mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting fungal DNA in a turf grass sample with a loop-mediated isothermal amplification (LAMP) assay which contains six primers for Sclerotinia homoeocarpa fungal DNA comprising: subjecting the turf sample to a LAMP reaction wherein the LAMP reaction uses a primer set of nucleic acid sequences that comprises: a sequence which is at least 90% identical to SEQ ID NO:14, a sequence which is at least 90% identical to SEQ ID NO: 15, a sequence which is at least 90% identical to SEQ ID NO: 16, a sequence which is at least 90% identical to SEQ ID NO:17, a sequence which is at least 90% identical to SEQ ID NO:18 and a sequence which is at least 90% identical to SEQ ID NO:19.
A driver assistance system for coupling a trailer onto a tractor, having a video camera attached to the tractor and an associated display arranged in the driver's field of vision, in the video image of which system a static guide marking is displayed along which a coupling mouth of a coupling arranged on the tractor can be contacted with a drawbar eye held on the trailer by a drawbar , wherein the video camera is arranged at a vertical distance from the coupling and the guide marking is formed by two beam corridors arranged on both sides of the vehicle's longitudinal axis (Z) converging towards one another in the rearward direction of the tractor, characterised in that, the beam corridors each have an inner boundary line and an outer boundary line and, for a correct coupling, a reference element of the drawbar eye is arranged in the video image between the inner boundary line and the outer boundary line of both beam corridors during the approach of the coupling mouth and the drawbar eye .
An agricultural disc harrow implement comprising: a main frame ; at least one gang assembly , each at least one gang assembly comprising: a support bar extending substantially the length of the gang assembly , the support bar being attached to the main frame ; a plurality of disc gangs aligned along the length of the support bar , wherein each of the plurality of disc gangs comprises a rotating disc gang shaft that is supported on the support bar and a plurality of disc blades , the disc blades being substantially equally spaced along an axis of the disc gang , wherein the disc gangs of each at least one gang assembly are coaxially aligned to create a line of substantially equally spaced disc blades; characterized in that the implement further comprises a plugging detection system configured to alert an operator if one or more of the disc gangs are rotating at a rotational speed that is slower than rotational speeds of the remaining disc gangs, the plugging detection system comprising a gang rotation sensor for each of the plurality of disc gangs on each of the at least one gang assemblies configured to measure the rotational speed of the connected disc gang and a control module that is configured to compare the rotational speed of each disc gang to the rotational speed of the remaining disc gangs. a main frame ; at least one gang assembly , each at least one gang assembly comprising: a support bar extending substantially the length of the gang assembly , the support bar being attached to the main frame ; a plurality of disc gangs aligned along the length of the support bar , wherein each of the plurality of disc gangs comprises a rotating disc gang shaft that is supported on the support bar and a plurality of disc blades , the disc blades being substantially equally spaced along an axis of the disc gang , wherein the disc gangs of each at least one gang assembly are coaxially aligned to create a line of substantially equally spaced disc blades; a support bar extending substantially the length of the gang assembly , the support bar being attached to the main frame ; a plurality of disc gangs aligned along the length of the support bar , wherein each of the plurality of disc gangs comprises a rotating disc gang shaft that is supported on the support bar and a plurality of disc blades , the disc blades being substantially equally spaced along an axis of the disc gang , wherein the disc gangs of each at least one gang assembly are coaxially aligned to create a line of substantially equally spaced disc blades; characterized in that the implement further comprises a plugging detection system configured to alert an operator if one or more of the disc gangs are rotating at a rotational speed that is slower than rotational speeds of the remaining disc gangs, the plugging detection system comprising a gang rotation sensor for each of the plurality of disc gangs on each of the at least one gang assemblies configured to measure the rotational speed of the connected disc gang and a control module that is configured to compare the rotational speed of each disc gang to the rotational speed of the remaining disc gangs.
A composite material component manufacturing method characterized in that it comprises: a molding step (ST1) of applying, by a pressing device , heat and pressure to a prepreg (PP) to mold the prepreg; a second molding step of applying, by a second pressing device different than the pressing device , heat and pressure to the prepreg (PP) to mold the prepreg; and a transfer step (ST2) of transferring the prepreg (PP) without applying tension to a portion of the prepreg that has been softened by heat, wherein: the transfer step (ST2) includes moving the prepreg (PP) together with the pressing device in a state in which a pressing force is applied to a first portion of the prepreg by the pressing device , the transfer step (ST2) includes moving the prepreg together with the second pressing device in a state in which a pressing force is applied to a second portion of the prepreg by the second pressing device , and a curvature of a movement trajectory of the pressing device in the transfer step (ST2) and a curvature of a movement trajectory of the second pressing device in the transfer step differ from each other. a molding step (ST1) of applying, by a pressing device , heat and pressure to a prepreg (PP) to mold the prepreg; a second molding step of applying, by a second pressing device different than the pressing device , heat and pressure to the prepreg (PP) to mold the prepreg; and a transfer step (ST2) of transferring the prepreg (PP) without applying tension to a portion of the prepreg that has been softened by heat, wherein: the transfer step (ST2) includes moving the prepreg (PP) together with the pressing device in a state in which a pressing force is applied to a first portion of the prepreg by the pressing device , the transfer step (ST2) includes moving the prepreg together with the second pressing device in a state in which a pressing force is applied to a second portion of the prepreg by the second pressing device , and a curvature of a movement trajectory of the pressing device in the transfer step (ST2) and a curvature of a movement trajectory of the second pressing device in the transfer step differ from each other. the transfer step (ST2) includes moving the prepreg (PP) together with the pressing device in a state in which a pressing force is applied to a first portion of the prepreg by the pressing device , the transfer step (ST2) includes moving the prepreg together with the second pressing device in a state in which a pressing force is applied to a second portion of the prepreg by the second pressing device , and a curvature of a movement trajectory of the pressing device in the transfer step (ST2) and a curvature of a movement trajectory of the second pressing device in the transfer step differ from each other.
A cable tie tensioning and cut-off tool , the cut off tool including a housing and a cable tie gripping mechanism , and a tensioning system for adjusting the tension imparted to a cable tie in the cable tie tensioning and cut-off tool , the tensioning system comprising: a tension adjustment knob having at least one slot formed thereon and at least one spline formed therein; a ring member having at least one cog on a first side and at least one detent on a second side, the at least one cog being engageable with the at least one slot ; a locking latch coupled to the housing and having at least one tooth engageable with the at least one detent ; a rotating cam having an external thread and at least one tessellated portion formed thereon, the at least one tessellated portion being engageable with the at least one spline ; a fixed cam coupled to said housing and having an internal thread being engageable with the rotating cam external thread; a tension shaft having a first end, the first end being coupled to the rotating cam ; and at least one tension biasing member coupled to the shaft and to the gripping mechanism . a tension adjustment knob having at least one slot formed thereon and at least one spline formed therein; a ring member having at least one cog on a first side and at least one detent on a second side, the at least one cog being engageable with the at least one slot ; a locking latch coupled to the housing and having at least one tooth engageable with the at least one detent ; a rotating cam having an external thread and at least one tessellated portion formed thereon, the at least one tessellated portion being engageable with the at least one spline ; a fixed cam coupled to said housing and having an internal thread being engageable with the rotating cam external thread; a tension shaft having a first end, the first end being coupled to the rotating cam ; and at least one tension biasing member coupled to the shaft and to the gripping mechanism .
A digital camera including a printer comprising: an imaging unit that includes an imaging optical system and takes a subject image to output image data; a printer unit that records an image on a recording medium on the basis of the image data output from the imaging unit ; and a camera body where the imaging optical system is disposed at a center of a front surface thereof and a grip portion is formed on the front of the camera body at positions symmetric with respect to a first axis (AV) crossing an optical axis (L) of the imaging optical system in a first direction and symmetric with respect to a second axis (AH) crossing the optical axis (L) in a second direction orthogonal to the first direction, finger rest portions on the back of the camera body , wherein the grip portion has a concave or convex ring shape, and the imaging optical system is positioned at a center of the ring shape, and wherein the camera body includes at least two release switches that are used to take a subject image by the imaging unit , and at least a part of the release switches is positioned within the concave area or the convex area. an imaging unit that includes an imaging optical system and takes a subject image to output image data; a printer unit that records an image on a recording medium on the basis of the image data output from the imaging unit ; and a camera body where the imaging optical system is disposed at a center of a front surface thereof and a grip portion is formed on the front of the camera body at positions symmetric with respect to a first axis (AV) crossing an optical axis (L) of the imaging optical system in a first direction and symmetric with respect to a second axis (AH) crossing the optical axis (L) in a second direction orthogonal to the first direction, finger rest portions on the back of the camera body , wherein the grip portion has a concave or convex ring shape, and the imaging optical system is positioned at a center of the ring shape, and wherein the camera body includes at least two release switches that are used to take a subject image by the imaging unit , and at least a part of the release switches is positioned within the concave area or the convex area.
A method for receiving uplink transmission by a base station in a wireless communication system, the method comprising: transmitting (S1301), to a user equipment, UE, , sounding reference signal, SRS, configuration information related to one or more SRS resource sets that each comprises a plurality of SRS resources; and receiving (S1303), from the UE, an SRS that is transmitted by the UE with a first transmission power on an SRS resource set among the one or more SRS resource sets, wherein the configuration information includes information related to an SRS transmission power control, characterized in that the first transmission power is determined based on the information related to the SRS transmission power control associated with the SRS resource set, wherein the information related to the SRS transmission power control is applied for all of SRS resources within the SRS resource set, wherein the first transmission power is determined based on at least one index related to a path-loss estimate, and wherein the at least one index is related to the SRS resource set and synchronization signal block, SSB, used for estimating the path-loss. transmitting (S1301), to a user equipment, UE, , sounding reference signal, SRS, configuration information related to one or more SRS resource sets that each comprises a plurality of SRS resources; and receiving (S1303), from the UE, an SRS that is transmitted by the UE with a first transmission power on an SRS resource set among the one or more SRS resource sets, wherein the configuration information includes information related to an SRS transmission power control, characterized in that the first transmission power is determined based on the information related to the SRS transmission power control associated with the SRS resource set, wherein the information related to the SRS transmission power control is applied for all of SRS resources within the SRS resource set, wherein the first transmission power is determined based on at least one index related to a path-loss estimate, and wherein the at least one index is related to the SRS resource set and synchronization signal block, SSB, used for estimating the path-loss.
A method performed in a User Equipment, UE, of a Next Generation Radio Access Network, NG-RAN, of a cellular communication system to enable redirection and retry of registration, the method comprising: transmitting a Non-Access Stratum, NAS, registration request comprising one or more Single-Network Slice Selection Assistance Information, S-NSSAI, indicated as one or more requested S-NSSAI; receiving , in an Access Stratum, AS, protocol, an AS-level registration reattempt indication to instruct the UE to reattempt the NAS registration request in a target cell; and reattempting the NAS registration in the target cell, responsive to receiving the AS-level registration reattempt indication. transmitting a Non-Access Stratum, NAS, registration request comprising one or more Single-Network Slice Selection Assistance Information, S-NSSAI, indicated as one or more requested S-NSSAI; receiving , in an Access Stratum, AS, protocol, an AS-level registration reattempt indication to instruct the UE to reattempt the NAS registration request in a target cell; and reattempting the NAS registration in the target cell, responsive to receiving the AS-level registration reattempt indication.
A composition, characterised in that : - it comprises, in a solution of water: between 10 and 80 g/l of a composition of phosphoric acid H 3 PO 4 , and between 2 and 15 g/l of a composition of potassium permanganate KMnO 4 , - the weight ratio H 3 PO 4 / KMnO 4 is between 1.5 and 10, preferably between 1.8 and 5, most preferably equal to 2.8, - said composition has a pH between 2.4 and 3, preferably 2.5. - it comprises, in a solution of water: between 10 and 80 g/l of a composition of phosphoric acid H 3 PO 4 , and between 2 and 15 g/l of a composition of potassium permanganate KMnO 4 , between 10 and 80 g/l of a composition of phosphoric acid H 3 PO 4 , and between 2 and 15 g/l of a composition of potassium permanganate KMnO 4 , - the weight ratio H 3 PO 4 / KMnO 4 is between 1.5 and 10, preferably between 1.8 and 5, most preferably equal to 2.8, - said composition has a pH between 2.4 and 3, preferably 2.5.
A driver circuit for a laser diode configured to pass a current, said circuit comprising: a first transistor connected in series with the laser diode, and configured to regulate the current; and a voltage regulator configured to provide an input to a gate of the first transistor so as to regulate the current in dependence upon a first input and a second input of the voltage regulator, characterized by the second input of the voltage regulator being provided by a modelled voltage forward biased voltage generator , the modelled voltage forward biased voltage generator comprising a first pair of forward biased diodes connected in series between a positive supply (V DD ) and the second input of the voltage regulator, wherein the first pair of forward biased diodes are configured to model a current response of the laser diode, the first transistor being gate coupled to a feedback transistor , and a resistor being coupled between said second input of the voltage regulator and the drain of said feedback transistor . a first transistor connected in series with the laser diode, and configured to regulate the current; and a voltage regulator configured to provide an input to a gate of the first transistor so as to regulate the current in dependence upon a first input and a second input of the voltage regulator, characterized by the second input of the voltage regulator being provided by a modelled voltage forward biased voltage generator , the modelled voltage forward biased voltage generator comprising a first pair of forward biased diodes connected in series between a positive supply (V DD ) and the second input of the voltage regulator, wherein the first pair of forward biased diodes are configured to model a current response of the laser diode, the first transistor being gate coupled to a feedback transistor , and a resistor being coupled between said second input of the voltage regulator and the drain of said feedback transistor .
An electronic lock device configured to be externally mounted on a building door and being configured to operate a lock by moving a lock bolt of an associated lock case between a retracted position and a protruded position, said device comprising an electrical motor and a transmission for connecting said electrical motor to the associated lock case , wherein the transmission comprises a rotatable member being drivingly connected to the electrical motor , wherein said transmission comprises an engagement member , and a rotatable shaft configured to be connected to a lock follower of the lock case , characterized in that the rotatable member is connected to the engagement member via a pivot joint such that the engagement member is allowed to pivot upon rotation of the rotatable member , such that the engagement member is engaging with the rotatable shaft when the electrical motor is driving the rotatable member . an electrical motor and a transmission for connecting said electrical motor to the associated lock case , wherein the transmission comprises a rotatable member being drivingly connected to the electrical motor , wherein said transmission comprises an engagement member , and a rotatable shaft configured to be connected to a lock follower of the lock case , characterized in that the rotatable member is connected to the engagement member via a pivot joint such that the engagement member is allowed to pivot upon rotation of the rotatable member , such that the engagement member is engaging with the rotatable shaft when the electrical motor is driving the rotatable member .
A refrigerator, comprising: a cabinet having a first and a second storage chamber arranged vertically; an evaporator case ; an evaporator provided inside the evaporator case ; a water tray provided below the evaporator and configured to collect water from the evaporator ; a grill cover provided on a rear side of the evaporator case and configured to accommodate a blower fan ; and a tray support provided in the grill cover , the tray support being configured to support the water tray , wherein the evaporator case includes a first cover provided above the evaporator and a second cover provided below the evaporator , characterized in that the refrigerator further comprises: a partition wall provided between the first and second storage chambers , and having a partition wall insulator therein, wherein the evaporator case is arranged in the second storage chamber and is provided at a bottom surface of the partition wall . a cabinet having a first and a second storage chamber arranged vertically; an evaporator case ; an evaporator provided inside the evaporator case ; a water tray provided below the evaporator and configured to collect water from the evaporator ; a grill cover provided on a rear side of the evaporator case and configured to accommodate a blower fan ; and a tray support provided in the grill cover , the tray support being configured to support the water tray , wherein the evaporator case includes a first cover provided above the evaporator and a second cover provided below the evaporator , characterized in that the refrigerator further comprises: a partition wall provided between the first and second storage chambers , and having a partition wall insulator therein, wherein the evaporator case is arranged in the second storage chamber and is provided at a bottom surface of the partition wall . a partition wall provided between the first and second storage chambers , and having a partition wall insulator therein, wherein the evaporator case is arranged in the second storage chamber and is provided at a bottom surface of the partition wall .
A gasifier for a sterilizer that makes a sterilizer containing at least hydrogen peroxide come into contact with a heating surface to gasify the sterilizer , wherein the heating surface is made of chromium.
Interior permanent magnet rotor, for a drive unit disposed in the interior of a hermetically sealed housing of a refrigerant compressor, - the rotor comprises a first axial section with permanent magnets , followed by a second axial section without permanent magnets, characterized in that - the second axial section comprises, adjacent to the first axial section , a first axial subsection with a reduced radial dimension not going beyond the permanent magnets in the first axial section , whereas the axial length of the first axial subsection is smaller than the axial length of the first axial section , - the second axial section comprises, adjacent to its first axial subsection , a second axial subsection with a radial dimension larger than the reduced radial dimension of the first axial subsection . - the rotor comprises a first axial section with permanent magnets , followed by a second axial section without permanent magnets, characterized in that - the second axial section comprises, adjacent to the first axial section , a first axial subsection with a reduced radial dimension not going beyond the permanent magnets in the first axial section , whereas the axial length of the first axial subsection is smaller than the axial length of the first axial section , - the second axial section comprises, adjacent to its first axial subsection , a second axial subsection with a radial dimension larger than the reduced radial dimension of the first axial subsection .