mhurhangee/ep-ind-claims huggingface dataset:
A pumping device, comprising: a suction tube; a flowmeter disposed on the suction tube; a pump (1 3) including a return channel and a delivery channel; a return tube connected to the return channel; characterized in that the pump connecting the return channel and the delivery channel to the suction tube, wherein the pumping device further comprises a solenoid valve disposed between the suction tube and the delivery channel (1 5); and a control unit identifying a fluid by using the flowmeter for determining a difference of a flow velocity of the fluid and a flow velocity set in advance in the control unit, wherein the solenoid valve is adapted to close the delivery channel when the fluid flows in, the flowmeter is adapted to measure a flow rate of the fluid sucked through the suction tube, and the fluid is returned to the return tube via the return channel, and the control unit is adapted to open the solenoid valve to supply the fluid also to the delivery channel when it is identified that the fluid is an intended fluid. a suction tube; a flowmeter disposed on the suction tube; a pump (1 3) including a return channel and a delivery channel; a return tube connected to the return channel; characterized in that the pump connecting the return channel and the delivery channel to the suction tube, wherein the pumping device further comprises a solenoid valve disposed between the suction tube and the delivery channel (1 5); and a control unit identifying a fluid by using the flowmeter for determining a difference of a flow velocity of the fluid and a flow velocity set in advance in the control unit, wherein the solenoid valve is adapted to close the delivery channel when the fluid flows in, the flowmeter is adapted to measure a flow rate of the fluid sucked through the suction tube, and the fluid is returned to the return tube via the return channel, and the control unit is adapted to open the solenoid valve to supply the fluid also to the delivery channel when it is identified that the fluid is an intended fluid.
A method for network traffic analysis, comprising: obtaining traffic data of current time interval and deriving at least one pairwise item from the traffic data, the pairwise item comprising a key and a value; recording the at least one pairwise item in a Chinese Remainder Theorem based Reversible Sketch (CRT-RS) based on a hash operation comprising Modulo operations, wherein the modulus of the Modulo operations are selected from the modulus in Chinese Remainder Theorem as pairwise coprime integers and the CRT-RS includes a plurality of buckets, wherein for each pairwise item a bucket is chosen based on a result of the hash operation and the value accumulated into the chosen bucket; detecting abnormal buckets in the CRT-RS based on a change between the traffic data of current time interval and traffic data of previous time interval; and recovering abnormal source address associated information based on the abnormal buckets, characterized in that the value in each of the at least one pairwise item comprises plural components, and in that the detecting of the abnormal buckets comprises detecting an abnormal bucket as a response to each component of the value accumulated into the abnormal bucket exceeding a threshold condition. obtaining traffic data of current time interval and deriving at least one pairwise item from the traffic data, the pairwise item comprising a key and a value; recording the at least one pairwise item in a Chinese Remainder Theorem based Reversible Sketch (CRT-RS) based on a hash operation comprising Modulo operations, wherein the modulus of the Modulo operations are selected from the modulus in Chinese Remainder Theorem as pairwise coprime integers and the CRT-RS includes a plurality of buckets, wherein for each pairwise item a bucket is chosen based on a result of the hash operation and the value accumulated into the chosen bucket; detecting abnormal buckets in the CRT-RS based on a change between the traffic data of current time interval and traffic data of previous time interval; and recovering abnormal source address associated information based on the abnormal buckets,
A cooler arrangement (100, 110) for a vehicle, particularly a commercial vehicle, in which cooler arrangement (100, 110) at least one EGR cooler is arranged in a cooler manifold (74, 174) of a cooler (60, 70, 170) characterized in that the cooler (60, 70, 170) provides a separator for thermal isolation of the at least one EGR cooler and a portion of the coolant circulating in the cooler (60, 70, 170).
A system comprising: a well tool configured to be positioned within a wellbore; a sleeve defining an inner volume, the sleeve configured to secure at least a portion of the well tool within the inner volume while the well tool is positioned within the wellbore; a hollow member positioned within the inner volume and coupled to the well tool; and a rod positioned within the inner volume and coupled to the sleeve, the rod passing through the hollow member to couple to the sleeve, the rod configured to move the sleeve relative to the well tool in response to a pressure applied on the rod, wherein the hollow member defines a seat configured to receive the rod to restrict movement of the sleeve relative to the well tool. a well tool configured to be positioned within a wellbore; a sleeve defining an inner volume, the sleeve configured to secure at least a portion of the well tool within the inner volume while the well tool is positioned within the wellbore; a hollow member positioned within the inner volume and coupled to the well tool; and a rod positioned within the inner volume and coupled to the sleeve, the rod passing through the hollow member to couple to the sleeve, the rod configured to move the sleeve relative to the well tool in response to a pressure applied on the rod, wherein the hollow member defines a seat configured to receive the rod to restrict movement of the sleeve relative to the well tool.
A method of augmenting an ambiently experienced audio content, the method comprising: receiving an acoustic audio signal from the ambiently experienced audio content; receiving a wireless signal comprising a first audio signal and a second audio signal, the wireless signal received using a first wireless communication system, wherein the first audio signal comprises sound that is also audible within the ambiently experienced audio content and the second audio signal comprises sound that is substantially inaudible within the ambiently experienced audio content; comparing the first audio signal with the received acoustic audio signal to determine a delay between the received acoustic audio signal and the first audio signal; delaying the second audio signal by the determined delay; and reproducing the delayed second audio signal at an audible volume, such that it is substantially synchronised with the ambiently experienced audio content. receiving an acoustic audio signal from the ambiently experienced audio content; receiving a wireless signal comprising a first audio signal and a second audio signal, the wireless signal received using a first wireless communication system, wherein the first audio signal comprises sound that is also audible within the ambiently experienced audio content and the second audio signal comprises sound that is substantially inaudible within the ambiently experienced audio content; comparing the first audio signal with the received acoustic audio signal to determine a delay between the received acoustic audio signal and the first audio signal; delaying the second audio signal by the determined delay; and reproducing the delayed second audio signal at an audible volume, such that it is substantially synchronised with the ambiently experienced audio content.
Means for examining a hollow organ with a magnet system for guiding an endoscope capsule equipped with a permanent magnet, which records video images from the interior of the hollow organ and transmits these to a control and evaluation means, in which software for carrying out methods of digital image processing during the navigation of the endoscope capsule is implemented, so that the video images are automatically analysed for the presence of diagnostically relevant information, with the following characteristics: a) a grey tone image each is generated from the video images for localising high intensity gradients through pre-processing, the image points of which are each allocated a grey value, b) a filtered image is generated from the grey value image through smoothing and edge filtering, the image points of which are allocated a filter value, c) a threshold value is deducted from the filter values of the image points of the filtered image, d) the video image is divided into a multitude of disjunctive groups, each comprising a multitude of image points, e) those groups that contain a minimum number of image points that exceed the threshold value in the filtered image are selected from these groups as the relevant groups, f) a multitude of characteristics is allocated to each relevant group, with the aid of which it can be automatically analysed during navigation with an expert system trained with a multitude of evaluated test images whether the relevant group indicates a diagnostically relevant area or not, g) the result of this analysis is used for controlling the endoscope capsule. a) a grey tone image each is generated from the video images for localising high intensity gradients through pre-processing, the image points of which are each allocated a grey value, b) a filtered image is generated from the grey value image through smoothing and edge filtering, the image points of which are allocated a filter value, c) a threshold value is deducted from the filter values of the image points of the filtered image, d) the video image is divided into a multitude of disjunctive groups, each comprising a multitude of image points, e) those groups that contain a minimum number of image points that exceed the threshold value in the filtered image are selected from these groups as the relevant groups, f) a multitude of characteristics is allocated to each relevant group, with the aid of which it can be automatically analysed during navigation with an expert system trained with a multitude of evaluated test images whether the relevant group indicates a diagnostically relevant area or not, g) the result of this analysis is used for controlling the endoscope capsule.
A refrigerator comprising: a main body having a storage compartment (20, 30); a first door that is rotatably provided in the front of the main body to open/close the storage compartment (20, 30), the first door having an opening in which at least one door pocket is provided; a second door that is rotatably provided in the front of the first door to open/close the opening, the second door being rotated in the same direction as a rotating direction of the first door; and a door anti-opening unit, said door anti-opening unit allows the second door to be opened in a state in which the first door is closed and prevents the second door from being opened in a state in which the first door is opened, characterized in that said door anti-opening unit includes a striker coupled to a lower face of the second door and a latch that is coupled to a lower face of the first door, said latch includes a working bar that is pressurized by the main body and performs a linear motion, a rotating bar that is rotated in cooperation with the linear motion of the working bar, the rotating bar having a hook at one end thereof, and a restoring spring that restores the working bar to its original position when pressurization of the main body against the working bar is released, such that the latch is latched on or unlatched from the striker depending on whether the first door is opened or closed. a main body having a storage compartment (20, 30); a first door that is rotatably provided in the front of the main body to open/close the storage compartment (20, 30), the first door having an opening in which at least one door pocket is provided; a second door that is rotatably provided in the front of the first door to open/close the opening, the second door being rotated in the same direction as a rotating direction of the first door; and a door anti-opening unit, said door anti-opening unit allows the second door to be opened in a state in which the first door is closed and prevents the second door from being opened in a state in which the first door is opened,
Inspection device for nuclear fuel assemblies arranged in a storage rack of a fuel pool, the inspection device comprising: - inspection means with at least one camera (2.2.6) for scanning a surface of the fuel assembly, - an inspection column provided for carrying out an extension movement into the fuel pool, the inspection column being provided at one end with a connecting means; - a travelling positioning device provided for mutual connection with the inspection column by the connecting means, said travelling positioning device being further provided for changing a position of the inspection column in the fuel pool above the nuclear fuel assembly to be inspected; the inspection column is equipped with a gripping means (2.3) movably arranged and provided for capturing the fuel assembly, wherein said gripping means (2.3) being arranged movably in the inspection column and being provided for lifting the fuel assembly from the storage rack of the fuel pool and for pulling the said fuel assembly into the inspection column, the inspection column further comprises a fixed part (2.1) connectible with the travelling positioning device by the connecting means, and an inspection block (2.2), characterized in that the inspection block (2.2) is slidably arranged against the fixed part (2.1), wherein said inspection block (2.2) is arrangeable to at least partially surround the fuel assembly being inspected and the gripping means (2.3) are arranged concentrically in the inspection block (2.2) for an independent movement against it, wherein said inspection block (2.2) is further provided with at least one measuring probe arranged for measuring a deflection and a torsion of the fuel assembly in several height levels, wherein the inspection block (2.2) is provided in its lower part with a camera block (2.2.5) with the at least one camera (2.2.6) for checking the surface of the fuel assembly. - inspection means with at least one camera (2.2.6) for scanning a surface of the fuel assembly, - an inspection column provided for carrying out an extension movement into the fuel pool, the inspection column being provided at one end with a connecting means; - a travelling positioning device provided for mutual connection with the inspection column by the connecting means, said travelling positioning device being further provided for changing a position of the inspection column in the fuel pool above the nuclear fuel assembly to be inspected; the inspection column is equipped with a gripping means (2.3) movably arranged and provided for capturing the fuel assembly, wherein said gripping means (2.3) being arranged movably in the inspection column and being provided for lifting the fuel assembly from the storage rack of the fuel pool and for pulling the said fuel assembly into the inspection column, the inspection column further comprises a fixed part (2.1) connectible with the travelling positioning device by the connecting means, and an inspection block (2.2),
Sensor, comprising a thermoelectric generator for converting thermal energy into electrical energy, comprising a mutually opposite upper and underside (10a, 10b); contact surfaces (14, 16) offset laterally relative to each other for making contact with a source of heat and cold; and thermal conductor paths (18, 20), which connect the contact surfaces (14, 16) to the upper and underside (10a, 10b) of the thermoelectric generator in order to provide a thermal gradient on the upper and underside (10a, 10b) of the thermoelectric generator, characterized in that the first and/or second thermal conductive path (18, 20) is formed in such a way as to deflect a thermal gradient present on the contact surfaces (14, 16) that are offset laterally relative to each other to the opposite upper and underside (10a, 10b) of the thermoelectric generator, wherein the contact surfaces (14, 16) are separated from each other by the substrate, and the substrate has a lower thermal conductivity than the contact surfaces (14, 16).
An outdoor unit comprising: a casing having a bottom plate and configured such that at least a part thereof is made of metal; a compressor provided within the casing to compress a flammable refrigerant; an outdoor heat exchanger provided within the casing to exchange heat between the refrigerant and outside air; an electric heater provided on an upper surface of the bottom plate; and an outdoor air-blowing device, wherein a power consumption of the electric heater is 250 W or less, and wherein the electric heater is energized after the outdoor air-blowing device starts rotating. a casing having a bottom plate and configured such that at least a part thereof is made of metal; a compressor provided within the casing to compress a flammable refrigerant; an outdoor heat exchanger provided within the casing to exchange heat between the refrigerant and outside air; an electric heater provided on an upper surface of the bottom plate; and an outdoor air-blowing device, wherein a power consumption of the electric heater is 250 W or less, and wherein the electric heater is energized after the outdoor air-blowing device starts rotating.
A process for forming a coated paper comprising: providing a paper substrate; gravure printing a coating composition on at least one surface of the paper substrate, wherein the coating composition comprises polyvinyl alcohol and an inorganic particulate, characterised in that the gravure cell volume is at least 50 cm 3 /m 2. providing a paper substrate; gravure printing a coating composition on at least one surface of the paper substrate, wherein the coating composition comprises polyvinyl alcohol and an inorganic particulate, characterised in that the gravure cell volume is at least 50 cm 3 /m 2.
Belt conveyor (21 - 24) for portioned food products, in particular meat products and/or pasta, comprising: - a conveyor belt with a drive roller, with a deflection roller which can be adjusted upwardly and/or downwardly relative to and with respect to a direction of transport assumed to be horizontal, and with an upper run extending therebetween for transporting said food products; and - a deflection element which is arranged between said drive roller and said deflection roller in a vertically fixed position and can be adjusted in the direction of transport and at which said upper run and/or the associated lower run of said conveyor belt transitions from a first longitudinal section extending in said direction of transport to a second longitudinal section angled relative thereto upwardly/downwardly when said deflection roller has been adjusted upwardly/downwardly. - a conveyor belt with a drive roller, with a deflection roller which can be adjusted upwardly and/or downwardly relative to and with respect to a direction of transport assumed to be horizontal, and with an upper run extending therebetween for transporting said food products; and - a deflection element which is arranged between said drive roller and said deflection roller in a vertically fixed position and can be adjusted in the direction of transport and at which said upper run and/or the associated lower run of said conveyor belt transitions from a first longitudinal section extending in said direction of transport to a second longitudinal section angled relative thereto upwardly/downwardly when said deflection roller has been adjusted upwardly/downwardly.
Method for setting a contrast of a multi-energy CT image representation, having the steps of: - receiving a plurality of multispectral image datasets of an examination region of a patient, - automatically identifying a structure to be examined on the basis of the multispectral image datasets, wherein the structure to be examined is identified with the aid of a method based on computer-assisted detection and wherein the structure to be examined comprises an anatomical structure or a lesion, - automatically combining the differently weighted multispectral image datasets in such a way that the contrast between the structure to be examined and its environment is improved compared to a uniform weighting, wherein the different weighting of the combination of multispectral image datasets is determined on the basis of a learning system which is trained with the aid of corrections by the user, or wherein the different weighting of the combination of multispectral image datasets is determined using a rule-based approach. - receiving a plurality of multispectral image datasets of an examination region of a patient, - automatically identifying a structure to be examined on the basis of the multispectral image datasets, wherein the structure to be examined is identified with the aid of a method based on computer-assisted detection and wherein the structure to be examined comprises an anatomical structure or a lesion, - automatically combining the differently weighted multispectral image datasets in such a way that the contrast between the structure to be examined and its environment is improved compared to a uniform weighting, wherein the different weighting of the combination of multispectral image datasets is determined on the basis of a learning system which is trained with the aid of corrections by the user, or wherein the different weighting of the combination of multispectral image datasets is determined using a rule-based approach.