mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable battery comprising: an electrode assembly that includes a first electrode, a second electrode, and a separator interposed between the first electrode and the second electrode; a case having a quadrangular pillar shape and including an external circumferential surface and one lateral surface connected to the external circumferential surface wherein the case accommodates the electrode assembly, wherein, in the one lateral surface of the case, a hole is formed, and wherein the case includes an opening formed opposite to the one lateral surface; a sealing portion that forms a first terminal that is connected to the hole and seals the hole so that a lateral surface of the case is flattened; a cap plate combined with the opening; and a second terminal that is connected to the second electrode and is protruded outside the case while passing through the cap plate, wherein the hole has a shape recessed toward the electrode assembly with respect to a surface of the case wherein the recessed shape forms a step with respect to the one lateral surface of the case wherein an uncoated portion of the first electrode includes a tilt connection portion formed to be tilted with respect to the external circumferential surface of the electrode assembly and a bonding portion that is bent from the tilt connection portion and bonded to the sealing portion. an electrode assembly that includes a first electrode, a second electrode, and a separator interposed between the first electrode and the second electrode; a case having a quadrangular pillar shape and including an external circumferential surface and one lateral surface connected to the external circumferential surface wherein the case accommodates the electrode assembly, wherein, in the one lateral surface of the case, a hole is formed, and wherein the case includes an opening formed opposite to the one lateral surface; a sealing portion that forms a first terminal that is connected to the hole and seals the hole so that a lateral surface of the case is flattened; a cap plate combined with the opening; and a second terminal that is connected to the second electrode and is protruded outside the case while passing through the cap plate, wherein the hole has a shape recessed toward the electrode assembly with respect to a surface of the case wherein the recessed shape forms a step with respect to the one lateral surface of the case wherein an uncoated portion of the first electrode includes a tilt connection portion formed to be tilted with respect to the external circumferential surface of the electrode assembly and a bonding portion that is bent from the tilt connection portion and bonded to the sealing portion.
A seal system for a passage between a turbine stator (49, 50) and a turbine rotor (47, 48), comprising: a first seal base facing radially inwards from the turbine stator (49, 50), a first seal attached to the first seal base and extending radially inwards from the first seal base, a first arm extending radially outwards from the turbine rotor and toward the first seal, and terminating short of the first seal thereby creating a first gap between the first seal and the first arm, wherein the seal system comprises a second seal base facing in axial direction from the turbine stator (49, 50), a second seal attached to the second seal base and extending axially from the second seal base towards the rotor (47, 48), and a second arm extending axially from the turbine rotor (47, 48) towards the second seal base, and terminating short of the second seal thereby creating a second gap between the second seal and the second arm, wherein the seal system further comprises an outer cavity delimited by the first arm the second arm and the surfaces of the turbine stator (49, 50) sections facing the first arm and second arm, characterized in that the turbine stator (49, 50) comprises two components facing the outer cavity with a seal or slot interposed, the seal or slot having a predetermined leakage rate for purging the outer cavity.
A liquid distribution method for distributing samples and reagents in a reactor, comprising following steps: providing a sample addition member and a buffer unit; using the sample addition member to suck a same sample and continuously distributing the same sample to at least two reactors on the buffer unit; cleaning or replacing the sample addition member, after the same sample is sucked and continuously distributed to the at least two reactors; providing a ferry unit configured to be movable between an initial workstation and a first workstation, to make reactors containing the sample to move from the initial workstation to the first workstation; providing a reagent distribution member, wherein the reagent distribution member is configured to suck a reagent from the storage unit configured for storing reagents, and distribute the reagent to the reactors located at the first workstation, and the reagent distribution member is provided on a reagent drive unit; and distributing, through the reagent distribution member, the reagent to each reactor containing the sample on the ferry unit located at the first workstation, wherein the sample addition member distributes the sample to the at least two reactors within a time interval of a working period T in which the reagent distribution member distributes the reagent to a single reactor, wherein a time interval between continuously distributing the same sample to at least two reactors on the buffer unit is recorded as a sample distributing interval t, where t=T, or there is at least one t, such that t<T. providing a sample addition member and a buffer unit; using the sample addition member to suck a same sample and continuously distributing the same sample to at least two reactors on the buffer unit; cleaning or replacing the sample addition member, after the same sample is sucked and continuously distributed to the at least two reactors; providing a ferry unit configured to be movable between an initial workstation and a first workstation, to make reactors containing the sample to move from the initial workstation to the first workstation; providing a reagent distribution member, wherein the reagent distribution member is configured to suck a reagent from the storage unit configured for storing reagents, and distribute the reagent to the reactors located at the first workstation, and the reagent distribution member is provided on a reagent drive unit; and distributing, through the reagent distribution member, the reagent to each reactor containing the sample on the ferry unit located at the first workstation, wherein the sample addition member distributes the sample to the at least two reactors within a time interval of a working period T in which the reagent distribution member distributes the reagent to a single reactor, wherein a time interval between continuously distributing the same sample to at least two reactors on the buffer unit is recorded as a sample distributing interval t, where t=T, or there is at least one t, such that t<T.
Packaging material for metallic objects susceptible to corrosion, comprising a barrier layer made of a first plastic which forms a package outer side, an inner-side transfer layer and reservoir layer made of a foamed plastic, disposed between the barrier layer and the transfer layer, wherein a volatile, corrosion-inhibiting active substance is contained in the reservoir layer, wherein the barrier layer has a lower permeability for the corrosion-inhibiting active substance than the transfer layer and wherein the packaging material is a co-extruded film.
A lithium secondary battery comprising an anode, a cathode, a separator between the anode and the cathode, and a non-aqueous electrolyte, wherein the non-aqueous electrolyte comprises: a lithium salt; and a non-linear carbonate-based mixed organic solvent in which (a) a cyclic carbonate compound expressed by the following Chemical Formula 1 and (b) a propionate-based ester compound expressed by the following Chemical Formula 3 are mixed at a volume ratio (a:b) in the range from 10:90 to 70:30, wherein the cathode has a capacity density in the range from 3.5 to 5.5 mAh/cm 2 and a porosity in the range from 18 to 35%, where R3 to R6 are independently any one selected from the group consisting of a hydrogen atom, fluorine, and an alkyl group having a carbon number of 1 to 4, respectively, and where R 1 is a CH 3 CH 2 group and R 2 is a linear or branched C 1-6 alkyl group, and R 1 and R 2 may be unsubstituted or substituted with at least one halogen, respectively. a lithium salt; and a non-linear carbonate-based mixed organic solvent in which (a) a cyclic carbonate compound expressed by the following Chemical Formula 1 and (b) a propionate-based ester compound expressed by the following Chemical Formula 3 are mixed at a volume ratio (a:b) in the range from 10:90 to 70:30, wherein the cathode has a capacity density in the range from 3.5 to 5.5 mAh/cm 2 and a porosity in the range from 18 to 35%, where R3 to R6 are independently any one selected from the group consisting of a hydrogen atom, fluorine, and an alkyl group having a carbon number of 1 to 4, respectively, and where R 1 is a CH 3 CH 2 group and R 2 is a linear or branched C 1-6 alkyl group, and R 1 and R 2 may be unsubstituted or substituted with at least one halogen, respectively.
A Fischer-Tropsch synthesis catalyst comprising a porous, extruded titania-based material comprising mesopores having a pore diameter of 2 to 50 nm and macropores having a pore diameter of greater than 50 nm wherein the mesopores and macropores are present in a bi-modal distribution, and wherein the catalyst further comprises cobalt.
Device for measuring a relative position and/or relative movement of a mandible relative to a maxilla of a patient, comprising a coil for generating a magnetic measurement field, the coil being arrangeable in extraoral fashion, to the side of or above the maxilla, comprising at least one maxilla sensor, the maxilla sensor being arrangeable in intraoral fashion on the teeth, comprising at least one mandible sensor, the mandible sensor being arrangeable in intraoral fashion on the teeth (U1-U8), the mandible sensor being designed at least to determine a position in the measurement field relative to the coil, comprising an analysis unit for determining the relative position and/or relative movement of the mandible relative to the maxilla on the basis of the position is determined by the mandible sensor, characterized by a plurality of holding units, wherein the holding units are able to be fastened to the maxilla and mandible and accommodate the sensors (OS1, US1), wherein the holding unit on the maxilla and the mandible is designed as a sensor shoe, which is able to be adhesively bonded on the respective teeth, wherein the sensor shoe has at least one curved surface region and/or at least one position marking, and wherein the smallest distance between the sensor (OS1, US1) and the respective tooth is designed to be less than 0.5 cm.
Propulsion assembly (150, 250, 350) for an aircraft, having a longitudinal axis and having: - a primary duct and a secondary duct, - an outer fairing having an external annular wall and an internal annular wall that delimit between them an outer compartment, wherein the external annular wall has an inlet opening (268, 368), - an inner fairing having an external annular wall and an internal annular wall that delimit between them an inner compartment, wherein the external annular wall has at least one air exhaust aperture, wherein the secondary duct is delimited between the internal annular wall of the outer fairing and the external annular wall of the inner fairing, wherein the primary duct is delimited inside the internal annular wall of the inner fairing, said propulsion assembly (150, 250, 350) being characterized in that it also has: - a suction system having an inlet, an outlet and mobile elements that are designed to draw air in via the inlet and deliver the drawn-in air via the outlet, - a drive means designed to drive the mobile elements, - a transfer pipe fluidically connected to the outlet of the suction system, - a distribution pipe disposed in the inner compartment, fluidically connected to the transfer pipe and having a plurality of nozzles, - a supply pipe (266, 366) of which one end opens into the outer compartment and of which the other end is fluidically connected to the inlet of the suction system, and - a regulating means arranged so as to regulate the flow rate of air in the suction system. - a primary duct and a secondary duct, - an outer fairing having an external annular wall and an internal annular wall that delimit between them an outer compartment, wherein the external annular wall has an inlet opening (268, 368), - an inner fairing having an external annular wall and an internal annular wall that delimit between them an inner compartment, wherein the external annular wall has at least one air exhaust aperture, wherein the secondary duct is delimited between the internal annular wall of the outer fairing and the external annular wall of the inner fairing, wherein the primary duct is delimited inside the internal annular wall of the inner fairing, wherein the secondary duct is delimited between the internal annular wall of the outer fairing and the external annular wall of the inner fairing, wherein the primary duct is delimited inside the internal annular wall of the inner fairing, - a suction system having an inlet, an outlet and mobile elements that are designed to draw air in via the inlet and deliver the drawn-in air via the outlet, - a drive means designed to drive the mobile elements, - a transfer pipe fluidically connected to the outlet of the suction system, - a distribution pipe disposed in the inner compartment, fluidically connected to the transfer pipe and having a plurality of nozzles, - a supply pipe (266, 366) of which one end opens into the outer compartment and of which the other end is fluidically connected to the inlet of the suction system, and - a regulating means arranged so as to regulate the flow rate of air in the suction system.
A management program that causes a computer to execute a process, the process comprising: generating a data processing sequence in which a plurality of processing histories including processing contents of data are linked by chain coupling; setting a first data processing range comprising a first processing history, to which access is restricted, in the data processing sequence; generating a second processing history that is associated with the first processing history by extracting information, to which access is not restricted, from the first processing history; chain-coupling a second data processing range comprising the second processing history to the data processing sequence; generating a third processing history that is chain-coupled to the first data processing range and the second data processing range; disclosing a first data chain that passes the first data processing range to an owner of an access right to the first processing history, wherein the first data chain extends from the third processing history to a presence history comprising properties of data that is an input of the first processing history and the first data chain comprises the first processing history; and disclosing a second data chain that passes the second data processing range without passing the first data processing range to a non-owner of the access right, wherein the second data chain extends from the third processing history to the presence history and the second data chain comprises the second processing history. generating a data processing sequence in which a plurality of processing histories including processing contents of data are linked by chain coupling; setting a first data processing range comprising a first processing history, to which access is restricted, in the data processing sequence; generating a second processing history that is associated with the first processing history by extracting information, to which access is not restricted, from the first processing history; chain-coupling a second data processing range comprising the second processing history to the data processing sequence; generating a third processing history that is chain-coupled to the first data processing range and the second data processing range; disclosing a first data chain that passes the first data processing range to an owner of an access right to the first processing history, wherein the first data chain extends from the third processing history to a presence history comprising properties of data that is an input of the first processing history and the first data chain comprises the first processing history; and disclosing a second data chain that passes the second data processing range without passing the first data processing range to a non-owner of the access right, wherein the second data chain extends from the third processing history to the presence history and the second data chain comprises the second processing history.
An avalanche photodiode, APD, sensor comprising: a photoelectric conversion region disposed in a substrate and that converts light incident to a first side of the substrate into electric charge; a cathode region disposed at a second side of the substrate, the second side being opposite the first side; an anode region disposed at the second side of the substrate; a first region of a first conductivity type disposed in the substrate; and a second region of a second conductivity type disposed in the substrate, the second conductivity type being different than the first conductivity type, wherein, in a cross-sectional view, the first region and the second region are between the photoelectric conversion region and the second side of the substrate, and wherein an interface between the first region and the second region is configured as an amplification region, and the substrate includes impurities having an impurity concentration that is lower than an impurity concentration of the first region and the second region, characterized in that, in the cross-sectional view, the interface between the first region and the second region has an uneven pattern. a photoelectric conversion region disposed in a substrate and that converts light incident to a first side of the substrate into electric charge; a cathode region disposed at a second side of the substrate, the second side being opposite the first side; an anode region disposed at the second side of the substrate; a first region of a first conductivity type disposed in the substrate; and a second region of a second conductivity type disposed in the substrate, the second conductivity type being different than the first conductivity type, wherein, in a cross-sectional view, the first region and the second region are between the photoelectric conversion region and the second side of the substrate, and wherein an interface between the first region and the second region is configured as an amplification region, and the substrate includes impurities having an impurity concentration that is lower than an impurity concentration of the first region and the second region,
A lighting apparatus, comprising: a connector; a light housing connecting to the connector; a light source assembly configured within the light housing, wherein the light source assembly comprises a driving board and a light source board, the driving board electrically connects to the light source board, and a switch is configured on the driving board; and a ring-shaped element movably fixed on an outer surface of the light housing, wherein the ring-shaped element interferes with the switch; wherein a first end of the light housing has a rim forming an opening, a second end of the light housing is fixed within the connector; a first protrusion ring and a latch are formed on an inner side of the ring-shaped element, the first protrusion ring and the latch are configured in sequence along an axial direction of the opening away from the connector, the second end of the light housing has a second protrusion ring movably fixed between the first protrusion ring and the latch, and a first ring-shaped slot is formed between the first protrusion ring and the second protrusion ring; and two fixing blocks are formed on the inner side of the ring-shaped element, the fixing blocks protrudes toward the driving board, and the switch is located between the two fixing blocks; characterized in that the ring-shaped element is slidable along the axial direction of the opening, the fixing blocks are configured to push the switch to different positions to selectively control the driving board to output different control signals in response to a distance between the ring-shaped element and the connector. a connector; a light housing connecting to the connector; a light source assembly configured within the light housing, wherein the light source assembly comprises a driving board and a light source board, the driving board electrically connects to the light source board, and a switch is configured on the driving board; and a ring-shaped element movably fixed on an outer surface of the light housing, wherein the ring-shaped element interferes with the switch; wherein a first end of the light housing has a rim forming an opening, a second end of the light housing is fixed within the connector; a first protrusion ring and a latch are formed on an inner side of the ring-shaped element, the first protrusion ring and the latch are configured in sequence along an axial direction of the opening away from the connector, the second end of the light housing has a second protrusion ring movably fixed between the first protrusion ring and the latch, and a first ring-shaped slot is formed between the first protrusion ring and the second protrusion ring; and two fixing blocks are formed on the inner side of the ring-shaped element, the fixing blocks protrudes toward the driving board, and the switch is located between the two fixing blocks; characterized in that the ring-shaped element is slidable along the axial direction of the opening, the fixing blocks are configured to push the switch to different positions to selectively control the driving board to output different control signals in response to a distance between the ring-shaped element and the connector.
Tap-holding chuck for synchronized thread cutting, comprising a receiving part for machine-side driving, and a clamping means for receiving a tap, between which an intermediate part is arranged, wherein the intermediate part is connected to the receiving part in axial direction via at least one elastomer element (48; 60, 62), in an elastic way, wherein at least one first ball is received with a play in axial direction between the receiving part and the intermediate part for transferring torque, characterized in that the at least one first ball is received in rotary direction with play, in that at least one second ball is received movably in radial direction within the receiving part, and is coupled via the elastomer element (48; 60, 62) with the clamping means so that a yielding in axial direction and in rotary direction results which is resilient by means of the elastomer element (48; 60, 62).