mhurhangee/patent-ind-claim-en huggingface dataset:
A device for oyster cultivation comprising: - a base with means for attachment to a bottom of the sea, said means for attachment comprising four holes and four pins that pass through said holes , said pins being for fixing the base to the bottom of the sea; - at least one box configured to hold oyster seeds; and - a lid placed on top of the at least one box ; - the at least one box being removable from the base ; and the device further comprising: - four vertical tubes fixed to the base and configured to serve as guide for settlement of the at least one box on the base ; - a buoy and a counterweight ; and - a rope with one end attached to a ring on the lid and another end attached to the counterweight , after passing through a hole in the buoy . - a base with means for attachment to a bottom of the sea, said means for attachment comprising four holes and four pins that pass through said holes , said pins being for fixing the base to the bottom of the sea; - at least one box configured to hold oyster seeds; and - a lid placed on top of the at least one box ; - the at least one box being removable from the base ; and the device further comprising: - four vertical tubes fixed to the base and configured to serve as guide for settlement of the at least one box on the base ; - a buoy and a counterweight ; and - a rope with one end attached to a ring on the lid and another end attached to the counterweight , after passing through a hole in the buoy . - four vertical tubes fixed to the base and configured to serve as guide for settlement of the at least one box on the base ; - a buoy and a counterweight ; and - a rope with one end attached to a ring on the lid and another end attached to the counterweight , after passing through a hole in the buoy .
A battery capacity estimation apparatus comprising: a voltage measuring unit configured to measure a voltage of a battery cell; a filtering unit configured to determine voltage data as first data when a logging pattern of the voltage data of the battery cell deviates from a preset reference range; a statistical analyzing unit configured to determine second data through statistical analysis on the voltage data of the battery cell; and a capacity estimating unit configured to estimate a capacity by applying data, classified by the filtering unit or the statistical analyzing unit for a battery cell that is a measurement target, to capacity estimation models generated separately for the first data and the second data. a voltage measuring unit configured to measure a voltage of a battery cell; a filtering unit configured to determine voltage data as first data when a logging pattern of the voltage data of the battery cell deviates from a preset reference range; a statistical analyzing unit configured to determine second data through statistical analysis on the voltage data of the battery cell; and a capacity estimating unit configured to estimate a capacity by applying data, classified by the filtering unit or the statistical analyzing unit for a battery cell that is a measurement target, to capacity estimation models generated separately for the first data and the second data.
A storage bin assembly for use in a vehicle, said storage bin assembly comprising a storage bin and a retainer , said storage bin being retained by said retainer and being movable in relation to said retainer , said storage bin comprising first and second bin side walls , said retainer comprising at least a first retainer side wall arranged parallel to said first bin side wall , said storage bin comprising a first guiding pin arranged at, and protruding from said first bin side wall in a width direction (y) of the storage bin assembly , said retainer comprising a first guiding track arranged in said first retainer side wall , wherein said storage bin is connected to said retainer by means of said first guiding pin being inserted into said first guiding track , said first guiding pin being slidably arranged in said first guiding track , whereby said storage bin is movable in relation to said retainer between a first position (p1) with said first guiding pin located at a first end of said first guiding track and a second position (p2) with said first guiding pin located at a second end (4") of said first guiding track , characterized in that said first guiding pin is arranged to move in said width direction (y) of said storage bin assembly when moving said storage bin between said first position (p1) and said second position (p2), wherein said first guiding pin comprises a first shaft , said first shaft comprising a first biasing member arranged at an inner end of said guiding pin , said first biasing member being arranged to exert a biasing force on said first guiding pin in said width direction (y) of said storage bin assembly , wherein a magnitude of said biasing force is arranged to change by moving said storage bin between said first position (p1) and said second position (p2), wherein said biasing member is arranged to be non-compressed when said storage bin is in said first position (p1), and wherein said guiding pin is adapted to rest on a resting surface when said storage bin is in said first position (p1), wherein said guiding pin has a resting portion and a guiding porting , said resting portion being arranged closer to said first bin side wall than said guiding portion , said guiding portion having a tapering shape as seen in a direction from an inner end to an outer end of said guiding pin , said resting portion being positioned against said resting surface when said storage bin is arranged in said first position (p1), and said guiding portion being adapted to slide over said guiding surface of said guiding track when said storage bin is moved between said first position (p1) and said second position (p2), wherein said guiding track has a width, and wherein said width is diminishing in the direction from the first end of said guiding track to said second end of said guiding track .
A time synchronization method, comprising: on the basis that boundary devices in an entire network are all boundary clock, BC, devices, receiving (S101), by a boundary device of a third-party network side, a synchronization packet that carries a time synchronization offset and is delivered by a boundary device of an upstream network side, wherein the time synchronization offset is a time offset between a time domain of the upstream network and a time domain of the third-party network, wherein a time domain in which the boundary device of the third-party network side is located is different from a time domain in which the boundary device of the upstream network side is located; and transparently transmitting (S102), by the boundary device of the third-party network side, the synchronization packet that carries the time synchronization offset to a boundary device of a downstream network side, wherein the boundary device of the upstream network side and the boundary device of the downstream network side are in a same time domain, and wherein the synchronization packet is used by the boundary device of the downstream network side for performing time synchronization with the boundary device of the upstream network side according to the time synchronization offset. on the basis that boundary devices in an entire network are all boundary clock, BC, devices, receiving (S101), by a boundary device of a third-party network side, a synchronization packet that carries a time synchronization offset and is delivered by a boundary device of an upstream network side, wherein the time synchronization offset is a time offset between a time domain of the upstream network and a time domain of the third-party network, wherein a time domain in which the boundary device of the third-party network side is located is different from a time domain in which the boundary device of the upstream network side is located; and transparently transmitting (S102), by the boundary device of the third-party network side, the synchronization packet that carries the time synchronization offset to a boundary device of a downstream network side, wherein the boundary device of the upstream network side and the boundary device of the downstream network side are in a same time domain, and wherein the synchronization packet is used by the boundary device of the downstream network side for performing time synchronization with the boundary device of the upstream network side according to the time synchronization offset.
A method of ground fault detection in a power distribution system comprising an energy storage system; a system controller; and a ground fault detection system, wherein the energy storage system comprises a plurality of energy storage units , each of the plurality of energy storage units being connected together in parallel to a DC bus of the power distribution system; each energy storage unit comprising a plurality of energy storage modules connected together in series; the method comprising detecting a ground fault in the power distribution system; sending an instruction to a first switching device to disconnect a first energy storage unit from the energy storage system whilst the remaining energy storage units remain connected in parallel to the DC bus to be able to continue to supply power to the power distribution system; testing again for a ground fault; if the ground fault is no longer present , providing an indication that the ground fault is in the first energy storage unit; if the ground fault is still present , sending an instruction from the controller to reconnect the first energy storage unit; sending an instruction from the controller to disconnect a next energy storage unit; testing again for a ground fault; and repeating the disconnecting, testing and reconnecting steps until the ground fault has been identified , or all energy storage units have been tested.
Shoe comprising an upper , a sole which defines a substantially flat tread surface that makes contact with the ground, and a midsole that can be removably accommodated inside said upper and can be placed on top of said sole , said midsole comprising a plurality of projections at least in a forefoot region, which are received inside corresponding recesses made in said sole , said recesses being blind at a relative bottom surface such that said projections do not project from said tread surface , wherein one end of said plurality of projections is in contact with said bottom surface of said recesses at least in said forefoot region such that said projections are subjected to compression by the foot of the wearer during a walking movement, wherein said projections are accommodated inside said recesses such that a gap remains defined between the projection and a lateral wall of the corresponding recess .
An assembly for an aircraft structure, comprising: an acoustic panel comprising an exterior surface ; and a thermal anti-icing system comprising a susceptor and a microwave system , the susceptor configured with the acoustic panel , and the microwave system configured to direct microwaves to the susceptor for melting and/or preventing ice accumulation on the exterior surface , characterised in that : the acoustic panel includes a first skin , a second skin and a core ; and the core is connected to the first skin and the second skin , the core forms a plurality of cavities between the first skin and the second skin , and each of the plurality of cavities is fluidly coupled with one or more respective perforations through the first skin ; and the susceptor is configured with the first skin . an acoustic panel comprising an exterior surface ; and a thermal anti-icing system comprising a susceptor and a microwave system , the susceptor configured with the acoustic panel , and the microwave system configured to direct microwaves to the susceptor for melting and/or preventing ice accumulation on the exterior surface , characterised in that : the acoustic panel includes a first skin , a second skin and a core ; and the core is connected to the first skin and the second skin , the core forms a plurality of cavities between the first skin and the second skin , and each of the plurality of cavities is fluidly coupled with one or more respective perforations through the first skin ; and the susceptor is configured with the first skin . the acoustic panel includes a first skin , a second skin and a core ; and the core is connected to the first skin and the second skin , the core forms a plurality of cavities between the first skin and the second skin , and each of the plurality of cavities is fluidly coupled with one or more respective perforations through the first skin ; and the susceptor is configured with the first skin .
A road surface image-drawing system mounted on a vehicle (C) comprising: an image-drawing device configured to perform image drawing so as to draw a first display including information to be visible to a driver of the vehicle (C) at a first position and to draw a second display including information to be visible to a person other than the driver at a second position different from the first position, wherein the information included in the first display and the information included in the second display are related to each other for the purpose of avoiding collision between the vehicle and the other person, and a control device configured to perform trapezoidal distortion correction of a shape of the first display according to a positional relationship between the first position and the driver so that the first display can be seen without distortion as viewed from the driver of the vehicle, and to perform trapezoidal distortion correction of a shape of the second display according to a positional relationship between the second position and the person other than the driver so that the second display can be seen without distortion as viewed from the person other than the driver, wherein the first position is on a windshield of the vehicle, wherein the second position is on a road, and wherein trapezoidal distortion correction is applied by the control device to the shape of the first display and to the shape of second display prior to the drawing of the first display and second display by the image-drawing device. an image-drawing device configured to perform image drawing so as to draw a first display including information to be visible to a driver of the vehicle (C) at a first position and to draw a second display including information to be visible to a person other than the driver at a second position different from the first position, wherein the information included in the first display and the information included in the second display are related to each other for the purpose of avoiding collision between the vehicle and the other person, and a control device configured to perform trapezoidal distortion correction of a shape of the first display according to a positional relationship between the first position and the driver so that the first display can be seen without distortion as viewed from the driver of the vehicle, and to perform trapezoidal distortion correction of a shape of the second display according to a positional relationship between the second position and the person other than the driver so that the second display can be seen without distortion as viewed from the person other than the driver, wherein the first position is on a windshield of the vehicle, wherein the second position is on a road, and wherein trapezoidal distortion correction is applied by the control device to the shape of the first display and to the shape of second display prior to the drawing of the first display and second display by the image-drawing device.
A method of operating a fuel tanker aircraft for in-flight fuelling, comprising: transmitting a deploy command signal from a communication unit of the tanker aircraft to a communication unit of a fuel receiver aircraft , to cause a line and drogue to deploy from the receiver aircraft ; controlling at least one of the tanker aircraft and the drogue to engage the drogue with a first end of a fuel hose of the tanker aircraft , a second end of the fuel hose being connected to the tanker aircraft ; and transmitting a return command signal from the communication unit of the tanker aircraft to the communication unit of the receiver aircraft , to cause the line and drogue to return to the receiver aircraft with the first end of the fuel hose , the returning of the line and drogue to the receiver aircraft causing the fuel hose to be deployed from the tanker aircraft , wherein the tanker aircraft is located behind the receiver aircraft and the deploy command signal is for causing the line and drogue to deploy rearwardly of the receiver aircraft . transmitting a deploy command signal from a communication unit of the tanker aircraft to a communication unit of a fuel receiver aircraft , to cause a line and drogue to deploy from the receiver aircraft ; controlling at least one of the tanker aircraft and the drogue to engage the drogue with a first end of a fuel hose of the tanker aircraft , a second end of the fuel hose being connected to the tanker aircraft ; and transmitting a return command signal from the communication unit of the tanker aircraft to the communication unit of the receiver aircraft , to cause the line and drogue to return to the receiver aircraft with the first end of the fuel hose , the returning of the line and drogue to the receiver aircraft causing the fuel hose to be deployed from the tanker aircraft , wherein the tanker aircraft is located behind the receiver aircraft and the deploy command signal is for causing the line and drogue to deploy rearwardly of the receiver aircraft .
A separation assembly for enabling separation of a fluid sample into first and second phases, comprising: a collection container having a first end , a second end , and a sidewall extending therebetween, the collection container defining a longitudinal axis (L) between the first end and the second end ; and a separator having a through-hole defined therethrough, wherein upon applied rotational force to any of the separation assembly, collection container , and separator , the separator transitions from a first position in which the through-hole is in an open position for fluid to pass therethrough, to a second position in which the through-hole is in a closed position for preventing fluid from being received therethrough, wherein when the separator is in the first position, a first sealing perimeter engages the sidewall of the collection container while allowing the sample to pass through the through-hole and when the separator is in the second position, a second sealing perimeter sealingly engages the sidewall of the collection container to prevent fluid from passing between the separator and the sidewall and for preventing fluid from passing through the open through-hole , and wherein the first sealing perimeter is different from the second sealing perimeter . a collection container having a first end , a second end , and a sidewall extending therebetween, the collection container defining a longitudinal axis (L) between the first end and the second end ; and a separator having a through-hole defined therethrough, wherein upon applied rotational force to any of the separation assembly, collection container , and separator , the separator transitions from a first position in which the through-hole is in an open position for fluid to pass therethrough, to a second position in which the through-hole is in a closed position for preventing fluid from being received therethrough, wherein when the separator is in the first position, a first sealing perimeter engages the sidewall of the collection container while allowing the sample to pass through the through-hole and when the separator is in the second position, a second sealing perimeter sealingly engages the sidewall of the collection container to prevent fluid from passing between the separator and the sidewall and for preventing fluid from passing through the open through-hole , and wherein the first sealing perimeter is different from the second sealing perimeter .
A parameter determination device comprising: a spectral envelope estimating portion for performing estimation of a spectral envelope using a parameter η 0 specified in a predetermined method, regarding the η 0 -th power of absolute values of a frequency domain sample sequence corresponding to a time-series signal which is a sound signal as a power spectrum on the assumption that the parameter η 0 and a parameter η are positive numbers; a whitened spectral sequence generating portion for obtaining a whitened spectral sequence which is a sequence obtained by dividing the frequency domain sample sequence by the spectral envelope; and a parameter acquiring portion for determining such a parameter η that generalized Gaussian distribution with the parameter η as a shape parameter approximates a histogram of the whitened spectral sequence, wherein the parameter determination device is adapted to determine the parameter η for each frame by a loop process; and the loop process is a process where processes of the spectral envelope estimating portion, the whitened spectral sequence generating portion and the parameter acquiring portion, in which the parameter η determined by the process of the parameter acquiring portion performed for a frame for which the parameter η is to be determined currently is caused to be the parameter η 0 specified in the predetermined method, are performed for the frame for which the parameter η is to be determined currently. a spectral envelope estimating portion for performing estimation of a spectral envelope using a parameter η 0 specified in a predetermined method, regarding the η 0 -th power of absolute values of a frequency domain sample sequence corresponding to a time-series signal which is a sound signal as a power spectrum on the assumption that the parameter η 0 and a parameter η are positive numbers; a whitened spectral sequence generating portion for obtaining a whitened spectral sequence which is a sequence obtained by dividing the frequency domain sample sequence by the spectral envelope; and a parameter acquiring portion for determining such a parameter η that generalized Gaussian distribution with the parameter η as a shape parameter approximates a histogram of the whitened spectral sequence, wherein the parameter determination device is adapted to determine the parameter η for each frame by a loop process; and the loop process is a process where processes of the spectral envelope estimating portion, the whitened spectral sequence generating portion and the parameter acquiring portion, in which the parameter η determined by the process of the parameter acquiring portion performed for a frame for which the parameter η is to be determined currently is caused to be the parameter η 0 specified in the predetermined method, are performed for the frame for which the parameter η is to be determined currently.