mhurhangee/ep-ind-claims huggingface dataset:
A bifacial solar cell comprising: a substrate; a p + -type doped region positioned at a first surface of the substrate; a P-type electrode part electrically connected to the p + -type doped region; an n + -type doped region positioned at a second surface of the substrate; and an N-type electrode part electrically connected to the n + -type doped region, characterised in that the P-type electrode part is formed of a first inorganic solid powder including a first powder containing silver (Ag) having an average diameter D 50 of about 0.2 μm to 1 μm, a second powder containing aluminum (Al) and having an average diameter D 50 of about 1 μm to 5 μm, and a glass frit including at least one of an oxide of lead (Pb), oxide of silicon (Si), oxide of boron, oxide of aluminum (Al), and oxide of zinc (Zn), wherein the first powder has a sphere shape or a plate-like shape, wherein the N-type electrode part is formed of a second inorganic solid powder obtained by removing the second powder from the first inorganic solid powder of the P-type electrode part, wherein the first inorganic solid powder includes 86 wt% to 95 wt% of the first powder and 1 wt% to 5 wt% of the second powder based on a total weight of the first inorganic solid powder. a substrate; a p + -type doped region positioned at a first surface of the substrate; a P-type electrode part electrically connected to the p + -type doped region; an n + -type doped region positioned at a second surface of the substrate; and an N-type electrode part electrically connected to the n + -type doped region, characterised in that the P-type electrode part is formed of a first inorganic solid powder including a first powder containing silver (Ag) having an average diameter D 50 of about 0.2 μm to 1 μm, a second powder containing aluminum (Al) and having an average diameter D 50 of about 1 μm to 5 μm, and a glass frit including at least one of an oxide of lead (Pb), oxide of silicon (Si), oxide of boron, oxide of aluminum (Al), and oxide of zinc (Zn), wherein the first powder has a sphere shape or a plate-like shape, wherein the N-type electrode part is formed of a second inorganic solid powder obtained by removing the second powder from the first inorganic solid powder of the P-type electrode part, wherein the first inorganic solid powder includes 86 wt% to 95 wt% of the first powder and 1 wt% to 5 wt% of the second powder based on a total weight of the first inorganic solid powder.
A retainer cap assembly for locking and unlocking a track assembly onto a vehicle having at least one mount beam, the retainer cap assembly, comprising: a housing fixed to the track assembly; at least two latch plates disposed in the housing, pivotable about a common pivot axis, between a locked and an unlocked position, the latch plates being engaged with the vehicle at the locked position to lock the track assembly; and a lock bar rotatably supported on the housing, wherein the lock bar rotates about an axis perpendicular to the common pivot axis of the latch plates, so as to be selectively engaged with both of the latch plates to prevent the latch plates from rotating on the pivot axis when the latch plates are in a locked position and disengaged with both of the latch plates to allow the latch plates to rotate on the pivot axis when the latch plates are in an unlocked position. a housing fixed to the track assembly; at least two latch plates disposed in the housing, pivotable about a common pivot axis, between a locked and an unlocked position, the latch plates being engaged with the vehicle at the locked position to lock the track assembly; and a lock bar rotatably supported on the housing, wherein the lock bar rotates about an axis perpendicular to the common pivot axis of the latch plates, so as to be selectively engaged with both of the latch plates to prevent the latch plates from rotating on the pivot axis when the latch plates are in a locked position and disengaged with both of the latch plates to allow the latch plates to rotate on the pivot axis when the latch plates are in an unlocked position.
A method for reconstructing an image from data acquired with a magnetic resonance imaging system while jointly estimating an actual k-space trajectory used to sample the data, the steps of the method comprising: (a) providing to a computer system, data acquired with an MRI system by using a pulse sequence that implements a designed k-space trajectory; (b) reconstructing an image from the data provided in step (a) by using the computer system to optimize an objective function that jointly reconstructs the image and estimates an actual k-space trajectory sampled when acquiring the data provided in step (a) by modelling the deviations between the actual k-space trajectory and the designed k-space trajectory based on adjustment parameters, forming reduced models for the adjustment parameters and the image, and simultaneously considering a quality of both the image and adjustment parameters for the actual k-space trajectory in order to ensure robust reconstruction, wherein the objective function includes at least one term that describes deviations between the actual k-space trajectory and the designed k-space trajectory. (a) providing to a computer system, data acquired with an MRI system by using a pulse sequence that implements a designed k-space trajectory; (b) reconstructing an image from the data provided in step (a) by using the computer system to optimize an objective function that jointly reconstructs the image and estimates an actual k-space trajectory sampled when acquiring the data provided in step (a) by modelling the deviations between the actual k-space trajectory and the designed k-space trajectory based on adjustment parameters, forming reduced models for the adjustment parameters and the image, and simultaneously considering a quality of both the image and adjustment parameters for the actual k-space trajectory in order to ensure robust reconstruction, wherein the objective function includes at least one term that describes deviations between the actual k-space trajectory and the designed k-space trajectory.
An envelope sheet applied to a sealed letter producing device including an enclosing and sealing unit which produces a sealed letter by enclosing and sealing a content by folding an envelope sheet in a manner of containing the content, said envelope sheet including two folds which are parallel to a width direction of the envelope sheet dividing the sheet into first, second and third paper pieces, the first, the second and the third paper pieces having a common length in the width direction, the content being placed between the second and the third paper pieces, said envelope sheet further including a surface and a back side, wherein the envelope sheet has pressure sensitive adhesives provided in both edge portions of the first, the second and the third paper pieces in the width direction, said pressure sensitive adhesives being provided only on one side of the surface or the back side in the both edge portions in its width direction, wherein when bent, the first and the third paper pieces are adhered, the third and the second paper pieces are adhered, and wherein the third paper piece becomes an inner paper piece when bent, the third paper piece holding the content while being sandwiched between the first and the second paper pieces characterised in that the envelope sheet further comprises notches, which are provided in both edge portions of the third paper piece of the sheet and wherein a portion of the pressure-sensitive adhesives of the second paper piece exposed from the notches in the third paper piece adheres to a portion of the pressure-sensitive adhesives of the first paper piece, thereby adhering the first and the second paper pieces sandwiching the third paper piece there between.
A flow cytometer comprising: a condition selection unit that selects a measurement condition from a plurality of measurement conditions corresponding to information for specifying a measurement item received by an input unit; a measurement unit having a flow cell through which passes a particle-containing liquid that contains particles in a sample, and which optically measuring the particles in the particle-containing liquid passing through the flow cell according to the measurement condition selected by the condition selection unit; wherein the plurality of measurement conditions includes at least information relating to adjustment of detection sensitivity for detecting optical information of light derived from the particle, information relating to correction of the detected optical information, and information relating to gating for setting an area of particles to be selected based on the optical information wherein the information relating to the correction of the detected optical information includes information relating to a light wavelength distribution amount outside a detection target included in the detected optical information, the light wavelength distribution amount being the distribution of the wavelength of the light and the amount of light. a condition selection unit that selects a measurement condition from a plurality of measurement conditions corresponding to information for specifying a measurement item received by an input unit; a measurement unit having a flow cell through which passes a particle-containing liquid that contains particles in a sample, and which optically measuring the particles in the particle-containing liquid passing through the flow cell according to the measurement condition selected by the condition selection unit; wherein the plurality of measurement conditions includes at least information relating to adjustment of detection sensitivity for detecting optical information of light derived from the particle, information relating to correction of the detected optical information, and information relating to gating for setting an area of particles to be selected based on the optical information wherein the information relating to the correction of the detected optical information includes information relating to a light wavelength distribution amount outside a detection target included in the detected optical information, the light wavelength distribution amount being the distribution of the wavelength of the light and the amount of light.
A communication apparatus comprising: an input configured to receive signal in the range of 100kHz to 100MHz; a receive part configured to receive the signal from said input; an output configured to output a signal in the range of 100kHz to 100MHz; a transmit part configured to provide said signal to said output; a controller configured to cause a clock signal used by one of the receive part and the transmit part to be offset with respect to a clock signal used by the other of the receive part and the transmit part; characterised in that the apparatus further comprises a switch arrangement, arranged to receive a control signal from the controller and provided between: said input and output; and said receive part and said transmit part, wherein said switch arrangement is configured to switch, in dependence on the control signal, between the receive part and the transmit part during a clock cycle such that, in use, part of the clock cycle is available for signal transmission and part of the clock cycle is available for signal reception. an input configured to receive signal in the range of 100kHz to 100MHz; a receive part configured to receive the signal from said input; an output configured to output a signal in the range of 100kHz to 100MHz; a transmit part configured to provide said signal to said output; a controller configured to cause a clock signal used by one of the receive part and the transmit part to be offset with respect to a clock signal used by the other of the receive part and the transmit part; characterised in that the apparatus further comprises a switch arrangement, arranged to receive a control signal from the controller and provided between: said input and output; and said receive part and said transmit part, said input and output; and said receive part and said transmit part,
A combination of a heated stand mixer and a lidded attachment, wherein the lidded attachment adapts the heated stand mixer to be suitable to perform cooking operations such as pressure-cooking, steaming or rice-cooking, wherein the lidded attachment comprises a bowl and a lid, wherein the lid is arranged to be latched and sealed to the bowl by means of pressure-resistant latching components.
A mobile network messaging method comprising the steps of: a gateway of the mobile network receiving or generating a message; the gateway performing processing involving the message; the gateway adding to the message inter-working data generated by the processing and which concerns charging, and routing the message to a service centre without saving the inter-working data to a database; the service centre routing the inter-working data back to the gateway at a later time; and the gateway processing the inter-working data received from the service centre to generate a transaction output without need to perform a read from a database, the gateway remaining responsible for the format and content of the interworking data and deriving whatever information it originally included in the interworking data. a gateway of the mobile network receiving or generating a message; the gateway performing processing involving the message; the gateway adding to the message inter-working data generated by the processing and which concerns charging, and routing the message to a service centre without saving the inter-working data to a database; the service centre routing the inter-working data back to the gateway at a later time; and the gateway processing the inter-working data received from the service centre to generate a transaction output without need to perform a read from a database, the gateway remaining responsible for the format and content of the interworking data and deriving whatever information it originally included in the interworking data.
A method for determining an orientation of a reservoir feature from an unoriented core from a subsurface, comprising: selecting an arbitrary inclined plane in a longitudinal or transverse cross sectional CT scan image of the unoriented core, the unoriented core being extracted from a borehole that is inclined relative to a vertical direction; flattening the inclined plane by realigning all voxels within a volume of the core so as to obtain a horizontal plane in a realigned core; selecting a transverse cross sectional CT scan image of the realigned core where a desired feature is present; determining a correcting angle to be added to an angle of a flat-bed contact plane of the realigned core relative to a reference mark in the realigned core to obtain a correct inclination angle relative to one or more compass map coordinates; determining a first angle between a direction perpendicular to the feature in the transverse cross sectional CT scan image relative to the reference mark; and determining a second angle of the direction perpendicular to the feature by adding the correcting angle to the first angle, the second angle corresponding to the angle of water flow or channel mapped to the compass coordinates. selecting an arbitrary inclined plane in a longitudinal or transverse cross sectional CT scan image of the unoriented core, the unoriented core being extracted from a borehole that is inclined relative to a vertical direction; flattening the inclined plane by realigning all voxels within a volume of the core so as to obtain a horizontal plane in a realigned core; selecting a transverse cross sectional CT scan image of the realigned core where a desired feature is present; determining a correcting angle to be added to an angle of a flat-bed contact plane of the realigned core relative to a reference mark in the realigned core to obtain a correct inclination angle relative to one or more compass map coordinates; determining a first angle between a direction perpendicular to the feature in the transverse cross sectional CT scan image relative to the reference mark; and determining a second angle of the direction perpendicular to the feature by adding the correcting angle to the first angle, the second angle corresponding to the angle of water flow or channel mapped to the compass coordinates.
Method for power skiving of a work piece having an outer rotationally symmetrical periodical structure (51, 52) with application of a power skiving tool comprising plural cutting edges, with the following steps: - rotating the skiving tool about a first rotation axis, - coupledly rotating the work piece about a second rotation axis, - performing an axial feed movement of the skiving tool with respect to the work piece in a direction parallel to the second rotation axis, characterized in that during the power skiving the two rotation axes (R1, R2) are set skew relative to each other with an intersection angle of axes (∑), whereby said intersection angle of axes (∑) always is different from zero, and characterized in that the skiving tool concerns an inside skiving ring, which - spans an interior space, - comprises a plurality of cutting teeth, wherein at least one cutting edge, one cutting head tip and one cutting face are provided on each cutting tooth, - wherein the cutting faces of all the cutting teeth are arranged rotationally symmetrical with respect to the first rotation axis on a front plane or a front-side cone surface of the inside skiving ring, and - wherein the cutting teeth project into the interior space and point in the direction of the first rotation axis. - rotating the skiving tool about a first rotation axis, - coupledly rotating the work piece about a second rotation axis, - performing an axial feed movement of the skiving tool with respect to the work piece in a direction parallel to the second rotation axis, - spans an interior space, - comprises a plurality of cutting teeth, wherein at least one cutting edge, one cutting head tip and one cutting face are provided on each cutting tooth, - wherein the cutting faces of all the cutting teeth are arranged rotationally symmetrical with respect to the first rotation axis on a front plane or a front-side cone surface of the inside skiving ring, and - wherein the cutting teeth project into the interior space and point in the direction of the first rotation axis.
A device for dispensing particles in free-falling drops of liquid, having the following features: a fluid chamber (14, 24, 44), which is fluidically coupled to a nozzle (16, 26, 46); a sound transducer (18, 48), which is configured to generate an acoustic field in the fluid chamber (14, 24, 44), through which particles in a liquid in the fluid chamber (14, 24, 44) can be aligned in an arrangement; a drop-on-demand mechanism (20, 50), which is configured to selectively dispense a single drop of liquid containing one or more particles from the nozzle (16, 26, 46) at a selected time, wherein the drop-on-demand mechanism (20, 50) is configured to move the particles gradually towards the nozzle (16, 26, 46) in a first mode, wherein the sound transducer (18, 48) is configured to switch between the first mode, in which the acoustic field is generated with a first frequency, so that the particles are aligned along at least one line parallel to the direction of movement, and a second mode, in which the acoustic field is generated with a second frequency, so that the particles are aligned along at least one line perpendicular to the direction of movement and are retained in the fluid chamber (14,24, 44); and a controller, which is designed to switch the sound transducer(18, 48) between the first mode and the second mode. a fluid chamber (14, 24, 44), which is fluidically coupled to a nozzle (16, 26, 46); a sound transducer (18, 48), which is configured to generate an acoustic field in the fluid chamber (14, 24, 44), through which particles in a liquid in the fluid chamber (14, 24, 44) can be aligned in an arrangement; a drop-on-demand mechanism (20, 50), which is configured to selectively dispense a single drop of liquid containing one or more particles from the nozzle (16, 26, 46) at a selected time, wherein the drop-on-demand mechanism (20, 50) is configured to move the particles gradually towards the nozzle (16, 26, 46) in a first mode, wherein the sound transducer (18, 48) is configured to switch between the first mode, in which the acoustic field is generated with a first frequency, so that the particles are aligned along at least one line parallel to the direction of movement, and a second mode, in which the acoustic field is generated with a second frequency, so that the particles are aligned along at least one line perpendicular to the direction of movement and are retained in the fluid chamber (14,24, 44); and a controller, which is designed to switch the sound transducer(18, 48) between the first mode and the second mode.
A soap bar composition for enhanced delivery of a water soluble benefit agent comprising (a) 40 to 80% soap; (b) a porous clay particle having a water holding capacity in the range of 10 to 50% by weight, coated with a water-soluble benefit agent having a solubility in water at 25 °C of at least 0.001 wt%, and further coated there upon with a hydrophobic material selected from wax or petrolatum, wherein the porous clay particle is included in 1 to 25% by weight of the composition; and wherein the hydrophobic material is included in 0.1 to 10% by weight of the clay particle. (a) 40 to 80% soap; (b) a porous clay particle having a water holding capacity in the range of 10 to 50% by weight, coated with a water-soluble benefit agent having a solubility in water at 25 °C of at least 0.001 wt%, and further coated there upon with a hydrophobic material selected from wax or petrolatum, wherein the porous clay particle is included in 1 to 25% by weight of the composition; and wherein the hydrophobic material is included in 0.1 to 10% by weight of the clay particle. wherein the porous clay particle is included in 1 to 25% by weight of the composition; and wherein the hydrophobic material is included in 0.1 to 10% by weight of the clay particle.
A method for selecting a piece of music from a plurality of pieces of music which are stored in a memory unit connected to a computing unit, in which method at least some of the pieces of music can be selected by means of an operating element connected to the computing unit on the basis of selection objects which represent the pieces of music and which are output by a graphic display unit connected to the computing unit, wherein an operator of the computing unit is presented by the display unit with a geographical map-like structure in which at least some of the selection objects are embedded, wherein the selection objects are formed as typical elements of a geographical map, more especially as continents, cities, districts, roads, mountains, hills, rivers and/or houses, and wherein, when the method is applied in a motor vehicle, an operating element of the motor vehicle, which can also be used optionally to operate a vehicle navigation system of the motor vehicle, is used to operate the method.