mhurhangee/ep-ind-claims huggingface dataset:
An image processing system comprising: obtaining means for obtaining a captured image of a document that includes a fixed part and an un-fixed part, the document being captured by an image reader or an image capture device, wherein the fixed part is a format part in the document, wherein the content in the fixed part is fixed, wherein the un-fixed part is a part where content is not fixed; detecting means for detecting a feature part of the fixed part based on the captured image, wherein the feature part is located in a predetermined position in the document; shaping means for obtaining, in a case where the feature part is detected, a shaped image of the captured image such that a positional relationship of the feature part is aligned with a predetermined first positional relationship; and search means for searching for, in a case where the feature part is not detected, a substitute feature part of the fixed part based on the captured image, wherein the search means searches for the substitute feature part in an area determined based on the predetermined position, wherein in a case where the feature part is not detected, the shaping means obtains the shaped image such that a position of the substitute feature part is aligned with a predetermined second position, the image processing system further comprising execution means that executes optical character recognition on the shaped image, thereby extracting information included in the un-fixed part. obtaining means for obtaining a captured image of a document that includes a fixed part and an un-fixed part, the document being captured by an image reader or an image capture device, wherein the fixed part is a format part in the document, wherein the content in the fixed part is fixed, wherein the un-fixed part is a part where content is not fixed; detecting means for detecting a feature part of the fixed part based on the captured image, wherein the feature part is located in a predetermined position in the document; shaping means for obtaining, in a case where the feature part is detected, a shaped image of the captured image such that a positional relationship of the feature part is aligned with a predetermined first positional relationship; and search means for searching for, in a case where the feature part is not detected, a substitute feature part of the fixed part based on the captured image, wherein the search means searches for the substitute feature part in an area determined based on the predetermined position, wherein in a case where the feature part is not detected, the shaping means obtains the shaped image such that a position of the substitute feature part is aligned with a predetermined second position, the image processing system further comprising execution means that executes optical character recognition on the shaped image, thereby extracting information included in the un-fixed part.
A downlink control channel indication method, comprising: a) receiving, by a terminal device, indication information sent by a network device on a preset frequency band of a first time frequency resource, wherein the first time frequency resource partially overlaps with a second time frequency resource; and b) determining, by the terminal device, a location of a physical downlink control channel PDCCH time frequency resource of the first time frequency resource according to the indication information; characterized in that c) the preset frequency band is a band interval between a guard band of the first time frequency resource and a guard band of the second time frequency resource. a) receiving, by a terminal device, indication information sent by a network device on a preset frequency band of a first time frequency resource, wherein the first time frequency resource partially overlaps with a second time frequency resource; and b) determining, by the terminal device, a location of a physical downlink control channel PDCCH time frequency resource of the first time frequency resource according to the indication information; characterized in that c) the preset frequency band is a band interval between a guard band of the first time frequency resource and a guard band of the second time frequency resource.
A polyacetal resin composition comprising 100 parts by weight of a polyacetal copolymer, wherein the amount of oxyalkylene units having 2 or more carbon atoms contained in the polyacetal copolymer is, per 100 mol of oxymethylene units of the polyacetal copolymer, 0.4 to 17.0 mol, relative to 100 parts by weight of the polyacetal copolymer, 0.01 to 1.0 parts by weight of an amine-substituted triazine compound, 0.01 to 5.0 parts by weight of a hindered phenol, 0.001 to 3.0 parts by weight of a hindered amine, and 0.001 to less than 0.005 parts by weight of magnesium hydroxide.
Sealing device for a human-machine dialogue element intended to be fixed through a wall, said device comprising a seal formed in a ring around an axis, said seal comprising: - a first annular part comprising at least one positioning element of the seal adapted to cooperate with said human-machine dialogue element to limit the rotation of the seal about its axis, - a sealing second annular part comprising a first face and a second face, characterized in that: - the seal includes a first annular edge formed around said axis projecting from said first face and a second annular edge formed around said axis projecting from said second face, - the second edge follows a path including a plurality of chicanes so as to form at least one concave part delimiting a bearing zone on said second face and at least one convex part delimiting a disengagement zone on said second face to circumvent said positioning element. - a first annular part comprising at least one positioning element of the seal adapted to cooperate with said human-machine dialogue element to limit the rotation of the seal about its axis, - a sealing second annular part comprising a first face and a second face, - the seal includes a first annular edge formed around said axis projecting from said first face and a second annular edge formed around said axis projecting from said second face, - the second edge follows a path including a plurality of chicanes so as to form at least one concave part delimiting a bearing zone on said second face and at least one convex part delimiting a disengagement zone on said second face to circumvent said positioning element.
Electrical machine with - a stator, - a rotor and - a shaft, which is mechanically joined to the rotor, wherein - the shaft has a cooling device, wherein the shaft has a recess, into at least some regions of which the cooling device is inserted, wherein the shaft is constructed so that it can rotate relative to the cooling device, wherein the cooling device is constructed for a coolant to flow through it, characterised in that the cooling device is arranged in the recess in such a way that an air gap is formed in a space between the cooling device and the recess, wherein, when the electrical machine is in operation, heat generated in the rotor due to losses is transmitted to the shaft and from the shaft to the cooling device across the air gap. - a stator, - a rotor and - a shaft, which is mechanically joined to the rotor, wherein - the shaft has a cooling device, wherein
A fuel injection amount control apparatus for an internal combustion engine, which performs exhaust gas recirculation, and limits a fuel injection amount required for the internal combustion engine based on a smoke limit fuel injection amount (QAFM) that is set according to an intake air amount for suppressing generation of smoke, characterized by comprising: increasing means for calculating a basic correction amount (QAFMegrbs) concerning the exhaust gas recirculation amount according to a rotational speed of the internal combustion engine, obtaining a correction amount (QAFMegr) that is used for the increase correction of the smoke limit fuel injection amount, based on the basic correction amount, an exhaust gas recirculation rate, an atmospheric pressure, and a temperature factor, and performing increase correction of the smoke limit fuel injection amount (QAFM) by increasing the smoke limit fuel injection amount (QAFM) by the correction amount (QAFMegr).
A robotic system comprising: a camera having a field of view; an instrument (100, 231, 241) having a working end (102, 331, 341); an input device (41, 42); a processor; and a memory; and characterised by: the processor being configured to switch control of the instrument (100, 231, 241) from one of an assistant control mode and a processor control mode to an operator control mode upon determining that the working end (102, 331, 341) of the instrument (100, 231, 241) has entered an area of the field of view, the assistant control mode being a mode in which an assistant manually controls movement of the instrument (100, 231, 241), the processor control mode being a mode in which the processor responds to programmed instructions stored in the memory to control movement of the instrument (100, 231, 241), and the operator control mode being a mode in which the processor responds to operator manipulation of the input device (41, 42) to control movement of the instrument (100, 231, 241). a camera having a field of view; an instrument (100, 231, 241) having a working end (102, 331, 341); an input device (41, 42); a processor; and a memory; and characterised by: the processor being configured to switch control of the instrument (100, 231, 241) from one of an assistant control mode and a processor control mode to an operator control mode upon determining that the working end (102, 331, 341) of the instrument (100, 231, 241) has entered an area of the field of view, the assistant control mode being a mode in which an assistant manually controls movement of the instrument (100, 231, 241), the processor control mode being a mode in which the processor responds to programmed instructions stored in the memory to control movement of the instrument (100, 231, 241), and the operator control mode being a mode in which the processor responds to operator manipulation of the input device (41, 42) to control movement of the instrument (100, 231, 241).
A logic circuit comprising: a first thin film transistor TFT, having a gate connected to an input (V in) of the logic circuit, and a drain connected to an output (V out) of the logic circuit, a second TFT having a source connected to the output of the logic circuit, a third TFT having a gate connected to the input of the logic circuit, a source connected to the source of the second TFT, and a drain connected to a gate of the second TFT, and a fourth TFT having a gate connected to the output of the logic circuit, and a source connected to the gate of the second TFT and the drain of the third TFT. a first thin film transistor TFT, having a gate connected to an input (V in) of the logic circuit, and a drain connected to an output (V out) of the logic circuit, a second TFT having a source connected to the output of the logic circuit, a third TFT having a gate connected to the input of the logic circuit, a source connected to the source of the second TFT, and a drain connected to a gate of the second TFT, and a fourth TFT having a gate connected to the output of the logic circuit, and a source connected to the gate of the second TFT and the drain of the third TFT.
A laying unit for segmental arch paving having a circular arc-shaped concave inner side, a circular arc-shaped convex outer side and end sides, wherein the laying unit is divided into several stone elements that are separated from one another and that each have a common base and stone heads arranged thereon that are separated from one another by means of dummy joints, wherein joining units that are spaced apart at equal distances from one another from center point to center point of the units over the entire laying unit are further arranged on the concave inner side and the convex outer side of the laying unit, wherein the joining units each comprise at least one protruding joining portion on the concave inner side and the joining units each comprise at least two protruding joining portions on the convex outer side or vice versa, characterized in that the joining units on the convex outer side are arranged relative to the joining units on the concave inner side such that a straight line running in parallel with the center axis of the laying unit extends through the center of a protruding joining portion on the inner side and through the center of a gap between joining portions on the outer side or vice versa, wherein, when two laying units have been placed one against the other, the associated joining units of an outer side and of an inner side interlock and form an anti-shifting means in both circumferential directions, and in that protruding portions that do not protrude as far as the joining portions are arranged between adjacent joining portions of an joining unit.
A foreign object detector, comprising - a conducting wire with a first section and a second section, a first node, a second node and an intermediate node, - an evaluation circuit, where - the first section electrically connects the first node to the intermediate node and has a plurality of three or more vertical segments, - the second section electrically connects the intermediate node to the second node and has a plurality of three or more horizontal segments, - the plurality of segments of the first and the second section establish a mesh structure with mesh elements, - the evaluation circuit is configured to evaluate the electric behavior of the conducting wire; characterized in that the mesh elements in the mesh structure have the same size. - a conducting wire with a first section and a second section, a first node, a second node and an intermediate node, - an evaluation circuit, - the first section electrically connects the first node to the intermediate node and has a plurality of three or more vertical segments, - the second section electrically connects the intermediate node to the second node and has a plurality of three or more horizontal segments, - the plurality of segments of the first and the second section establish a mesh structure with mesh elements, - the evaluation circuit is configured to evaluate the electric behavior of the conducting wire;
An air starter comprising: a housing defining, in an axial series arrangement, an inlet assembly, a turbine section, a gear box, and a drive section, the housing defining an interior having a primary inlet located in the inlet assembly and a primary outlet located in the turbine section to define a primary air flow path from the primary inlet to the primary outlet; a turbine located in the turbine section within the interior; an output shaft coupled to the turbine; at least one bearing located in the housing and rotationally supporting the output shaft; the air starter being characterized in that it further comprises a cooling passage located in the turbine section adjacent the at least one bearing and having a cooling inlet and a cooling outlet, to define cooling air flow path from the cooling inlet to the cooling outlet, with the cooling inlet fluidly coupled to the primary air flow path whereby a portion of air in the primary air flow path passes through the cooling passage and cools the least one bearing. a housing defining, in an axial series arrangement, an inlet assembly, a turbine section, a gear box, and a drive section, the housing defining an interior having a primary inlet located in the inlet assembly and a primary outlet located in the turbine section to define a primary air flow path from the primary inlet to the primary outlet; a turbine located in the turbine section within the interior; an output shaft coupled to the turbine; at least one bearing located in the housing and rotationally supporting the output shaft; the air starter being characterized in that it further comprises a cooling passage located in the turbine section adjacent the at least one bearing and having a cooling inlet and a cooling outlet, to define cooling air flow path from the cooling inlet to the cooling outlet, with the cooling inlet fluidly coupled to the primary air flow path whereby a portion of air in the primary air flow path passes through the cooling passage and cools the least one bearing.
A method for calibrating a measurement device wherein: - a calibration device is brought into close proximity of the measurement device such that the calibration device and the measurement device are exposed to the same physical environment, and such that a data communication link is established between the measurement device and the calibration device, wherein the following steps are performed while the calibration device and the measurement device are exposed to the same physical environment: - the calibration device performs a measurement of at least one physical phenomenon; - the measurement device performs a measurement of the same physical phenomenon; - the result of the measurement by the measurement device is compared with the result of the measurement by the calibration device; - calibration parameters are automatically computed based on a difference between the result of the measurement by the measurement device and the result of the measurement by the calibration device, characterized in that the close proximity is enforced by using near-field communication as the data communication link or by using near-field communication to enable said data communication link. - a calibration device is brought into close proximity of the measurement device such that the calibration device and the measurement device are exposed to the same physical environment, and such that a data communication link is established between the measurement device and the calibration device, - the calibration device performs a measurement of at least one physical phenomenon; - the measurement device performs a measurement of the same physical phenomenon; - the result of the measurement by the measurement device is compared with the result of the measurement by the calibration device; - calibration parameters are automatically computed based on a difference between the result of the measurement by the measurement device and the result of the measurement by the calibration device,
A weapon comprising a barrel (1, 13) during launch open at both ends, the barrel (1, 13) accommodating a projectile (4, 20, 20', 31), a high-pressure chamber (7, 23, 23', 36), a low-pressure chamber (10, 25, 25', 33), propellant charge (8, 22, 22', 35) and a countermass or dampening mass (12, 26, 26', 38), the high-pressure chamber (7, 23, 23', 36) and the low-pressure chamber (10, 25, 25', 33) being located between the rear end of said projectile (4, 20, 20', 31) and the forward end of said countermass or dampening mass (12, 26, 26', 38), the high-pressure chamber (7, 23, 23', 36) being initially only partly filled with propellant charge (8, 22, 22', 35), the propellant charge (8, 22, 22', 35) upon firing and combustion of said charge developing propellant gases which are linked through overflow openings (9, 24, 24', 37) from said high-pressure chamber (7, 23, 23', 36) to said low-pressure chamber (10, 25, 25', 33) to accelerate the projectile (4, 20, 20', 31) forward in said barrel (1, 13) at the same time as said countermass or dampening mass (12, 26, 26', 38) is accelerated backwards in said barrel during a successive volume increase upon the acceleration of said projectile (4, 20, 20', 31) and said countermass or dampening mass (12, 26, 26', 38) in each of their respective directions, characterized in that merely one propellant charge (8, 22, 22', 35) is provided for the developing of said propellant gases, and that said propellant charge (8, 22, 22', 35) initially is located in said high-pressure chamber (7, 23, 23', 36).
A log analyzing device configured to analyze an access log collected from an information processing apparatus connected to a network, the log analyzing device comprising: a storage unit configured to store a profile that is a criteria for determining whether analysis-target data indicates an attack on the information processing apparatus; a parameter extracting unit configured to extract each parameter from a request in the access log; a class converting unit configured to, with regard to each parameter extracted by the parameter extracting unit, compare each part of a parameter value, from a first character, with a previously defined character string class, replace the part having a longest character string with a class that matches the character string, and conduct conversion of the parameter value to a class sequence in which replaced character string classes are sequentially arranged; a profile storing unit configured to store, as the profile in the storage unit, a class sequence with an appearance frequency of equal to or more than a predetermined value in a group of class sequences that are obtained by the parameter extracting unit and the class converting unit with regard to the access log of normal data as learning data; and a failure detecting unit configured to calculate a degree of similarity between the profile and the class sequence that is obtained by the parameter extracting unit and the class converting unit with regard to the access log in the analysis-target data and to determine whether an attack on the information processing apparatus occurs in accordance with the degree of similarity. a storage unit configured to store a profile that is a criteria for determining whether analysis-target data indicates an attack on the information processing apparatus; a parameter extracting unit configured to extract each parameter from a request in the access log; a class converting unit configured to, with regard to each parameter extracted by the parameter extracting unit, compare each part of a parameter value, from a first character, with a previously defined character string class, replace the part having a longest character string with a class that matches the character string, and conduct conversion of the parameter value to a class sequence in which replaced character string classes are sequentially arranged; a profile storing unit configured to store, as the profile in the storage unit, a class sequence with an appearance frequency of equal to or more than a predetermined value in a group of class sequences that are obtained by the parameter extracting unit and the class converting unit with regard to the access log of normal data as learning data; and a failure detecting unit configured to calculate a degree of similarity between the profile and the class sequence that is obtained by the parameter extracting unit and the class converting unit with regard to the access log in the analysis-target data and to determine whether an attack on the information processing apparatus occurs in accordance with the degree of similarity.