mhurhangee/ep-ind-claims huggingface dataset:
A data arrangement program that causes a computer to execute a process comprising: calculating a similarity between each of a plurality of process requests and each of a plurality of data records to generate an intermediate table, by processing each of the plurality of data records that are stored in a database by each of the plurality of process requests of a plurality of types to measure a time taken by the processing, the time being used as an index indicating the similarity, the intermediate table indicating the similarity for each combination of the plurality of data records and the plurality of process requests; classifying into a same cluster data records, similarities thereof with respect to the same process requests indicated in the intermediate table as being partially similar to one another, and arranging each of the data records included in the same cluster respectively in different computational resources (S1-SN) and processing a process request accepted for data records that are arranged in the computational resources (S1-SN). calculating a similarity between each of a plurality of process requests and each of a plurality of data records to generate an intermediate table, by processing each of the plurality of data records that are stored in a database by each of the plurality of process requests of a plurality of types to measure a time taken by the processing, the time being used as an index indicating the similarity, the intermediate table indicating the similarity for each combination of the plurality of data records and the plurality of process requests; classifying into a same cluster data records, similarities thereof with respect to the same process requests indicated in the intermediate table as being partially similar to one another, and arranging each of the data records included in the same cluster respectively in different computational resources (S1-SN) and processing a process request accepted for data records that are arranged in the computational resources (S1-SN).
A self-service terminal fascia comprising a display, at least a portion of the display comprising a touch screen, characterised in that the display further comprises at least one aperture (18,22,26) formed in and surrounded by the display to permit physical interaction between a user and at least one module (20,24,28) located rearwardly of the display.
A peeling device comprising: a vertical rotation disk that is rotatably provided such as to be freely attached to and detached from a rotation shaft that is provided such as to extend horizontally; a plurality of fruit and vegetable holders that are each rotatably provided around a rotation axis of the vertical rotation disk, and each being configured to support a fruit or vegetable by a support portion that is configured to extend vertically in relation to the vertical rotation disk; and a peeler main body that is movably supported by a peeler arm along an axial direction of the fruit or vegetable that is supportable by the fruit and vegetable holder in a state in which a peeler blade is pressable against the fruit or vegetable, characterized in that the vertical rotation disk is configured to be rotated and the fruit and vegetable holders are configured to be successively intermittently carried to a plurality of work positions including an attachment position for the fruit or vegetable, a peeling position, and a recovery position for the fruit or vegetable provided on a rotation movement path of the vertical rotation disk, and at the peeling position, as a result of the carried fruit and vegetable holder being rotated, the supportable fruit or vegetable is rotatable and full-periphery peeling by the peeler blade is performed by the peeler main body being configured to move along the axial direction of the fruit or vegetable. a vertical rotation disk that is rotatably provided such as to be freely attached to and detached from a rotation shaft that is provided such as to extend horizontally; a plurality of fruit and vegetable holders that are each rotatably provided around a rotation axis of the vertical rotation disk, and each being configured to support a fruit or vegetable by a support portion that is configured to extend vertically in relation to the vertical rotation disk; and a peeler main body that is movably supported by a peeler arm along an axial direction of the fruit or vegetable that is supportable by the fruit and vegetable holder in a state in which a peeler blade is pressable against the fruit or vegetable, characterized in that the vertical rotation disk is configured to be rotated and the fruit and vegetable holders are configured to be successively intermittently carried to a plurality of work positions including an attachment position for the fruit or vegetable, a peeling position, and a recovery position for the fruit or vegetable provided on a rotation movement path of the vertical rotation disk, and at the peeling position, as a result of the carried fruit and vegetable holder being rotated, the supportable fruit or vegetable is rotatable and full-periphery peeling by the peeler blade is performed by the peeler main body being configured to move along the axial direction of the fruit or vegetable.
A rotating electric machine comprising a stator comprising a winding comprising at least one conductor comprising a first sub-conductor and a second sub-conductor (4.1), wherein the first and second sub-conductor are connected in parallel; characterized in that said winding is provided with at least one compensator for minimizing circulatory current losses of the winding of the electric machine, the compensator comprising a frame part made of a magnetically conductive material and being provided with at least one opening; said first and second sub-conductors (4.1) being arranged to extend geometrically anti-parallel through the at least one opening so that the total current flowing through the opening is substantially zero, when alternating current supplied to the first sub-conductor is equal to current supplied to the second sub-conductor.
A method, comprising: utilizing a focused removal technique to remove at least a portion of a casting shell from a cast component; exposing the cast component to a leaching solution and a first high pressure water wash to remove an internal core material from the cast component and to remove at least a portion of a casting shell remainder, wherein the high pressure water wash is emitted by a water jet; exposing the cast component to a first high agitation leaching solution the first high agitation leaching solution comprising a leaching solution subject to intermittent boiling caused by at least one of heating the first high agitation leaching solution and reducing a pressure in a submersion vessel; applying an electroless nickel-boron coating to the cast component; applying an electrolytic palladium coating to the cast component; and exposing the cast component to a second high agitation leaching solution to remove the casting shell remainder and an internal core material remainder. utilizing a focused removal technique to remove at least a portion of a casting shell from a cast component; exposing the cast component to a leaching solution and a first high pressure water wash to remove an internal core material from the cast component and to remove at least a portion of a casting shell remainder, wherein the high pressure water wash is emitted by a water jet; exposing the cast component to a first high agitation leaching solution the first high agitation leaching solution comprising a leaching solution subject to intermittent boiling caused by at least one of heating the first high agitation leaching solution and reducing a pressure in a submersion vessel; applying an electroless nickel-boron coating to the cast component; applying an electrolytic palladium coating to the cast component; and exposing the cast component to a second high agitation leaching solution to remove the casting shell remainder and an internal core material remainder.
A device, comprising: at least one element having a fixed end and a deflectable end; at least one actuating structure having a first end coupled to at least said deflectable end of said element, said actuating structure comprising at least one elastic element in series with at least one non-elastic element; at least one force actuator configured to apply an actuator force to a second end of said actuating structure; and a control system for adjusting an operation of said force actuator based at least one actuation input, an amount of said actuator force, and an amount of displacement generated by said force actuator, the control system comprises a computing device for detecting when said element is in contact with an object and for operating said force actuator using one of a motion control mode and a force control mode based on said detecting, said detecting based on said amount of said actuator force and said amount of displacement. at least one element having a fixed end and a deflectable end; at least one actuating structure having a first end coupled to at least said deflectable end of said element, said actuating structure comprising at least one elastic element in series with at least one non-elastic element; at least one force actuator configured to apply an actuator force to a second end of said actuating structure; and a control system for adjusting an operation of said force actuator based at least one actuation input, an amount of said actuator force, and an amount of displacement generated by said force actuator, the control system comprises a computing device for detecting when said element is in contact with an object and for operating said force actuator using one of a motion control mode and a force control mode based on said detecting, said detecting based on said amount of said actuator force and said amount of displacement.
A system for remotely marking a security document, such as a passport, with a corresponding virtual stamp, label or visa, comprising: - an interface adapted to receive, from field equipment and via a network, graphical data of a scanned image of a security document; - a data storage adapted to store a data record comprising said received image data and additional data in relation to an owner of the scanned security document; - a graphical data processing module adapted to superimpose an image of a mark onto the image of the security document and adapted to generate further graphical data of the scanned image of the security document with the mark; - an access module adapted to provide access to said further graphical data. - an interface adapted to receive, from field equipment and via a network, graphical data of a scanned image of a security document; - a data storage adapted to store a data record comprising said received image data and additional data in relation to an owner of the scanned security document; - a graphical data processing module adapted to superimpose an image of a mark onto the image of the security document and adapted to generate further graphical data of the scanned image of the security document with the mark; - an access module adapted to provide access to said further graphical data.
A method of controlling of defrosting of a refrigeration apparatus, the method comprising: detecting a flow rate of air through an item of the refrigeration apparatus that is susceptible to frosting; initiating a defrost process in response to the detected air flow through the item being less than a start threshold flow rate; during the defrost process, detecting a flow rate of air through the item that is susceptible to frosting and detecting a fill level of a vaporisation tank storing liquid water resulting from the defrost process; and stopping the defrost process in response to either: (i) the detected fill level reaching a predetermined threshold fill level; or (ii) the detected air flow rate being greater than an end threshold flow rate; wherein the start threshold flow rate is lowered in response to the detected fill level reaching the predetermined threshold fill level. detecting a flow rate of air through an item of the refrigeration apparatus that is susceptible to frosting; initiating a defrost process in response to the detected air flow through the item being less than a start threshold flow rate; during the defrost process, detecting a flow rate of air through the item that is susceptible to frosting and detecting a fill level of a vaporisation tank storing liquid water resulting from the defrost process; and stopping the defrost process in response to either: (i) the detected fill level reaching a predetermined threshold fill level; or (ii) the detected air flow rate being greater than an end threshold flow rate; (i) the detected fill level reaching a predetermined threshold fill level; or (ii) the detected air flow rate being greater than an end threshold flow rate; wherein the start threshold flow rate is lowered in response to the detected fill level reaching the predetermined threshold fill level.
Method for producing a cooling channel piston for an internal combustion engine, which cooling channel piston has a cooling channel in its piston head, wherein the piston head is adjoined by a piston lower part with piston hubs, bolt bores and piston shafts, wherein first of all a piston blank having an encircling collar which protrudes radially in the region of the piston head is produced, wherein the collar, which forms a subsequent annular field wall, is subsequently reshaped, and a contact region for the collar is formed in a transition region between the piston head and the piston lower part, and the collar is reshaped until its outer, radially encircling edge comes very close or completely into contact with the contact region in order to form a closed cooling channel, characterized in that the outer extent of the collar, which is to be reshaped, of the piston blank and the position of the upper edge of the piston shaft are selected in such a manner that, after the reshaping, the end region of the annular field wall forms a defined gap with respect to the upper edge of the piston shaft.
An electronic device, comprising: a housing of the electronic device; a touch sensitive surface (601, 901, 1401) disposed along the housing, the touch sensitive surface comprising: a capacitive touchpad (609, 909) spanning the touch sensitive surface; and a grille (613, 913) of non-conductive material disposed along and atop at least a portion of the capacitive touchpad; and a control circuit, operable with the capacitive touchpad, to detect touch actuation from an object overcoming a force threshold defined by the grille. a housing of the electronic device; a touch sensitive surface (601, 901, 1401) disposed along the housing, the touch sensitive surface comprising: a capacitive touchpad (609, 909) spanning the touch sensitive surface; and a grille (613, 913) of non-conductive material disposed along and atop at least a portion of the capacitive touchpad; and a capacitive touchpad (609, 909) spanning the touch sensitive surface; and a grille (613, 913) of non-conductive material disposed along and atop at least a portion of the capacitive touchpad; and a control circuit, operable with the capacitive touchpad, to detect touch actuation from an object overcoming a force threshold defined by the grille.
Fuel filter device having an annular base section and having an altogether cylindrical filter section which extends from said base section, wherein the filter section has a plurality of web sections which extend from the base section in a longitudinal direction, has in each case a screen section between two adjacent web sections, and has an end section which is arranged at a distance from the base section as seen in the longitudinal direction, characterized in that the screen section is altogether substantially planar, so that the filter section has an altogether polygonal cross section.
A SiC semiconductor device manufacturing method comprising: a step of etching a surface of a SiC substrate with H 2 gas at a temperature of 1200°C or more; a step of forming a SiO 2 film on the SiC substrate under a condition where the SiC substrate is not oxidized; and a step of thermally treating the SiC substrate formed with the SiO 2 film in N 2 gas atmosphere at a temperature of 1350°C or more. a step of etching a surface of a SiC substrate with H 2 gas at a temperature of 1200°C or more; a step of forming a SiO 2 film on the SiC substrate under a condition where the SiC substrate is not oxidized; and a step of thermally treating the SiC substrate formed with the SiO 2 film in N 2 gas atmosphere at a temperature of 1350°C or more.
A fluid printhead, comprising: a plurality of fluid ejection elements, each fluid ejection element comprising: a fluid chamber; a throat portion through which fluid is provided to the fluid chamber; a heater element disposed within the fluid chamber; and a printhead condition detection element comprising: a stimulus node configured to receive a step voltage; a common first electrode formed by a cavitation layer that is common to each fluid chamber, the common first electrode is electrically connected to the stimulus node and is configured to receive the step voltage delivered by the stimulus node; a plurality of sense circuits each electrically connected to a corresponding one of a plurality of second electrodes respectively coupled to the plurality of fluid ejection elements and configured to output an indication of printhead condition based on the application of the step voltage to the common first electrode, a sense bus configured to receive an output from the plurality of sense circuits, and to output a digital low output upon a condition that fluid is present in at least one fluid chamber among the plurality of fluid chambers. a fluid chamber; a throat portion through which fluid is provided to the fluid chamber; a heater element disposed within the fluid chamber; and a printhead condition detection element comprising: a stimulus node configured to receive a step voltage; a common first electrode formed by a cavitation layer that is common to each fluid chamber, the common first electrode is electrically connected to the stimulus node and is configured to receive the step voltage delivered by the stimulus node; a plurality of sense circuits each electrically connected to a corresponding one of a plurality of second electrodes respectively coupled to the plurality of fluid ejection elements and configured to output an indication of printhead condition based on the application of the step voltage to the common first electrode, a sense bus configured to receive an output from the plurality of sense circuits, and to output a digital low output upon a condition that fluid is present in at least one fluid chamber among the plurality of fluid chambers. a stimulus node configured to receive a step voltage; a common first electrode formed by a cavitation layer that is common to each fluid chamber, the common first electrode is electrically connected to the stimulus node and is configured to receive the step voltage delivered by the stimulus node; a plurality of sense circuits each electrically connected to a corresponding one of a plurality of second electrodes respectively coupled to the plurality of fluid ejection elements and configured to output an indication of printhead condition based on the application of the step voltage to the common first electrode, a sense bus configured to receive an output from the plurality of sense circuits, and to output a digital low output upon a condition that fluid is present in at least one fluid chamber among the plurality of fluid chambers.
A turbocharger cleaning device comprising: a cleaning agent storage part in which a cleaning agent is stored to clean a turbocharger driven by exhaust gas introduced from an internal combustion engine; an air supply pipe which is configured to introduce transport air to the cleaning agent storage part; an on-off valve which is provided in the air supply pipe; a cleaning agent supply pipe which is configured to introduce the cleaning agent stored in the cleaning agent storage part from the cleaning agent storage part to the turbocharger along with the transport air; and a controller which is configured to control an operation of the on-off valve, characterized in that the controller is configured to open the on-off valve after the controller receives an operation signal of a device in conjunction with air blow which discharges the remaining exhaust gas by compressed air introduced via a compressed air pipe during a predetermined time after the internal combustion engine and the turbocharger stop. a cleaning agent storage part in which a cleaning agent is stored to clean a turbocharger driven by exhaust gas introduced from an internal combustion engine; an air supply pipe which is configured to introduce transport air to the cleaning agent storage part; an on-off valve which is provided in the air supply pipe; a cleaning agent supply pipe which is configured to introduce the cleaning agent stored in the cleaning agent storage part from the cleaning agent storage part to the turbocharger along with the transport air; and a controller which is configured to control an operation of the on-off valve, characterized in that the controller is configured to open the on-off valve after the controller receives an operation signal of a device in conjunction with air blow which discharges the remaining exhaust gas by compressed air introduced via a compressed air pipe during a predetermined time after the internal combustion engine and the turbocharger stop.
A set of urine collection pouch and urinary catheter, the collection pouch being made up of two superimposed sheets of plastic welded along their perimeter, said collection pouch including: - a collection compartment; - an intake orifice and - an inlet of said collection compartment in communication with the intake orifice upwardly delimiting said collection compartment, wherein - the intake orifice is provided with a vertical extension closed along its perimeter, said urinary catheter being integrated into the vertical extension; characterized in that: - the intake orifice and the inlet are vertically offset; and - the vertical height (ho) of the pouch excluding vertical extension corresponds to twice the height (hp) of said extension, such that the vertical extension with the catheter can be folded over in the downward direction by folding the pouch horizontally at approximately half its height and the pouch can next be wound, thus allowing the pouch to be stored in a compact manner. - a collection compartment; - an intake orifice and - an inlet of said collection compartment in communication with the intake orifice upwardly delimiting said collection compartment, - the intake orifice is provided with a vertical extension closed along its perimeter, said urinary catheter being integrated into the vertical extension; characterized in that: - the intake orifice and the inlet are vertically offset; and - the vertical height (ho) of the pouch excluding vertical extension corresponds to twice the height (hp) of said extension, such that the vertical extension with the catheter can be folded over in the downward direction by folding the pouch horizontally at approximately half its height and the pouch can next be wound, thus allowing the pouch to be stored in a compact manner.