mhurhangee/ep-ind-claims huggingface dataset:
Planting apparatus including: a housing that defines: a primary guide; and first and second opposed branch guides (28, 30) extending laterally from the primary guide; a first runner slidably secured to, and movable along the primary guide; a second runner securable to, and movable along the first branch guide; a third runner securable to, and movable along the second branch guide; the first, second and third runners (14, 16, 18) being configured such that: the second runner is receivable from the first branch guide on to the first runner; and the third runner is receivable from the second branch guide on to the first runner; and drive means for moving: the second runner along the first branch guide and on to the first runner; the third runner along the second branch guide and on to the first runner; and the first runner, together with either of the second or third runners (16, 18) received thereon, along the primary guide. a housing that defines: a primary guide; and first and second opposed branch guides (28, 30) extending laterally from the primary guide; a primary guide; and first and second opposed branch guides (28, 30) extending laterally from the primary guide; a first runner slidably secured to, and movable along the primary guide; a second runner securable to, and movable along the first branch guide; a third runner securable to, and movable along the second branch guide; the first, second and third runners (14, 16, 18) being configured such that: the second runner is receivable from the first branch guide on to the first runner; and the third runner is receivable from the second branch guide on to the first runner; and drive means for moving: the second runner along the first branch guide and on to the first runner; the third runner along the second branch guide and on to the first runner; and the first runner, together with either of the second or third runners (16, 18) received thereon, along the primary guide. the second runner along the first branch guide and on to the first runner; the third runner along the second branch guide and on to the first runner; and the first runner, together with either of the second or third runners (16, 18) received thereon, along the primary guide.
A leaning vehicle running-state light-emitting device configured to emit light corresponding to a leaning vehicle running-state class, the leaning vehicle running-state light-emitting device comprising: a case disposable on a vehicle body of a leaning vehicle and locatable at the rear of a driver seated on a seat of the leaning vehicle; a light emitter housed in the case and including a light source (22a - 22d); a leaning vehicle running-state class data receiver which is housed in the case and to which leaning vehicle running-state class data is input, the leaning vehicle running-state class data being obtained by classifying data concerning a running state, including a turning state, of the leaning vehicle into a plurality of running state classes; and an illumination controller housed in the case and configured to control illumination of the light source (22a - 22d) based on the leaning vehicle running-state class data input to the leaning vehicle running-state class data receiver during traveling of the leaning vehicle 81); characterised in that the light source is configured to emit light at least in the left, right and rear directions with respect to the leaning vehicle. a case disposable on a vehicle body of a leaning vehicle and locatable at the rear of a driver seated on a seat of the leaning vehicle; a light emitter housed in the case and including a light source (22a - 22d); a leaning vehicle running-state class data receiver which is housed in the case and to which leaning vehicle running-state class data is input, the leaning vehicle running-state class data being obtained by classifying data concerning a running state, including a turning state, of the leaning vehicle into a plurality of running state classes; and an illumination controller housed in the case and configured to control illumination of the light source (22a - 22d) based on the leaning vehicle running-state class data input to the leaning vehicle running-state class data receiver during traveling of the leaning vehicle 81); characterised in that
A display device comprising: a pair of display modules (5a, 5b); a supporting member (30, 30', 30", 30''', 30'''') positioned between the pair of display modules (5a, 5b) in an X-axis direction in an XYZ rectangular coordinate system; and at least one printed circuit board, PCB, (330, 330", 330'''') coupled to the supporting member (30, 30', 30", 30''', 30'''') in a positive Y-axis direction for controlling the display modules (5a, 5b), characterised in that the display modules (5a, 5b) are configured to be connected to opposite sides of the PCB (330, 330", 330'''') in the X-axis direction, the at least one PCB (330, 330", 330'''') comprises a pair of connection terminals (331a, 331b) or (331a", 331b") configured to be electrically connected to the display modules (5a, 5b), and the display modules (5a, 5b) comprise connection correspondence parts disposed at the side ends adjacent to the opposite sides of the supporting member (30, 30', 30", 30''', 30'''') in an X-axis direction so as to be connected to the connection terminals (331a, 331b) or (331a", 331b"). a pair of display modules (5a, 5b); a supporting member (30, 30', 30", 30''', 30'''') positioned between the pair of display modules (5a, 5b) in an X-axis direction in an XYZ rectangular coordinate system; and at least one printed circuit board, PCB, (330, 330", 330'''') coupled to the supporting member (30, 30', 30", 30''', 30'''') in a positive Y-axis direction for controlling the display modules (5a, 5b), characterised in that the display modules (5a, 5b) are configured to be connected to opposite sides of the PCB (330, 330", 330'''') in the X-axis direction, the at least one PCB (330, 330", 330'''') comprises a pair of connection terminals (331a, 331b) or (331a", 331b") configured to be electrically connected to the display modules (5a, 5b), and the display modules (5a, 5b) comprise connection correspondence parts disposed at the side ends adjacent to the opposite sides of the supporting member (30, 30', 30", 30''', 30'''') in an X-axis direction so as to be connected to the connection terminals (331a, 331b) or (331a", 331b").
An assignment device that assigns, to a first program to be protected, a function enabling detection of tampering of the first program, the assignment device comprising: an extracting unit that randomly extracts a block from among blocks of instruction strings constituting byte code of the first program and that, at time of execution of the first program, extracts blocks which are invariably executed before the randomly-extracted block; a dividing unit that randomly divides, into a plurality of blocks, instruction strings constituting byte code of a second program which enables detection of tampering of the first program; and an inserting unit that inserts the plurality of blocks, which are obtained by division by the dividing unit, at different positions in the randomly-extracted block and in the extracted blocks which are invariably executed before the randomly-extracted block, while maintaining execution sequence written in the second program; wherein from control flow graph of each function included in the first program, the extracting unit randomly extracts source node and extracts dominators representing nodes present in path from start of execution of the function till the source node, and regarding each control flow graph, the inserting unit inserts the plurality of blocks, which are obtained by division by the dividing unit, at different positions in block of byte code corresponding to the source node and the dominators. an extracting unit that randomly extracts a block from among blocks of instruction strings constituting byte code of the first program and that, at time of execution of the first program, extracts blocks which are invariably executed before the randomly-extracted block; a dividing unit that randomly divides, into a plurality of blocks, instruction strings constituting byte code of a second program which enables detection of tampering of the first program; and an inserting unit that inserts the plurality of blocks, which are obtained by division by the dividing unit, at different positions in the randomly-extracted block and in the extracted blocks which are invariably executed before the randomly-extracted block, while maintaining execution sequence written in the second program; wherein from control flow graph of each function included in the first program, the extracting unit randomly extracts source node and extracts dominators representing nodes present in path from start of execution of the function till the source node, and regarding each control flow graph, the inserting unit inserts the plurality of blocks, which are obtained by division by the dividing unit, at different positions in block of byte code corresponding to the source node and the dominators.
An acoustic wave diagnostic apparatus that sequentially displays acoustic wave images of a plurality of continuous frames during imaging on a display unit, the acoustic wave diagnostic apparatus comprising: a measurement target recognition unit that automatically recognizes a measurement target included in an acoustic wave image of a present frame displayed on the display unit; a measurement algorithm setting unit that sets a measurement algorithm for the measurement target recognized by the measurement target recognition unit; a measurement unit that measures the measurement target based on the measurement algorithm set by the measurement algorithm setting unit and displays a measurement result on the display unit to be superimposed on the acoustic wave image of the present frame; an image memory; an optimum image determination unit that determines whether or not the acoustic wave image of the present frame among the plurality of continuous frames during imaging includes an optimum cross section of the measurement target; and characterised by a saving controller that overwrites and saves the acoustic wave image of the present frame and the measurement result in the image memory each time the optimum image determination unit determines that the acoustic wave image of the present frame includes the optimum cross section of the measurement target. a measurement target recognition unit that automatically recognizes a measurement target included in an acoustic wave image of a present frame displayed on the display unit; a measurement algorithm setting unit that sets a measurement algorithm for the measurement target recognized by the measurement target recognition unit; a measurement unit that measures the measurement target based on the measurement algorithm set by the measurement algorithm setting unit and displays a measurement result on the display unit to be superimposed on the acoustic wave image of the present frame; an image memory; an optimum image determination unit that determines whether or not the acoustic wave image of the present frame among the plurality of continuous frames during imaging includes an optimum cross section of the measurement target; and characterised by a saving controller that overwrites and saves the acoustic wave image of the present frame and the measurement result in the image memory each time the optimum image determination unit determines that the acoustic wave image of the present frame includes the optimum cross section of the measurement target.
Method for operating a heating system having at least two heaters (2, 3) which are connected to a common exhaust system, comprising at least the following steps: a) transmission of operating states from the at least two heaters (2, 3) to a higher-level management apparatus, b) processing of the operating states transmitted in step a) by the higher-level management apparatus, c) transmitting at least one result from step b) to at least one of the at least two heaters (2, 3), d) adapting at least one operating parameter specification of the at least one of the at least two heaters (2, 3) if it has been detected that at least two of the heaters (2, 3) are being operated simultaneously in a heating mode, characterised in that the operating parameter specification describes a correlation between an operating state and an operating parameter of the heater (2, 3). a) transmission of operating states from the at least two heaters (2, 3) to a higher-level management apparatus, b) processing of the operating states transmitted in step a) by the higher-level management apparatus, c) transmitting at least one result from step b) to at least one of the at least two heaters (2, 3), d) adapting at least one operating parameter specification of the at least one of the at least two heaters (2, 3) if it has been detected that at least two of the heaters (2, 3) are being operated simultaneously in a heating mode,
A multiple-pipe instant heating type steam generator, comprises a steam generator body and a steam generator inner container, the steam generator inner container is sealedly disposed in a cavity of the steam generator body, a first mouthpiece is disposed at a first end of the steam generator body, and a second mouthpiece is disposed at a second end of the steam generator inner container, wherein the steam generator inner container is formed by fixedly connecting an end cover to a cylinder structure, a plurality of inner channels is evenly formed in the outer surface of the cylinder structure, the second mouthpiece is connected to the end cover and is communicated with the plurality of inner channels by means of shunting pipes, a plurality of outer channels is formed in the inner wall of the cavity of the steam generator body, the plurality of outer channels corresponds to the plurality of inner channels in a one-to-one manner to form a plurality of water flow and vaporization pipelines having cross sections, the first mouthpiece is communicated with the plurality of water flow and vaporization pipelines having cross sections and accordingly is communicated with the second mouthpiece; the multiple-pipe instant heating type steam generator being characterised in that the first and second mouthpieces (1, 7) are brass mouthpieces (1, 7), and in that the water flow and vaporization pipelines have a round cross section; and the multiple-pipe instant heating type steam generator being further characterised in that the shunting pipes comprise three parts, the first part is a longitudinal pipe communicated with the second brass mouthpiece, the second part is an annular pipe communicated with the plurality of water flow and vaporization pipelines having round cross sections, and the third part is a horizontal pipe communicated with the first part and the second part. the multiple-pipe instant heating type steam generator being characterised in that the first and second mouthpieces (1, 7) are brass mouthpieces (1, 7), and in that the water flow and vaporization pipelines have a round cross section; and the multiple-pipe instant heating type steam generator being further characterised in that the shunting pipes comprise three parts, the first part is a longitudinal pipe communicated with the second brass mouthpiece, the second part is an annular pipe communicated with the plurality of water flow and vaporization pipelines having round cross sections, and the third part is a horizontal pipe communicated with the first part and the second part.
A method for manufacturing a tilting pad journal bearing including a bearing housing formed in a tubular shape and having a rotary shaft inserted therein, a plurality of pivots integrally attached to the bearing housing, and a plurality of tilting pads attached to a distal end portion of the pivot and disposed to surround the rotary shaft inside the bearing housing, characterized in that the method comprises: machining metal material to roughly process a back metal portion of the tilting pad; next, affixing a resin material by laminating to an inner circumferential surface of the back metal portion of the tilting pad formed into a concave circular arc surface shape having a predetermined curvature by rough processing, and pressure-welding the resin material by a metal mold, and integrating the resin material with the inner circumferential surface portion of the tilting pad; next, machining the back metal portion of the tilting pad to form a convex circular arc-shaped outer circumferential surface having a predetermined curvature, and forming a pivot fitting hole at a predetermined position on the outer circumferential surface; and when forming the pivot fitting hole, an inner diameter of the pivot fitting hole is made slightly smaller than the outer diameter of the distal end portion of the substantially columnar pivot; and next automatically forming a concave portion on the concave curved inner circumferential surface of the tilting pad by attaching the distal end portion of the pivot to the pivot fitting hole by interference-fitting. machining metal material to roughly process a back metal portion of the tilting pad; next, affixing a resin material by laminating to an inner circumferential surface of the back metal portion of the tilting pad formed into a concave circular arc surface shape having a predetermined curvature by rough processing, and pressure-welding the resin material by a metal mold, and integrating the resin material with the inner circumferential surface portion of the tilting pad; next, machining the back metal portion of the tilting pad to form a convex circular arc-shaped outer circumferential surface having a predetermined curvature, and forming a pivot fitting hole at a predetermined position on the outer circumferential surface; and when forming the pivot fitting hole, an inner diameter of the pivot fitting hole is made slightly smaller than the outer diameter of the distal end portion of the substantially columnar pivot; and next automatically forming a concave portion on the concave curved inner circumferential surface of the tilting pad by attaching the distal end portion of the pivot to the pivot fitting hole by interference-fitting.
Device for inserting an impost in a door or window frame with two opposed parallel frame legs, comprising a tensioning device (10,100) integrated into the frame construction for spreading the frame legs and for shifting the impost from the first frame leg against the second frame leg, with a spreading block (12,112) insertable into the first frame leg, characterized by a clamping finger (16,116) disposed pivotable at the spreading block (12,112) around an axis (20,120) parallel to the frame legs between a position lying on the first frame leg and a position protruding thereon, and an end piece insertable into one end of the impost and engaging in a form-locking manner with a free end of the clamping finger (16,116) for shifting the impost, said end piece (14,114) being provided with a conduct (39,139) for receiving an extension of the end of the clamping finger (16,116), said conduct (39,139) comprising a bottom opening, a sliding section extending from the opening upwards along the axis of the impost, and a locking section being angled laterally from the sliding section.
A print liquid supply, comprising: a bag (105, 822) including a fluidic dispensing spout; and a box (110, 1250) having a cuboid shape, to maintain the bag therein; and a support element within the box which supports the bag within and against a surface of the box; the box comprising a number of alignment structures (120, 1956-1,1956-2,1956-3) formed along an edge of a first wall of the box, wherein the alignment structures of the box are mated with corresponding alignment structures (1958-1, 1958-2, 1970-1, 1970-2) of the support element; the support element comprising a clamp plate assembly, the clamp plate assembly comprising (i) a clamp plate which interfaces with the spout to secure the relative position of the spout and box, and (ii) a back plate that is approximately orthogonal to the clamp plate, wherein the back plate and clamp plate are flush with adjacent walls of the cuboid box. a bag (105, 822) including a fluidic dispensing spout; and a box (110, 1250) having a cuboid shape, to maintain the bag therein; and a support element within the box which supports the bag within and against a surface of the box; the box comprising a number of alignment structures (120, 1956-1,1956-2,1956-3) formed along an edge of a first wall of the box, wherein the alignment structures of the box are mated with corresponding alignment structures (1958-1, 1958-2, 1970-1, 1970-2) of the support element; the support element comprising a clamp plate assembly, the clamp plate assembly comprising (i) a clamp plate which interfaces with the spout to secure the relative position of the spout and box, and (ii) a back plate that is approximately orthogonal to the clamp plate, the box comprising a number of alignment structures (120, 1956-1,1956-2,1956-3) formed along an edge of a first wall of the box, wherein the alignment structures of the box are mated with corresponding alignment structures (1958-1, 1958-2, 1970-1, 1970-2) of the support element; the support element comprising a clamp plate assembly, the clamp plate assembly comprising (i) a clamp plate which interfaces with the spout to secure the relative position of the spout and box, and (ii) a back plate that is approximately orthogonal to the clamp plate, (i) a clamp plate which interfaces with the spout to secure the relative position of the spout and box, and (ii) a back plate that is approximately orthogonal to the clamp plate, wherein the back plate and clamp plate are flush with adjacent walls of the cuboid box.
A human skin moisture measuring device comprising a transparent interdigitated resistive sensor and wherein said sensor is formed on a plate-like transparent support with a face designed to be placed into contact with the skin that the moisture degree has to be measured of, and wherein it comprises image sensing means turned towards the opposite face of said support and a lighting device sideways arranged relative to said support to direct the light radiation within said support at a prefixed angle, means for processing the signal from said interdigitated resistive sensor and said image sensing means being further provided to give as output a value of the measured moisture degree that is normalized with respect to the surface of contact between skin and sensor.
A cooking oven comprising walls delimiting a cooking cavity arranged to receive food products to be cooked, a first antenna mounted on a wall of the oven, in said cooking cavity, said first antenna being configured to emit signals in the cooking cavity and to energize a temperature measurement probe intended to be arranged in the food products so as to measure its temperature upon cooking, such an oven being characterized in that said oven further comprises a second antenna and a phase shifter, said second antenna being configured to emit signals in the cooking cavity and to energize said temperature measurement probe, said first antenna and second antenna being configured for emitting out-of-phase signals in the cavity of the oven so as to prevent said signals from inducing stationary waves in said cavity by shifting vibration node(s) of signal stationary waves so that a piezoelectric sensor of said temperature measurement probe arranged in the cavity of the oven receives a maximum amplitude signal, so that said oven is configured so as to prevent said signals from inducing such stationary waves in the cavity of the oven.