mobility measurement procedure, wherein the measurement order comprises at least one of the parameters; and initiating transmission of mobility reference signals to the wireless device according to the parameters such that the mobility reference signals are transmitted during said at least two consecutive measurement sessions. obtaining parameters to be used for a mobility measurement procedure, wherein the parameters are valid for at least two consecutive measurement sessions of the mobility measurement procedure and wherein a measurement session is a single measurement on a single mobility reference signal; providing a measurement order to a wireless device regarding the mobility measurement procedure, wherein the measurement order comprises at least one of the parameters; and initiating transmission of mobility reference signals to the wireless device according to the parameters such that the mobility reference signals are transmitted during said at least two consecutive measurement sessions.
A controller device capable of wirelessly communicating with an information processing device, the controller device comprising: - a generating unit for generating operation data based on an operation performed on the controller device; - a communication unit for receiving, from the information processing device, one image's worth of image data with a first frequency, the image data generated in the information processing device through a process performed based on the operation data, and transmitting the operation data to the information processing device, and - a display unit for displaying an image based on the image data, the controller device being characterized in that the communication unit transmits the operation data with a second frequency that is higher than the first frequency. - a generating unit for generating operation data based on an operation performed on the controller device; - a communication unit for receiving, from the information processing device, one image's worth of image data with a first frequency, the image data generated in the information processing device through a process performed based on the operation data, and transmitting the operation data to the information processing device, and - a display unit for displaying an image based on the image data, the controller device being characterized in that
A valve for implantation in a vessel lumen of a patient, the valve including: a proximal region comprising a cylindrical body; a distal region having a generally rectangular shape comprising opposing flat surfaces (172, 174) that are separated by narrower flat sides, where the opposing flat surfaces at the distal end of the valve allow fluid flow therethrough during antegrade flow and are generally adjacent to one another to inhibit blood flow through the valve during retrograde flow, and at least one reinforcement member comprising a reinforcement strip (185; 190; 191, 192; 193) coupled to the valve and operable to prevent prolapse of the valve during retrograde flow, wherein the reinforcement strip snaps between a first state during antegrade flow and a second state during retrograde flow. a proximal region comprising a cylindrical body; a distal region having a generally rectangular shape comprising opposing flat surfaces (172, 174) that are separated by narrower flat sides, where the opposing flat surfaces at the distal end of the valve allow fluid flow therethrough during antegrade flow and are generally adjacent to one another to inhibit blood flow through the valve during retrograde flow, and at least one reinforcement member comprising a reinforcement strip (185; 190; 191, 192; 193) coupled to the valve and operable to prevent prolapse of the valve during retrograde flow, wherein the reinforcement strip snaps between a first state during antegrade flow and a second state during retrograde flow.
A method for conserving power for wireless communications, the method comprising: determining (802, 808) packet communication information to and from a wireless device (102-108; 200); selecting (804, 810, 814) a traffic profile from a light traffic profile, and a heavy traffic profile in response to the determined packet communication information; and communicating packets with a wireless access point utilizing a power mode determined in response to the selected traffic profile, wherein the power mode is utilized by the wireless device (102-108; 200) independent of the wireless access point, characterized in that selecting (804, 810, 814) a traffic profile comprises selecting a periodic traffic profile in response to the determined packet communication information, and a sleep interval used in the periodic traffic profile is less than a beacon interval utilized by the wireless access point. determining (802, 808) packet communication information to and from a wireless device (102-108; 200); selecting (804, 810, 814) a traffic profile from a light traffic profile, and a heavy traffic profile in response to the determined packet communication information; and communicating packets with a wireless access point utilizing a power mode determined in response to the selected traffic profile, wherein the power mode is utilized by the wireless device (102-108; 200) independent of the wireless access point, characterized in that selecting (804, 810, 814) a traffic profile comprises selecting a periodic traffic profile in response to the determined packet communication information, and a sleep interval used in the periodic traffic profile is less than a beacon interval utilized by the wireless access point.
A heat-shrinkable polyester film which has a main shrinkage direction in a width direction of the film and satisfies following requirements to: the film has a thickness of 6 μm or more and 27 μm or less; when a width of 800 mm in the film of 800 mm or more in width is divided into eight to obtain samples, and a molecular orientation angle of the film is determined for each of the samples, a maximum value of the molecular orientation angle is 5 degrees or less; when a width of 800 mm in the film of 800 mm or more in width is divided into eight to obtain samples, a hot-water shrinkage at 90°C in the width direction of the film determined for each of the samples is 40% or more and 85% or less; when a width of 800 mm in the film of 800 mm or more in width is divided into eight to obtain samples, a hot-water shrinkage at 90°C in the width direction of the film is determined for each of the samples, a difference between a maximum value and a minimum value of the hot-water shrinkage at 90°C in the width direction of the film is 2% or less; and when a width of 800 mm in the film of 800 mm or more in width is divided into four to obtain samples, and a maximum shrinkage stress at 90°C in the width direction of the film is determined for each of the samples, a difference between a maximum value and a minimum value of the maximum shrinkage stress at 90°C in the width direction of the film is less than 0.3 MPa. the film has a thickness of 6 μm or more and 27 μm or less; when a width of 800 mm in the film of 800 mm or more in width is divided into eight to obtain samples, and a molecular orientation angle of the film is determined for each of the samples, a maximum value of the molecular orientation angle is 5 degrees or less; when a width of 800 mm in the film of 800 mm or more in width is divided into eight to obtain samples, a hot-water shrinkage at 90°C in the width direction of the film determined for each of the samples is 40% or more and 85% or less; when a width of 800 mm in the film of 800 mm or more in width is divided into eight to obtain samples, a hot-water shrinkage at 90°C in the width direction of the film is determined for each of the samples, a difference between a maximum value and a minimum value of the hot-water shrinkage at 90°C in the width direction of the film is 2% or less; and when a width of 800 mm in the film of 800 mm or more in width is divided into four to obtain samples, and a maximum shrinkage stress at 90°C in the width direction of the film is determined for each of the samples, a difference between a maximum value and a minimum value of the maximum shrinkage stress at 90°C in the width direction of the film is less than 0.3 MPa.