mhurhangee/ep-ind-claims huggingface dataset:
A system for impressed current cathodic protection of a marine structure to be in contact with water, the system comprising the marine structure and further comprising - a power source (1,201,301) arranged to provide a supply current to generate an electrical potential of the marine structure with respect to the water for the impressed current cathodic protection, and - a load arrangement arranged on the marine structure and to be in contact with the water, the load arrangement comprising - at least one electrode arranged to extend from the load arrangement into the water for transferring the supply current via the water, - at least one power node (120, 220, 320), and - at least one load coupled between the electrode and the power node and arranged to receive a load current, the power source having a first pole connected to the marine structure and a second pole; wherein the load arrangement is arranged to use the supply current to provide the load current, characterized in that the second pole of the power source (1, 201, 301) is galvanically connected to the at least one power node (120, 220, 320). - a power source (1,201,301) arranged to provide a supply current to generate an electrical potential of the marine structure with respect to the water for the impressed current cathodic protection, and - a load arrangement arranged on the marine structure and to be in contact with the water, the load arrangement comprising - at least one electrode arranged to extend from the load arrangement into the water for transferring the supply current via the water, - at least one power node (120, 220, 320), and - at least one load coupled between the electrode and the power node and arranged to receive a load current, - at least one electrode arranged to extend from the load arrangement into the water for transferring the supply current via the water, - at least one power node (120, 220, 320), and - at least one load coupled between the electrode and the power node and arranged to receive a load current,
A system for recycling a mobile device, wherein the mobile device has an electronic hardware component, the system comprising: an electrical connector configured to be electrically connected to the mobile device; testing electronics configured to measure an electrical attribute associated with the hardware component over the electrical connector; a processor; and a non-transitory computer readable medium having instructions stored therein that are executable by the processor to valuate, identify, and/or authenticate the mobile device based at least in part on a test result; characterized in that the hardware component is a charging circuit and the electrical attribute is an electrical current drawn by the charging circuit to charge a battery of the mobile device, at least one of the processor and the testing electronics is further configured to select a maximum allowable electrical current and a minimum allowable electrical current from a look-up table based on a make and/or a model of the mobile device, to compare the measured electrical current to the maximum allowable electrical current and the minimum allowable electrical current, and to produce the test result based on the comparison. an electrical connector configured to be electrically connected to the mobile device; testing electronics configured to measure an electrical attribute associated with the hardware component over the electrical connector; a processor; and a non-transitory computer readable medium having instructions stored therein that are executable by the processor to valuate, identify, and/or authenticate the mobile device based at least in part on a test result; characterized in that the hardware component is a charging circuit and the electrical attribute is an electrical current drawn by the charging circuit to charge a battery of the mobile device, at least one of the processor and the testing electronics is further configured to select a maximum allowable electrical current and a minimum allowable electrical current from a look-up table based on a make and/or a model of the mobile device, to compare the measured electrical current to the maximum allowable electrical current and the minimum allowable electrical current, and to produce the test result based on the comparison.
A method of providing wireless communication to a wireless device (102,104,106), comprising: receiving a scanning report from each of a plurality of wireless devices (102,104,106) in communication with a first access node using a first radio access technology, the scanning report including an identifier associated with one or more monitored second access nodes configured to use a second radio access technology different from the first radio access technology; grouping, based on a predetermined geographical location of each of the plurality of wireless devices (102,104,106), the one or more monitored second access nodes common to each of the plurality of wireless devices (102,104,106); selecting a second access node from the grouping of one or more monitored second access nodes to initiate communications with the first access node over a communication link based on the scanning report received from each of the plurality of wireless devices (102,104,106); instructing the plurality of wireless devices (102,104,106) to establish communications with the selected second access node using the second radio access technology; and adjusting a bandwidth allocation of the communication link based on the plurality of wireless devices (102,104,106). receiving a scanning report from each of a plurality of wireless devices (102,104,106) in communication with a first access node using a first radio access technology, the scanning report including an identifier associated with one or more monitored second access nodes configured to use a second radio access technology different from the first radio access technology; grouping, based on a predetermined geographical location of each of the plurality of wireless devices (102,104,106), the one or more monitored second access nodes common to each of the plurality of wireless devices (102,104,106); selecting a second access node from the grouping of one or more monitored second access nodes to initiate communications with the first access node over a communication link based on the scanning report received from each of the plurality of wireless devices (102,104,106); instructing the plurality of wireless devices (102,104,106) to establish communications with the selected second access node using the second radio access technology; and adjusting a bandwidth allocation of the communication link based on the plurality of wireless devices (102,104,106).
Spray nozzle for at least partially coating food parts by means of spraying a liquid consumable medium, comprising: - a mixing chamber for mixing the liquid consumable medium with an airflow, - an air supply connecting on an inlet side to the mixing chamber, - a feed for liquid consumable medium likewise connecting on the inlet side to the mixing chamber, - an outlet side of the mixing chamber differing from the inlet side, characterised in that the air supply is a vortex-generating air supply and the outlet side of the mixing chamber is bounded at least partially by a flexible wall part in which at least one passage opening and at least one slot are arranged for the mixture of liquid consumable medium and air. - a mixing chamber for mixing the liquid consumable medium with an airflow, - an air supply connecting on an inlet side to the mixing chamber, - a feed for liquid consumable medium likewise connecting on the inlet side to the mixing chamber, - an outlet side of the mixing chamber differing from the inlet side,
A method for producing 1,2-dichloro-3,3,3-trifluoropropene by fluorinating 1, 1,2,3,3-pentachloropropene by a reaction with a fluorinating agent, the method being characterized in that hydrogen fluoride is used as the fluorinating agent, and the reaction is conducted in a gas phase and in the absence of catalyst.
Connection system for connecting a pipe to a main pipe, a shaft, or the like, at a transverse opening, the connection system being connectable for this purpose to the main pipe or the shaft, comprising a hollow stopper-shaped, at least partly soft installation insert, the outer side of which can be adapted to the transverse opening and the inner side of which has a conical screw region, wherein the installation insert has an end section, which can be pushed partly into the main pipe or shaft through the transverse opening thereof, and wherein an outer bearing surface of the installation insert, in a connection state in which the connection system is connected to the main pipe or shaft, is at least partly in contact with a main pipe inner surface, which borders and surrounds the transverse opening, and a relatively harder connecting piece, which has an engagement end, a conical centre part with an external thread, and a drive end, characterised in that a face which has a connecting means is formed on the end section of the installation insert, and an adapter element, which has a first adapter element face congruent with the shape of the face on the end section of the installation insert, the first adapter element face having a first adapter element connecting means, and a second adapter element face, which is formed on the end opposite the first adapter element face and can be adapted to the shape of the inner surface of the main pipe, the shaft, or the like, in the region of the transverse opening, is connected to the installation insert. a hollow stopper-shaped, at least partly soft installation insert, the outer side of which can be adapted to the transverse opening and the inner side of which has a conical screw region, wherein the installation insert has an end section, which can be pushed partly into the main pipe or shaft through the transverse opening thereof, and wherein an outer bearing surface of the installation insert, in a connection state in which the connection system is connected to the main pipe or shaft, is at least partly in contact with a main pipe inner surface, which borders and surrounds the transverse opening, and a relatively harder connecting piece, which has an engagement end, a conical centre part with an external thread, and a drive end, characterised in that a face which has a connecting means is formed on the end section of the installation insert, and an adapter element, which has a first adapter element face congruent with the shape of the face on the end section of the installation insert, the first adapter element face having a first adapter element connecting means, and a second adapter element face, which is formed on the end opposite the first adapter element face and can be adapted to the shape of the inner surface of the main pipe, the shaft, or the like, in the region of the transverse opening, is connected to the installation insert.
A refrigerator which includes a cabinet which includes a freezing chamber; an evaporator which is provided at one side of the freezing chamber; a freezing chamber fan which supplies cool air generated in the evaporator to the inside of the freezing chamber; an ice maker which is provided in the freezing chamber and performs ice-making by cool air supplied by the freezing chamber fan; an ice bin which is provided below the ice maker and separates and stores ice made in the ice maker; and an ice-fullness detecting device which detects whether or not the ice bin is full with ice, wherein the refrigerator further comprises a control unit configured to control the driving of the freezing chamber fan according to a detection signal of the ice-fullness detecting device, wherein the control unit is configured to turn on the freezing chamber fan in a case when the ice bin is not full with ice according to the ice-fullness detecting device, and wherein the control unit is configured to turn off the freezing chamber fan in a case when a temperature of the freezing chamber is lower than a predetermined temperature after ice-fullness of the ice bin is detected by the ice-fullness detecting device, characterized in that the control unit is configured to vary an operation speed of the freezing chamber fan according to the load of the freezing chamber in a case when the ice bin is full with ice according to the ice-fullness detecting device and the temperature of the freezing chamber is equal to or higher than a predetermined temperature.
A pesticidal composition for controlling pests, the composition comprising a pesticidal natural oil and a polar aromatic solvent, wherein the polar aromatic solvent comprises acetophenone, and wherein the pesticidal natural oil comprises one or more of neem oil, cinnamon oil, clove oil, oregano oil, thyme oil, garlic oil, anise oil, geranium oil, lime oil, peppermint oil, lavender oil.
Method for controlling the motor of an at least partly electrically driven bicycle, wherein • at least one driving dynamics variable of the operation of the bicycle is recorded, and • at least the region ahead in the direction of travel of the bicycle is recorded by way of the data from a surroundings sensor system, and • an obstacle is detected depending on the data from the surroundings sensor system and the at least one driving dynamics variable, and • the motor is driven depending on the detection of the obstacle and the at least one driving dynamics variable, characterized in that • an evasion manoeuvre around the obstacle is determined depending on the at least one driving dynamics variable and the detected obstacle, wherein, upon detection of a possible evasion manoeuvre, depending on the determined evasion manoeuvre, the support from the motor, upon actuation of the corresponding pedal side on the side on which the evasion manoeuvre is performed, is reduced such that a compensation of the reduction is initiated by the driver and the bicycle tilts around the obstacle by virtue of the compensation on the side on which the evasion manoeuvre is performed. • at least one driving dynamics variable of the operation of the bicycle is recorded, and • at least the region ahead in the direction of travel of the bicycle is recorded by way of the data from a surroundings sensor system, and • an obstacle is detected depending on the data from the surroundings sensor system and the at least one driving dynamics variable, and • the motor is driven depending on the detection of the obstacle and the at least one driving dynamics variable, • an evasion manoeuvre around the obstacle is determined depending on the at least one driving dynamics variable and the detected obstacle, wherein, upon detection of a possible evasion manoeuvre, depending on the determined evasion manoeuvre, the support from the motor, upon actuation of the corresponding pedal side on the side on which the evasion manoeuvre is performed, is reduced such that a compensation of the reduction is initiated by the driver and the bicycle tilts around the obstacle by virtue of the compensation on the side on which the evasion manoeuvre is performed.
A test case selection apparatus to select, from a plurality of test cases performed on a before-change program (200,260,261), an important test case being a test case to be performed on an after-change program, the test case selection apparatus comprising: a non-equivalence set extraction unit to extract, from a target set list indicating one or more target sets each being a set of a before-change target function included in the before-change program (200,260,261), and an after-change target function being a function included in the after-change program, the function being corresponding to the before-change target function, but not being coincident with the before-change target function, a non-equivalence set being a target set that does not satisfy a condition that an output of the after-change target function is coincident with an output of the before-change target function when a same input is provided to both of the before-change target function and the after-change target function; and a test case selection unit to select, from the plurality of test cases, a test case wherein a before-change target function included in the non-equivalence set is called, as the important test case. a non-equivalence set extraction unit to extract, from a target set list indicating one or more target sets each being a set of a before-change target function included in the before-change program (200,260,261), and an after-change target function being a function included in the after-change program, the function being corresponding to the before-change target function, but not being coincident with the before-change target function, a non-equivalence set being a target set that does not satisfy a condition that an output of the after-change target function is coincident with an output of the before-change target function when a same input is provided to both of the before-change target function and the after-change target function; and a test case selection unit to select, from the plurality of test cases, a test case wherein a before-change target function included in the non-equivalence set is called, as the important test case.
An image processing apparatus, comprising: an image inputting unit configured to input a plurality of images having a portion where at least a part of subjects of the plurality of images is common to one another; and a correction image generating unit configured to generate a correction image used for correcting the plurality of images, wherein the correction image generating unit includes: a difference acquiring unit configured to acquire a difference between luminance of pixels from two arbitrary images of the plurality of images, the two arbitrary images having a common portion where the subjects are common to one another; and a shading detection unit configured to generate a shading model that approximates an influence of shading in the arbitrary images, and based on the difference within the common portion, modify the shading model to a modified shading model, characterized in that the correction image generating unit further includes a shading estimation unit configured to expand a range to which the modified shading model is applied to an area within the arbitrary images other than the common portion and generate a correction image for correcting the shading in the whole area in the arbitrary images. an image inputting unit configured to input a plurality of images having a portion where at least a part of subjects of the plurality of images is common to one another; and a correction image generating unit configured to generate a correction image used for correcting the plurality of images, wherein the correction image generating unit includes: a difference acquiring unit configured to acquire a difference between luminance of pixels from two arbitrary images of the plurality of images, the two arbitrary images having a common portion where the subjects are common to one another; and a shading detection unit configured to generate a shading model that approximates an influence of shading in the arbitrary images, and based on the difference within the common portion, modify the shading model to a modified shading model, a difference acquiring unit configured to acquire a difference between luminance of pixels from two arbitrary images of the plurality of images, the two arbitrary images having a common portion where the subjects are common to one another; and a shading detection unit configured to generate a shading model that approximates an influence of shading in the arbitrary images, and based on the difference within the common portion, modify the shading model to a modified shading model, characterized in that the correction image generating unit further includes a shading estimation unit configured to expand a range to which the modified shading model is applied to an area within the arbitrary images other than the common portion and generate a correction image for correcting the shading in the whole area in the arbitrary images.
A magnetic resonance imaging system (10, 10A, 10B, 10C) for imaging a subject by a multi-shot imaging, comprising an acquiring unit configured to acquire MR raw data corresponding to a plurality of shots; an imaging unit configured to generate a plurality of folded images from the MR raw data, wherein each of the plurality of folded images is generated from a subset of the MR raw data, the magnetic resonance imaging system further comprising: a deriving unit configured to derive a magnitude of each pixel of each folded image; a detecting unit configured to detect a motion of the subject during the multi-shot imaging based on similarity measurements of any two folded images of the plurality of folded images, wherein the detecting unit further comprises a first deriving unit configured to derive the measured similarities; and a reconstructing unit configured to reconstruct a MR image of the subject, characterized in that the detecting unit further comprises a second determining unit configured to cluster the folded images into static clusters based on the measured similarities, any two folded images of each static cluster having the similarity which indicates that the two folded images are substantially the same, the static cluster having the largest number of the MR raw data being referred to as reference cluster and the other static clusters being referred to as non-reference clusters, wherein the reconstruction unit is configured to resonstruct the MR image based on the MR raw data of the reference cluster.
A method for producing direct reduced iron and/or hot metal using high-moisture content carbonaceous material comprising one of brown coal, lignite and sub-bituminous coal, comprising: drying the high-moisture content carbonaceous material with energy from a hot off gas from a furnace for producing direct reduced iron and/or hot metal; destructively distilling the dried high-moisture content carbonaceous material; dry quenching the carbonaceous material obtained from the distilling step; agglomerating carbonaceous material from the high-moisture content carbonaceous material with a metal oxide-bearing material to form an agglomerate; and using the agglomerate in a direct reduction and/or hot metal producing process. drying the high-moisture content carbonaceous material with energy from a hot off gas from a furnace for producing direct reduced iron and/or hot metal; destructively distilling the dried high-moisture content carbonaceous material; dry quenching the carbonaceous material obtained from the distilling step; agglomerating carbonaceous material from the high-moisture content carbonaceous material with a metal oxide-bearing material to form an agglomerate; and using the agglomerate in a direct reduction and/or hot metal producing process.
An antigen-binding polypeptide which specifically binds to the LIGHT polypeptide, comprising: (a) a humanized antibody heavy chain variable region consisting of the amino acid sequence of: (b) a humanized antibody light chain variable region consisting of the amino acid sequence of: (a) a humanized antibody heavy chain variable region consisting of the amino acid sequence of: (b) a humanized antibody light chain variable region consisting of the amino acid sequence of: