mhurhangee/ep-ind-claims huggingface dataset:
An automatic analysis system comprising: a plurality of devices that are disposed in an automatic analysis area and includes an analyzing unit (103, 104) included in an automatic analyzer (112a, 112b); and a robot that moves in the automatic analysis area, wherein an operation screen of the analyzing unit (103, 104) has a first screen mode for displaying a state of the analyzing unit (102, 104) using characters and images for an operator and a second screen mode for displaying an information tag for communicating information with the robot and is switchable between the first screen mode and the second screen mode, and wherein the robot comprises a sensor device being configured to read the information tag from the operation screen in the second screen mode to obtain state information of the analyzing unit (103, 104) for recognizing a reagent and/or a consumable to be loaded or discharged. a plurality of devices that are disposed in an automatic analysis area and includes an analyzing unit (103, 104) included in an automatic analyzer (112a, 112b); and a robot that moves in the automatic analysis area, wherein an operation screen of the analyzing unit (103, 104) has a first screen mode for displaying a state of the analyzing unit (102, 104) using characters and images for an operator and a second screen mode for displaying an information tag for communicating information with the robot and is switchable between the first screen mode and the second screen mode, and wherein the robot comprises a sensor device being configured to read the information tag from the operation screen in the second screen mode to obtain state information of the analyzing unit (103, 104) for recognizing a reagent and/or a consumable to be loaded or discharged.
Training device for a boardsport, having a board and at least a first (2, 2a, 2b, 2c) and second (3, 3a, 3b, 3c) main support line of the board extending from at least one upper attachment point (4, 5; 51; 75, 77, 81, 83), situated above and at a distance from the board, to respectively a first and second support element of the board, each extending transversely under the board and each having a bearing part (15, 16) on which the lower face of said board rests, and each of the first (2, 2a, 2b, 2c) and second (3, 3a, 3b, 3c) main lines has a first (9a, 9b, 2a1, 3a1, 2b1, 3b1, 2c1, 3c1) secondary line and a second (10a, 10b, 2a2, 3a2, 2b2, 3b2, 2c2, 3c2) secondary line, the lower ends of the two secondary lines (9a, 9b, 2a1, 3a1, 2b1, 3b1, 2c1, 3c1) of the first main line (2, 2a, 2b, 2c) being rigidly connected to the transverse ends of the first support element, and the lower ends of the two secondary lines (10a, 10b, 2a2, 3a2, 2b2, 3b2, 2c2, 3c2) of the second main line (3, 3a, 3b, 3c) being rigidly connected to the transverse ends of the second support element, and the first and second support elements are located respectively at the front part and the rear part of the board, and each of the first (2, 2a, 2b, 2c) and second (3, 3a, 3b, 3c) main lines extends, at its upper end, from respectively two distinct attachment points each coinciding with the upper end of the first or second (3a, 3b) secondary line in question.
HDMI network device for a HDMI network comprising a network controller adapted to provide Ethernet communication capability, and CEC, consumer electronics control, communication capability, a detecting unit adapted to detect a network device operation of the HDMI network device or another network device of the HDMI network tasked by a user, the network device operation tasked by the user being one of playback, stop playback, switch on, switch into stand-by mode; a database generator unit (46, 58) adapted to generate a database containing - information about the HDMI network device and other network devices of said HDMI network, the information including a unique identifier for each HDMI network device, and - for the detected network device operation information comprising the network device operation, and the source, sink (120, 140) and/or repeater network devices involved in the detected network device operation,; an evaluation unit adapted to evaluate the database, and an operation option unit adapted to provide in response to the evaluation of the database an operation option, like continue playback, related to a detected network device operation, like stop playback, the operation option allowing to re-route an audio, video and/or data stream from the source network device to another sink network device on the basis of the step of evaluating the database which identifies the unique identifier of the source network device and in response thereto the physical address of the source network, even if the source network device received a new physical address in the HDMI network after the detected network device operation. - information about the HDMI network device and other network devices of said HDMI network, the information including a unique identifier for each HDMI network device, and - for the detected network device operation information comprising the network device operation, and the source, sink (120, 140) and/or repeater network devices involved in the detected network device operation,;
A method for lubricating an engine fueled by natural gas, comprising supplying thereto a lubricant composition comprising: (a) an oil of lubricating viscosity, (b) an overbased monovalent metal detergent in an amount to provide at least 0.01 weight percent monovalent metal to the lubricant composition, wherein the monovalent metal comprises 10 to 30 percent by weight of the total metal content of the lubricant composition, (c) an overbased divalent metal detergent, in an amount to provide at least 0.005 percent by weight of the divalent metal to the lubricant composition, (d) a dispersant, and (e) a metal salt of a phosphorus acid; wherein the lubricant composition has a sulfated ash of less than 0.8 percent and wherein the overbased monovalent detergent contributes 10 to 30 percent of the total sulfated ash of the composition; wherein the lubricant composition contains an overbased sulfonate detergent; and wherein the overbased monovalent metal detergent is an alkali metal detergent. (a) an oil of lubricating viscosity, (b) an overbased monovalent metal detergent in an amount to provide at least 0.01 weight percent monovalent metal to the lubricant composition, (c) an overbased divalent metal detergent, in an amount to provide at least 0.005 percent by weight of the divalent metal to the lubricant composition, (d) a dispersant, and (e) a metal salt of a phosphorus acid;
An adhesive preparation containing bisoprolol, comprising a backing and a pressure-sensitive adhesive layer formed on one side of the backing, wherein the pressure-sensitive adhesive layer contains the following component to component: component: a polymer prepared through copolymerization of monomer components including a hydroxyl group-containing monomer, an alkyl (meth)acrylate monomer, and a N-vinyl-cyclic amide monomer; component: a polymer prepared through copolymerization of monomer components including a methyl methacrylate monomer and a butyl methacrylate monomer; and component: bisoprolol. component: a polymer prepared through copolymerization of monomer components including a hydroxyl group-containing monomer, an alkyl (meth)acrylate monomer, and a N-vinyl-cyclic amide monomer; component: a polymer prepared through copolymerization of monomer components including a methyl methacrylate monomer and a butyl methacrylate monomer; and component: bisoprolol.
Linear motor comprising a stator which has a longitudinal axis, and an armature which is movable relative to the stator between two end positions in the direction of the longitudinal axis, wherein the stator has energizable electric coils and the armature is excited by a permanent magnetic field which is periodic in the direction of the longitudinal axis, as well as with a position detection system (100; 200; 300; 400; 500) for detecting the position of the armature relative to the stator, wherein the position detection system (100; 200; 300; 400; 500) is a contactless operating position detection system which is adapted to generate a signal that corresponds to the distance between a reference location (11a; 15a) on the stator and a reference location on the armature wherein the position detection system (100; 200; 300) has external magnetic field sensors (H 11 - H 28) arranged external to the stator in a fixed spatial relation to the stator, which external magnetic field sensors are adapted for the detection of the permanent magnetic field of the armature at the location of the respective magnetic field sensor and for the generation of signals which correspond to the respective detected permanent magnetic field, and are arranged offset relative to each other in the direction of the longitudinal axis along the displacement path of the armature in a manner such that a varying number of the external magnetic field sensors (H 11 - H 28) are impinged by the periodic magnetic field of the armature depending on the position of the armature, characterized in that the position detection system has internal magnetic field sensors (H A; H B) arranged within the stator which are adapted for the detection of the permanent magnetic field of the armature at the location of the respective magnetic field sensor and for the generation of signals which correspond to the respective detected permanent magnetic field and which are arranged offset relative to each other in the direction of the longitudinal axis by one quarter of the length of the period of the armature's periodic permanent magnetic field in a manner such that they are impinged in any position of the armature by the periodic permanent magnetic field thereof, and wherein the position detection system comprises two rows of the external magnetic field sensors (H 21 - H 28), wherein the external magnetic field sensors (H 11 - H 18) of one row are arranged offset in longitudinal direction relative to the external magnetic field sensors (H 21 - H 28) of the other row by respectively a predetermined distance (d 6) in order to prevent that all external magnetic field sensors (H 11 - H 28) simultaneously measure no magnetic field in a critical position of the armature.
A method for imaging a sea-surface reflector from towed dual-sensor streamer data, comprising: decomposing a pressure wavefield and a normal velocity wavefield measured on a smoothly shaped acquisition surface by towed dual-sensor marine seismic streamers into up-going and down-going pressure and vertical velocity components on a flat observation level between the acquisition surface and a sea surface of undetermined shape; extrapolating the up-going and down-going pressure and vertical velocity components iteratively in steps from the flat observation level toward the sea surface; and determining an image point and a reflection coefficient of the sea surface at the image point from the iteratively extrapolated up-going and down-going pressure and vertical velocity components. decomposing a pressure wavefield and a normal velocity wavefield measured on a smoothly shaped acquisition surface by towed dual-sensor marine seismic streamers into up-going and down-going pressure and vertical velocity components on a flat observation level between the acquisition surface and a sea surface of undetermined shape; extrapolating the up-going and down-going pressure and vertical velocity components iteratively in steps from the flat observation level toward the sea surface; and determining an image point and a reflection coefficient of the sea surface at the image point from the iteratively extrapolated up-going and down-going pressure and vertical velocity components.
A system of bricks with horizontal and vertical connective king-slots consisting of parallelepipeds tangential in parallel with each other, all consisting of undivided parts and through horizontal and vertical female recesses and male prominences and with the help of a king-rail at their base or optional on the side as well as the roof, are connected unbreakably together for the creation of an aseismic masonry construction and for the support of the building levels and the roof, wherein the bricks are connected between them in an angular form, with the help of a cubical knot with the respective recess and prominence slots, and they have the form of a connective angle with height a and width x, whereby the dimensions of the connective angle without the addition of any prominences or the extraction of recesses are: first side = 2a + x and second side = a + x, or first side = a + x and second side = 2a + x; or wherein the bricks are connected forming a T-shape, with the help of a cubical knot with the respective recess and prominence slots, and they have the form of a connective T-shape with height a and width x, whereby the dimensions of the prementioned T-shaped bricks without the addition of any prominences or the extraction of recesses are: total vertical length = 2a + x and horizontal side = a + x, or total vertical length = a + x and horizontal side = 4a + x; or wherein the bricks are connected forming a cross- shape, with the help of a cubical knot with the respective recess and prominence slots, and they have the form of a connective cross-shape with height a and width x, whereby the dimensions of the cross-shaped bricks without the addition of any prominences or the extraction of recesses are: total vertical length = 4a + x and total horizontal width = a + x.
A computer readable storage medium storing an information processing program executable by a computer included in an information processing apparatus which can communicate with an input device comprising an image capturing means for capturing an image of a target object and calculate a pointing position on a screen of a display device based on the image captured by the image capturing means, wherein the input device comprises a motion detecting means for detecting a motion of the input device, the motion detecting means being an acceleration sensor for detecting an acceleration applied to the input device or a gyrosensor detecting an angular velocity caused by rotation, the information processing program causing the computer to execute: a tilt calculating step, executed repeatedly, of calculating a tilt value indicating a tilt of the input device using a result of detection by the motion detecting means; a determination step, executed repeatedly, of determining whether or not the pointing position can be calculated based on the image captured by the image capturing means; a reference value calculating step of calculating a reference value based on one or more tilt values calculated while it is determined that the pointing position can be calculated; a comparison step of comparing the tilt value calculated by the tilt calculating step with the reference value when it is determined that the pointing position cannot be calculated; and a notification step (S9, S10) of notifying a user, depending on a result of the comparison step, of a direction in which the input device should be turned in relation to the current state towards a direction in which the image capturing means can capture the image of the target object.
An electrically driven pump, comprising a shaft, a rotor assembly, and a stator assembly, wherein the rotor assembly is closer to the shaft with respect to the stator assembly, the shaft is fixedly arranged, and the rotor assembly is rotatable about the shaft; the rotor assembly comprises a first part and a second part, and; the first part of the rotor assembly comprises an upper plate and vanes, the upper plate is integrally formed with the vanes by injection molding; the second part of the rotor assembly comprises a lower plate, a permanent magnet and a shaft sleeve, the second part of the rotor assembly comprises an injection molded body comprising the lower plate and the shaft sleeve and formed by taking the permanent magnet as an insert, characterized in that, the first part and the second part are separately formed; each of the vanes comprises a fixed portion and a free portion, the fixed portion is fixed to the upper plate, and the free portion is formed with a first connecting portion; the lower plate is formed with a second connecting portion, and the first connecting portion and the second connecting portion are fixed by welding; and the first part is formed by injection molding with a mixed material containing polyphenylene sulfide plastic and glass fibers and the second part is formed by injection molding with a mixed material containing the polyphenylene sulfide plastic and carbon fibers and with the permanent magnet as an injection molding insert.
An enclosure system (702, 1002) for enclosing a plurality of types of fluid containers, comprising: a cap (710, 1010) comprising an internal cavity; a primary carriage (703, 1003) coupled to the cap (710, 1010) within the internal cap cavity, the primary carriage comprising a set of primary internal threads (715, 1015) configured to engage larger-dimensioned port threads of a larger-dimensioned port of one of the plurality of types of fluid containers; and a secondary carriage (705, 1005) arranged within an internal primary cavity of the primary carriage (703, 1003), the secondary carriage (705, 1005) comprising secondary internal threads (707, 1007) configured to engage smaller-dimensioned port threads of a smaller-dimensioned port of one of the plurality of types of fluid containers. a cap (710, 1010) comprising an internal cavity; a primary carriage (703, 1003) coupled to the cap (710, 1010) within the internal cap cavity, the primary carriage comprising a set of primary internal threads (715, 1015) configured to engage larger-dimensioned port threads of a larger-dimensioned port of one of the plurality of types of fluid containers; and a secondary carriage (705, 1005) arranged within an internal primary cavity of the primary carriage (703, 1003), the secondary carriage (705, 1005) comprising secondary internal threads (707, 1007) configured to engage smaller-dimensioned port threads of a smaller-dimensioned port of one of the plurality of types of fluid containers.
Lid for connection to a housing, comprising a closure having a pivot pin, which pivot pin is adapted to be inserted into an insertion opening of a pivot pin carrier in an insertion direction until it has assumed an insertion position thereof, with said pivot pin being secured in its insertion position against the insertion direction by means of a resilient element of a securing device provided in the pivot pin carrier, which pivot pin is mounted in the pivot pin carrier in a manner that allows it to rotate about an axis of rotation between an open position and a locked position thereof, and which pivot pin can be moved from its open position into its locked position by rotating it, characterized in that said pivot pin and said pivot pin carrier form an effective positive locking in the locked position by means of a locking device, which prevents axial movement of the pivot pin against the insertion direction, and which axial positive locking is released in the open position.
A wireless transmit receive unit, WTRU, comprising: a processor configured at least to: send a discovery request, the discovery request indicating the WTRU is configured to operate as a relay for discovery of at least one service; receive a discovery response, the discovery response comprising at least one discovery filter and at least one relay service broadcast code; receive service broadcast codes; and if the WTRU determines a received service broadcast code satisfies the at least one discovery filter, broadcast the at least one relay service broadcast code. send a discovery request, the discovery request indicating the WTRU is configured to operate as a relay for discovery of at least one service; receive a discovery response, the discovery response comprising at least one discovery filter and at least one relay service broadcast code; receive service broadcast codes; and if the WTRU determines a received service broadcast code satisfies the at least one discovery filter, broadcast the at least one relay service broadcast code.
A fuel cell comprising: - a membrane electrode assembly comprising a proton exchange membrane arranged between an anode and a cathode; - two bipolar plates arranged on either side of the membrane electrode assembly and co-operating with the membrane electrode assembly to form a unit cell; and - a two-phase thermal diffuser having a condensation zone and an evaporation zone, the evaporation zone being arranged between the bipolar plates of two adjacent unit cells; the fuel cell being characterized in that the two-phase thermal diffuser further includes a heating element arranged in the condensation zone of the two-phase thermal diffuser. - a membrane electrode assembly comprising a proton exchange membrane arranged between an anode and a cathode; - two bipolar plates arranged on either side of the membrane electrode assembly and co-operating with the membrane electrode assembly to form a unit cell; and - a two-phase thermal diffuser having a condensation zone and an evaporation zone, the evaporation zone being arranged between the bipolar plates of two adjacent unit cells;
Cover for an electric cubicle, comprising: - An opening on a main wall of the cover; - A mobile flap, which, due to an overpressure in the interior of the electric cubicle, is capable of pivoting between a closed position of obstructing the opening and an open position of fluid communication through the opening between the interior and exterior of the electric cubicle, an interior face of the flap, oriented toward the interior of the electric cubicle, being equipped with a channel capable, when the flap is in its open position, of guiding a gas flow from the interior of the electric cubicle to the exterior of the electric cubicle, the channel being inscribed in a perimeter of the opening to allow the movement of the flap, the channel comprising an outlet orifice able to guide the gas flow in a main direction perpendicular to the direction of an axis on which the flap pivots, and the channel comprising first and second side walls (33, 34), installed at a right angle to the interior face of the flap, the first and second side walls opening laterally, when the flap is in its open position, at an interval between the opening and the interior face of the flap, characterized in that the first and/or second side wall (33, 34) comprises a slot (35, 36) in the form of an arc, whose the centre is located on the axis on which the flap pivots, and wherein an inner face of the main wall of the cover bears a rod (37, 38) housed in the slot to guide the flap open, and in that the rod (37, 38) is a torque wrench capable of keeping the flap in a closed position as long as the pressure inside the electric cubicle remains below a threshold pressure. - An opening on a main wall of the cover; - A mobile flap, which, due to an overpressure in the interior of the electric cubicle, is capable of pivoting between a closed position of obstructing the opening and an open position of fluid communication through the opening between the interior and exterior of the electric cubicle,