mhurhangee/ep-ind-claims huggingface dataset:
An information-processing device for a display means, the information-processing device comprising: execution means adapted to execute an application program containing a process of receiving data from a data acquisition source, the data acquisition source including a plurality of servers (40-1, 40-2, 40-3), each server having a unique identifier used in connecting thereto receiving means adapted to receive data from the data acquisition source in accordance with the execution of the application program; display control means adapted to control the display means to display a window showing an image in accordance with the execution of the application program; detection means adapted to detect a size of the window; and changing means adapted to determine, based upon the size of the window detected by the detection means, a number of unique identifiers being used in connecting to respective servers of the data acquisition source, wherein a larger number of identifiers is determined according to a larger size of the window execution means adapted to execute an application program containing a process of receiving data from a data acquisition source, the data acquisition source including a plurality of servers (40-1, 40-2, 40-3), each server having a unique identifier used in connecting thereto receiving means adapted to receive data from the data acquisition source in accordance with the execution of the application program; display control means adapted to control the display means to display a window showing an image in accordance with the execution of the application program; detection means adapted to detect a size of the window; and changing means adapted to determine, based upon the size of the window detected by the detection means, a number of unique identifiers being used in connecting to respective servers of the data acquisition source, wherein a larger number of identifiers is determined according to a larger size of the window
A display device, comprising: a display unit; an input unit configured to receive an input of a user's command; a communication unit configured to receive data from an external device; a sensing unit configured to detect a state information of a user; and a controller configured to: determining whether the data from the external device is received, display an analog watch screen with displaying a first number of icons related to the data received from the external device on the display if a number of the data received from the external device is smaller than a preset number; if the data from the external device is received, switch the analog watch screen to a digital watch screen displaying a second number of icons related to the data received from the external device if the number of data received from the external device corresponds to the preset number. a display unit; an input unit configured to receive an input of a user's command; a communication unit configured to receive data from an external device; a sensing unit configured to detect a state information of a user; and a controller configured to: determining whether the data from the external device is received, display an analog watch screen with displaying a first number of icons related to the data received from the external device on the display if a number of the data received from the external device is smaller than a preset number; if the data from the external device is received, switch the analog watch screen to a digital watch screen displaying a second number of icons related to the data received from the external device if the number of data received from the external device corresponds to the preset number. determining whether the data from the external device is received, display an analog watch screen with displaying a first number of icons related to the data received from the external device on the display if a number of the data received from the external device is smaller than a preset number; if the data from the external device is received, switch the analog watch screen to a digital watch screen displaying a second number of icons related to the data received from the external device if the number of data received from the external device corresponds to the preset number.
A system comprising: a first heat exchanger; a ram inlet actuator configured to control ram air flow from a ram air inlet to the first heat exchanger, wherein the first heat exchanger is configured to provide cooling for a bleed air flow; and a controller configured to determine a predicted ram flow based on a first bleed air temperature drop across the first heat exchanger, a flow rate of the bleed air flow, and a ram air temperature at the ram air inlet, and wherein the controller is configured to control the ram inlet actuator based on the predicted ram flow. a first heat exchanger; a ram inlet actuator configured to control ram air flow from a ram air inlet to the first heat exchanger, wherein the first heat exchanger is configured to provide cooling for a bleed air flow; and a controller configured to determine a predicted ram flow based on a first bleed air temperature drop across the first heat exchanger, a flow rate of the bleed air flow, and a ram air temperature at the ram air inlet, and wherein the controller is configured to control the ram inlet actuator based on the predicted ram flow.
Electrode assembly, comprising a layer structure with at least one first electrode, at least one second electrode and at least one separator inserted between the first electrode and the second electrode, the first electrode having at least one first conductive band, the first conductive band being folded in a first zigzag fold, the first zigzag fold having the effect of forming a plurality of first layers (120, 122) lying one over the other, wherein first folding edges (134, 136) lying opposite one another of the first zigzag fold define a first folding direction of the first zigzag fold, the second electrode having at least one second conductive band, the second conductive band being folded in a second zigzag fold, the second zigzag fold having the effect of forming a plurality of second layers (128, 140) lying one over the other, wherein second folding edges lying opposite one another of the second zigzag fold define a second folding direction of the second zigzag fold, the first layers (120, 122) and the second layers being arranged parallel to one another, the first folding direction and the second folding direction forming an angle in relation to one another of at least 60° and of at most 120°, and the separator taking the form of at least one insulating band, two neighboring first layers (120, 122) respectively lying one over the other in such a way that they in each case form a double layer (124, 126), and a second layer (128, 140) being respectively inserted between two double layers (124, 126), characterized in that the first conductive band is guided individually, the second conductive band is guided as a three-layer band between exactly two of the insulating bands, with which it together forms a plurality of second layers (128, 140) lying one over the other, the second conductive band having a first side and a second side that are partially provided with the active material and having an uncoated peripheral strip, the uncoated peripheral strip laterally protruding out from the electrode assembly.
A walking state determination program for causing a computer to execute processing comprising: setting a predetermined period (Tx) as provisional walking section; acquiring first measurement data and second measurement data for a plurality of time windows (w1,..., wk) in the predetermined period (Tx) that respectively indicate transitions of measured values measured by a first sensor and a second sensor respectively attached to a left and a right feet in the predetermined period (Tx); calculating a correlation degree for each time window (w1,..., wk) that indicates a degree of a correlation between the transition of the measured value indicated by the acquired first measurement data and the transition of the measured value indicated by the acquired second measurement data; determining whether or not walking is performed during the predetermined period (Tx) on the basis of the maximum calculated correlation degree among the correlation degrees for the plurality of time windows (w1,..., wk); and removing the predetermined period (Tx) during which no walking is performed as a non-walking section from the provisional walking section. acquiring first measurement data and second measurement data for a plurality of time windows (w1,..., wk) in the predetermined period (Tx) that respectively indicate transitions of measured values measured by a first sensor and a second sensor respectively attached to a left and a right feet in the predetermined period (Tx); calculating a correlation degree for each time window (w1,..., wk) that indicates a degree of a correlation between the transition of the measured value indicated by the acquired first measurement data and the transition of the measured value indicated by the acquired second measurement data; determining whether or not walking is performed during the predetermined period (Tx) on the basis of the maximum calculated correlation degree among the correlation degrees for the plurality of time windows (w1,..., wk); and removing the predetermined period (Tx) during which no walking is performed as a non-walking section from the provisional walking section.
A turbine rotor assembly for extracting energy from an oscillating working fluid, the turbine rotor assembly including: a hub rotatable about a central axis; a plurality of blades mountable to the hub about the central axis; each blade having a leading edge and a trailing edge; wherein the leading edge and trailing edge are configured to be complementary in profile to each other such that the blades can be mounted in close fitting edge-to-edge proximity to each other; wherein each blade is movable relative to the hub such that each blade can change its pitch relative to the direction of flow of the working fluid; and wherein the plurality of blades is adapted to be controlled such that, in use, the blades are held in a closed position for obstructing a fluid passageway through the blades until a predetermined pressure of the working fluid is reached. a hub rotatable about a central axis; a plurality of blades mountable to the hub about the central axis; each blade having a leading edge and a trailing edge; wherein the leading edge and trailing edge are configured to be complementary in profile to each other such that the blades can be mounted in close fitting edge-to-edge proximity to each other; wherein each blade is movable relative to the hub such that each blade can change its pitch relative to the direction of flow of the working fluid; and wherein the plurality of blades is adapted to be controlled such that, in use, the blades are held in a closed position for obstructing a fluid passageway through the blades until a predetermined pressure of the working fluid is reached.
A method for inactivation of bacteriophages in a liquid, comprising sonication (ultrasound treatment) of the liquid, wherein the liquid is selected from the group consisting of: a dairy product, milk, milk solution, whey, must, and juice.
A co-ordinate measuring machine comprising a machine bed defining guide means (16a, 16b, 16c) along a first axis, and a mobile unit comprising at least one main carriage mobile along said guide means (16a, 16b, 16c), said machine bed comprising: - a closed perimetral frame having a rectangular shape, and constituted by a pair of longitudinal metal section bars (18, 19) parallel to said first axis and a pair of transverse metal section bars (20, 21) parallel to a second axis, said section bars (18, 19, 20, 21) being rigidly connected to one another at the corners of the frame, said guide means (16a, 16b, 16c) being attached to said longitudinal section bars (18, 19); - a worktable made of a pourable non-metal material and housed within said frame, - said worktable and said frame being constrained to one another by constraint means (35; 39, 40, 41) that uncouple the deformations thereof. - a closed perimetral frame having a rectangular shape, and constituted by a pair of longitudinal metal section bars (18, 19) parallel to said first axis and a pair of transverse metal section bars (20, 21) parallel to a second axis, said section bars (18, 19, 20, 21) being rigidly connected to one another at the corners of the frame, said guide means (16a, 16b, 16c) being attached to said longitudinal section bars (18, 19); - a worktable made of a pourable non-metal material and housed within said frame, - said worktable and said frame being constrained to one another by constraint means (35; 39, 40, 41) that uncouple the deformations thereof.
A retransfer printing method, comprising: printing (62, 64) within first and second transfer areas of a transferrable material of a retransfer film in a printing sequence; and further characterized in: thereafter transferring the first and second transfer areas of the transferrable material of the retransfer film onto a substrate using a transfer sequence that differs from the printing sequence. printing (62, 64) within first and second transfer areas of a transferrable material of a retransfer film in a printing sequence; and further characterized in: thereafter transferring the first and second transfer areas of the transferrable material of the retransfer film onto a substrate using a transfer sequence that differs from the printing sequence.
A process comprising: bleaching a lignocellulosic material pulp using a bleaching process, and treating a lignocellulosic material pulp with 0.5 to 5 wt% of the dried lignocellulosic material of an oxidizing agent selected from a group consisting of hydrogen peroxide, hypochlorite, hypochlorous acid and any combination thereof in the presence of 0.01 to 0.1 wt % of the dried lignocellusic material of a transition metal catalyst at a temperature from 60°C to 90°C and for a treatment time from 30 min. to 4 hours, to form a treated lignocellulosic material having a viscosity equal to or less than about 17 cp and having reducing functional groups selected from the group consisting of aldehyde and aldehyde type functional groups at the C6 and C1 positions; wherein the amount of aldehyde and aldehyde type functional groups at the C1 position is greater than about 75 %, and wherein the treating occurs after a pulping process or after the bleaching process. bleaching a lignocellulosic material pulp using a bleaching process, and treating a lignocellulosic material pulp with 0.5 to 5 wt% of the dried lignocellulosic material of an oxidizing agent selected from a group consisting of hydrogen peroxide, hypochlorite, hypochlorous acid and any combination thereof in the presence of 0.01 to 0.1 wt % of the dried lignocellusic material of a transition metal catalyst at a temperature from 60°C to 90°C and for a treatment time from 30 min. to 4 hours, to form a treated lignocellulosic material having a viscosity equal to or less than about 17 cp and having reducing functional groups selected from the group consisting of aldehyde and aldehyde type functional groups at the C6 and C1 positions; wherein the amount of aldehyde and aldehyde type functional groups at the C1 position is greater than about 75 %, and wherein the treating occurs after a pulping process or after the bleaching process.
Stripping tool for removing an outer sheath and/or core insulation of an electrical single-core or multicore cable, the stripping tool comprising hollow body shells (7, 8) which are interconnected by means of a common pivot pin (5, 6) and can be pivoted towards one another to form a hollow body which accommodates a cable at least in part, the hollow body shells (7, 8) comprising at least one cutting element (10, 21), characterised in that the stripping tool comprises at least two hollow body portions (12, 13) arranged at an angle (α) from one another of between approximately 90° and 170°, in particular between 110° and 150°, at least one first hollow body portion (12, 13) comprising two hollow body shells (7, 8) that can pivot relative to one another, of which at least one hollow body shell (7, 8) can be pivoted without a second hollow body portion (13, 12) being moved.
A negative electrode plate comprising a negative current collector and a negative film, the negative film being provided on at least one surface of the negative current collector and comprising a negative active material; wherein the negative active material comprises graphite, and an OI value of the negative film represented by V OI and a pressing density of the negative film represented by PD satisfy a relationship: 0.7≤(80/V OI +43/PD)×PD/V OI ≤21.5, and a unit of the pressing density of the negative film represented by PD is g/cm 3, a particle diameter of the negative active material represented by D50 and an OI value of a powder of the negative active material represented by G OI satisfy a relationship: 2.8≤100/(D50+2.8×G OI)≤12, and a unit of the particle diameter of the negative active material represented by D50 of the volume particle size distribution is μm, and, 2.8≤(X×0.8+Y×0.2)×Y/X≤15, X=(80/V OI +43/PD)×PD/V OI, Y=100/(D50+2.8×G OI), wherein V OI and G OI are determined by the method defined in the description. wherein the negative active material comprises graphite, and an OI value of the negative film represented by V OI and a pressing density of the negative film represented by PD satisfy a relationship: 0.7≤(80/V OI +43/PD)×PD/V OI ≤21.5, and a unit of the pressing density of the negative film represented by PD is g/cm 3, a particle diameter of the negative active material represented by D50 and an OI value of a powder of the negative active material represented by G OI satisfy a relationship: 2.8≤100/(D50+2.8×G OI)≤12, and a unit of the particle diameter of the negative active material represented by D50 of the volume particle size distribution is μm, and, 2.8≤(X×0.8+Y×0.2)×Y/X≤15, X=(80/V OI +43/PD)×PD/V OI, Y=100/(D50+2.8×G OI), wherein V OI and G OI are determined by the method defined in the description.
An overdetermined movement platform system, comprising a base; a platform movable along 6 degrees of freedom relative to said base; at least eight long-stroke actuators, wherein each actuator couples the base with the platform, wherein an overdetermined system is defined in that an actuator force-fight may exist which deforms the platform depending on the orientation of the actuators with respect to the platform and a controller which (a) is configured to adapt a demanded platform movement set-point to a commanded platform movement set-point, (b) is configured to move the at least eight long-stroke actuators such that the commanded platform movement set-point is achieved and (c) is configured to dynamically redistribute the forces as exercised by the actuators on the platform between the actuators, wherein the controller comprises a guidance module configured to adapt a demanded platform movement set-point to a commanded platform movement set-point by a counter movement for the platform and configured to calculate a force-fight set-point, wherein the counter movement and the force-fight set-point are derived from a model predictive control algorithm which uses a cost-minimizing control strategy. a controller which (a) is configured to adapt a demanded platform movement set-point to a commanded platform movement set-point, (b) is configured to move the at least eight long-stroke actuators such that the commanded platform movement set-point is achieved and (c) is configured to dynamically redistribute the forces as exercised by the actuators on the platform between the actuators, wherein the controller comprises a guidance module configured to adapt a demanded platform movement set-point to a commanded platform movement set-point by a counter movement for the platform and configured to calculate a force-fight set-point, wherein the counter movement and the force-fight set-point are derived from a model predictive control algorithm which uses a cost-minimizing control strategy.
A display control program that causes a computer to function as display control means for, based on a predetermined viewpoint, generating an image for a right eye and an image for a left eye with respect to a predetermined virtual space in which a predetermined virtual object is present, and outputting the image for a right eye and the image for a left eye to a predetermined display in a stereoscopically visible manner, the display control means (S8, S10) generating an image for a right eye and an image for a left eye of a proximity object which is a virtual object present at less than a predetermined distance from the predetermined viewpoint, characterized in that the image of the proximity object, which is changed to be displayed in a simplified manner, is displayed in a stereoscopic manner. display control means for, based on a predetermined viewpoint, generating an image for a right eye and an image for a left eye with respect to a predetermined virtual space in which a predetermined virtual object is present, and outputting the image for a right eye and the image for a left eye to a predetermined display in a stereoscopically visible manner, the display control means (S8, S10) generating an image for a right eye and an image for a left eye of a proximity object which is a virtual object present at less than a predetermined distance from the predetermined viewpoint, characterized in that the image of the proximity object, which is changed to be displayed in a simplified manner, is displayed in a stereoscopic manner.
A mobility aid with - a first structural component, - a second structural component and - at least one connection element arranged between the first structural component and the second structural component, wherein - the first structural component is positively connected to the at least one connection element and the connection at least partially features an n-fold discrete rotational symmetry, and - the second structural component is positively connected to the at least one connection element and the connection at least partially features a p-fold discrete rotational symmetry, wherein the n-fold and p-fold rotational symmetry have the same axis of symmetry, characterized by the fact that n and p are different. - a first structural component, - a second structural component and - at least one connection element arranged between the first structural component and the second structural component, - the first structural component is positively connected to the at least one connection element and the connection at least partially features an n-fold discrete rotational symmetry, and - the second structural component is positively connected to the at least one connection element and the connection at least partially features a p-fold discrete rotational symmetry,