mhurhangee/ep-ind-claims huggingface dataset:
Machine for cleaning up fruits, particularly strawberries and radishes, comprising: closed loop conveyor belt for conveying fruits, provided with an upper conveying branch, a lower returning branch and two front and rear connecting portions (5c, 5d), respectively, being arranged between said upper conveying branch and lower returning branch, a plurality of holes are formed in said conveyor belt, each hole being adapted to receive a fruit; actuating means for moving said conveyor belt along a predetermined advancing direction; vacuum-generating means comprising distributing means being arranged under at least a predetermined portion of said upper conveying branch and within at least an operative portion of the front connecting portion, said at least an operative portion being adjacent to said predetermined portion of said upper conveying branch to generate an attracting force directed towards said conveyor belt, said attracting force acting on the fruits in the holes in said at least a predetermined portion of said upper conveying branch and in said at least an operative portion of said front connecting portion; said operative portion of the front connecting portion being greater than half of said front connecting portion; and first cutting means, for cutting fruits being arranged in said plurality of holes according to a cutting line substantially perpendicular to said advancing direction. closed loop conveyor belt for conveying fruits, provided with an upper conveying branch, a lower returning branch and two front and rear connecting portions (5c, 5d), respectively, being arranged between said upper conveying branch and lower returning branch, a plurality of holes are formed in said conveyor belt, each hole being adapted to receive a fruit; actuating means for moving said conveyor belt along a predetermined advancing direction; vacuum-generating means comprising distributing means being arranged under at least a predetermined portion of said upper conveying branch and within at least an operative portion of the front connecting portion, said at least an operative portion being adjacent to said predetermined portion of said upper conveying branch to generate an attracting force directed towards said conveyor belt, said attracting force acting on the fruits in the holes in said at least a predetermined portion of said upper conveying branch and in said at least an operative portion of said front connecting portion; said operative portion of the front connecting portion being greater than half of said front connecting portion; and first cutting means, for cutting fruits being arranged in said plurality of holes according to a cutting line substantially perpendicular to said advancing direction.
A packet analysis device, comprising: a protocol library for recording one or more characteristics of a packet to be inspected; inspection means for detecting whether the characteristic is included in inputted packets based on contents of the protocol library; counting means for counting, for each characteristic in a prescribed period of time, number of pieces of traffic of the inputted packets from which the characteristics are detected and number of pieces of traffic of the inputted packets from which the characteristics are not detected; and analysis means for determining whether an update of the protocol library is necessary based on the count result by the counting means, and downloading a newer protocol library from a download server when the update is necessary. a protocol library for recording one or more characteristics of a packet to be inspected; inspection means for detecting whether the characteristic is included in inputted packets based on contents of the protocol library; counting means for counting, for each characteristic in a prescribed period of time, number of pieces of traffic of the inputted packets from which the characteristics are detected and number of pieces of traffic of the inputted packets from which the characteristics are not detected; and analysis means for determining whether an update of the protocol library is necessary based on the count result by the counting means, and downloading a newer protocol library from a download server when the update is necessary.
A method of determining whether an individual is at increased risk of developing ovarian cancer, the method comprising steps of determining, in a biological sample obtained from an individual, nucleic acid sequence information about the BRIP1 gene; and comparing the sequence information to the wild-type sequence of BRIP1 (SEQ ID NO:10); wherein an identification of a nonsense mutation or a frameshift mutation in BRIP1 in the individual is indicative that the individual is at increased risk of developing ovarian cancer.
Method for casting pole connectors onto lugs of plates, preferably of lead-acid-batteries, whereby a molding block with at least one molding cavity is used, whereby a connector is cast onto lugs of battery plates by filling the mold cavity with a selectable, predetermined amount of liquid lead and allowing the lead to solidify, characterized in that the each required amount of liquid lead is prepared in a metering device which is coordinated to the mold cavity in the molding block and which comprises a cylinder and a piston displaceable in it, whereby the piston in the cylinder of the metering device is in the filling position, in which it is retracted, and that the liquid lead is transferred to the mold cavity from the metering device from below into the mold cavity coordinated to the mold cavity, into which the lugs of the battery plates project, by displacing the piston of the metering device by a stroke unit coordinated to the piston.
Rotary coupling arrangement for a coordinate measuring machine, with a slip-ring assembly with a rotor arrangement, which has a shaft element and at least one contact ring (76, 92, 94), wherein the shaft element is at least partially in the form of a hollow shaft with a hollow interior and a casing wall, wherein the shaft element has a middle section, wherein each contact ring (76, 92, 94) is arranged on the shaft element in the middle section, wherein the middle section has at least one cutout (78, 80, 82, 84, 86, 88, 90) through the casing wall into the interior, wherein each contact ring (76, 92, 94) is connected to a cable element, which is guided through one of the at least one cutout (78, 80, 82, 84, 86, 88, 90) into the interior, wherein the shaft element has a first end section with an outer circumferential cross section for rotationally fixed coupling, wherein the middle section is offset in relation to the first end section by a flange, wherein the flange has an outside diameter which is larger than a smallest outside diameter of the first end section and larger than an outside diameter of the middle section, wherein a smallest outside diameter of the first end section is larger than an outside diameter of the middle section, wherein the outer circumferential cross section of the first end section is formed as a non-circular profile cross section, wherein the shaft element is formed in one piece, and wherein the rotor arrangement has more than one contact ring (76, 92, 94), and wherein an insulating ring (96, 98) which electrically insulates the adjacent contact rings (76, 92, 94) from one another is arranged in each case between two adjacent contact rings (76, 92, 94), and wherein the rotary coupling arrangement has furthermore a rotatable coupling assembly, which has a first end and a second end, opposite from the first end, wherein the first end has a coupling interface, and wherein the second end has a slip-ring assembly interface for rotationally fixed coupling to the first end section of the rotor arrangement, and with a rotary position measuring system for determining a rotary position of the rotor arrangement of the slip-ring assembly.
Connection system equipped with a harness comprising an assembly of wires, the said connection system comprises a sandwich enclosing the said wires, the said connection system comprising a trough with a streamlined aerodynamic shape, the said sandwich being arranged in the said trough, characterised in that the said connection system comprises a lower foam and an upper foam forming the sandwich and each wire being compressed in isolation between the upper foam and a lower foam, the said connection system being equipped with an attachment means for attaching the said upper foam to an exterior casing of a vehicle, the said connection system being equipped with an attachment device for attaching the said lower foam to an internal wall of the said trough, the said connection system comprising at least one routing pin keeping the wires flat next to one another in a plane, the said plane having a thickness greater than or equal to the largest diameter (DMAX) of the said wires, the said pin having a C shape by comprising two branches (51, 52) linked by an arc enabling relative movement of the said branches (51, 52), at least one branch (51, 52) having corrugations (54, 55).
A method for determining thickness of a plurality of nested tubulars comprising: placing a logging tool in a well with the plurality of conductive tubulars; generating an electromagnetic field using a transmitter of the logging tool, wherein the electromagnetic field interacts with the plurality of conductive tubulars; obtaining measurements of the electromagnetic field returning from the tubulars and generated by eddy currents therein from one or more receivers of the logging tool; applying the measurements to a mathematical model that considers at least a transition zone and one or both of a first field zone and a second field zone of the electromagnetic field that interacts with the plurality of conductive tubulars, wherein the transition zone is between the first field zone and the second field zone of the electromagnetic field and a phase response in the transition zone is substantially non-linear while a phase response in the first and second field zones are substantially linear; and ascertaining a thickness of at least one or more of the conductive tubulars using the mathematical model. placing a logging tool in a well with the plurality of conductive tubulars; generating an electromagnetic field using a transmitter of the logging tool, wherein the electromagnetic field interacts with the plurality of conductive tubulars; obtaining measurements of the electromagnetic field returning from the tubulars and generated by eddy currents therein from one or more receivers of the logging tool; applying the measurements to a mathematical model that considers at least a transition zone and one or both of a first field zone and a second field zone of the electromagnetic field that interacts with the plurality of conductive tubulars, wherein the transition zone is between the first field zone and the second field zone of the electromagnetic field and a phase response in the transition zone is substantially non-linear while a phase response in the first and second field zones are substantially linear; and ascertaining a thickness of at least one or more of the conductive tubulars using the mathematical model.
A user input device, comprising: a control stick mechanism configured to receive user manipulation in one or more axes; control circuitry configured to process movement data representative of the user manipulation to derive a mechanical center of the control stick mechanism from at least a sequence of qualified resting points associated with the control stick mechanism; the control circuitry configured to determine the qualified resting points as when the movement data indicates the control stick mechanism comes to a rest within at least a center qualification zone (303, 304) after exiting and re-entering the center qualification zone (303, 304); wherein the center qualification zone (303, 304) comprises a boundary around a current value of the mechanical center; the control circuitry configured to at least re-center the movement data according to the mechanical center to establish calibrated movement data; and the control circuitry configured to present the calibrated movement data for use in controlling one or more user interface elements with the control stick mechanism. a control stick mechanism configured to receive user manipulation in one or more axes; control circuitry configured to process movement data representative of the user manipulation to derive a mechanical center of the control stick mechanism from at least a sequence of qualified resting points associated with the control stick mechanism; the control circuitry configured to determine the qualified resting points as when the movement data indicates the control stick mechanism comes to a rest within at least a center qualification zone (303, 304) after exiting and re-entering the center qualification zone (303, 304); wherein the center qualification zone (303, 304) comprises a boundary around a current value of the mechanical center; the control circuitry configured to at least re-center the movement data according to the mechanical center to establish calibrated movement data; and the control circuitry configured to present the calibrated movement data for use in controlling one or more user interface elements with the control stick mechanism.
A nonaqueous electrolyte secondary battery comprising a safety valve arranged on one end side of a cylindrical outer packaging can holding an electrode element therein, and the safety valve comprising a projecting portion projecting toward the electrode element and connected to a lead of the electrode element at the center of the safety valve, wherein a plurality of linear thin portions are formed on the safety valve almost along each of at least two circumferences centering on the projecting portion, and a plurality of thin portions extending in a radial direction are formed across end portions of linear thin portions adjacent to each other, respectively, such that each thin portion extending in a radial direction is formed between two linear thin portions formed along two different circumferences, the plurality of linear thin portions and the plurality of thin portions extending in a radial direction forming a continuous path. a plurality of linear thin portions are formed on the safety valve almost along each of at least two circumferences centering on the projecting portion, and a plurality of thin portions extending in a radial direction are formed across end portions of linear thin portions adjacent to each other, respectively, such that each thin portion extending in a radial direction is formed between two linear thin portions formed along two different circumferences, the plurality of linear thin portions and the plurality of thin portions extending in a radial direction forming a continuous path.
A method of communicating between a source device located within a seat headrest and a plurality of sink devices in a local area network, LAN, comprising: generating, at the source device, a modulated magnetic field capable of transferring data via a magnetic communication link, wherein a centralized hub is electrically connected to the source device located within the seat headrest, and wherein the centralized hub provides signals to a plurality of source devices, including the source device, within a local environment; establishing, by the source device, a wireless data transfer between the source device and at least one of the plurality of sink devices; converting, by the source device, the signals to the data in a data format receivable by a respective sink device; and transmitting, by the source device, the data over the magnetic communication link to at least one of the plurality of sink devices, receiving, at the at least one sink device, the data from the source device over the magnetic communication link. generating, at the source device, a modulated magnetic field capable of transferring data via a magnetic communication link, wherein a centralized hub is electrically connected to the source device located within the seat headrest, and wherein the centralized hub provides signals to a plurality of source devices, including the source device, within a local environment; establishing, by the source device, a wireless data transfer between the source device and at least one of the plurality of sink devices; converting, by the source device, the signals to the data in a data format receivable by a respective sink device; and transmitting, by the source device, the data over the magnetic communication link to at least one of the plurality of sink devices, receiving, at the at least one sink device, the data from the source device over the magnetic communication link.
An apparatus comprising evaporator, mixing unit, vessel, vessel and mixing unit, wherein evaporator has a feed inlet, a vapor outlet and a liquid outlet, and wherein evaporator, mixing unit, vessel and mixing unit are arranged such that a liquid composition can be fed from vessel into mixing unit and from mixing unit into evaporator through feed inlet of evaporator and from evaporator through liquid outlet of evaporator into mixing unit, characterized in that vessel is arranged such that a liquid composition can be fed from vessel into mixing unit and into mixing unit. wherein evaporator has a feed inlet, a vapor outlet and a liquid outlet, and wherein evaporator, mixing unit, vessel and mixing unit are arranged such that a liquid composition can be fed from vessel into mixing unit and from mixing unit into evaporator through feed inlet of evaporator and from evaporator through liquid outlet of evaporator into mixing unit, characterized in that vessel is arranged such that a liquid composition can be fed from vessel into mixing unit and into mixing unit.
A turbine casing, comprising: first and second turbine casing shells (11, 12) configured to be removably coupled to one another, at least one of the first and second turbine casing shells (11, 12) being formed to define at least one access slot; and multiple removeable service wedges installed in the at least one access slot. first and second turbine casing shells (11, 12) configured to be removably coupled to one another, at least one of the first and second turbine casing shells (11, 12) being formed to define at least one access slot; and multiple removeable service wedges installed in the at least one access slot.
Gas meter, comprising a housing with a gas inlet connection and an inflow chamber, which is arranged downstream of the latter and into which gas flows via an inflow opening, arranged downstream of which inflow chamber is a measuring section arranged upstream of a gas outlet connection and having a measuring device, in which the gas flow is measured, wherein projecting into the inflow chamber there is a tube, which merges into the measuring section or forms the latter and runs substantially perpendicularly to the gas flow direction through the inflow opening and overlaps the inflow opening, at least in a certain portion, and wherein an insert, on which the tube is arranged and by means of which the region of the gas inlet is separated from the region of the gas outlet, is arranged in the housing, characterized in that the insert divides the housing into an upper portion adjoining the gas inlet connection and the gas outlet connection and a lower portion accommodating the tube and at the same time, in the upper housing portion, forms a prechamber arranged downstream of the gas inlet and upstream of the inflow chamber, communicating with the inflow chamber via the inflow opening and being separated from the region of the gas outlet by a dividing wall.
A vacuum pump, comprising: a casing that has an inlet port and an outlet port; and a rotor that has a recessed portion opened toward the inlet port and is fastened to a rotor shaft by a bolt disposed in the recessed portion, characterized in that the vacuum pump further comprising a flexible cover that has an outer peripheral portion supported on an end surface of the rotor that opposes the inlet port, and a central portion caved in the recessed portion of the rotor, the flexible cover covering the recessed portion by elastically deforming into a convex shape toward the recessed portion.
A flexible male chastity device comprising a ventilated cage housing comprising: a) a shaft portion; b) a circular or oval base portion configured to encase the shaft and head of the penis wherein the base portion is constructed of resin or hard plastic; and c) a hinged insert or anti-pullout ring comprising two hingedly interconnected arms each with at least one inwardly directed anti-pullout projection, characterised in that at least the innermost end of each of the anti-pullout projections is coated with silastic or some other flexible, inert silicone elastomer such as rubber, in that the innermost ends of each of the anti-pullout projections comprise a triangular or ovoid surface for contacting the penis, in that the hingedly interconnected arms do not fully enclose the penis, and in that the anti-pullout projections extend into a lumen of the base portion. a) a shaft portion; b) a circular or oval base portion configured to encase the shaft and head of the penis wherein the base portion is constructed of resin or hard plastic; and c) a hinged insert or anti-pullout ring comprising two hingedly interconnected arms each with at least one inwardly directed anti-pullout projection, in that at least the innermost end of each of the anti-pullout projections is coated with silastic or some other flexible, inert silicone elastomer such as rubber, in that the innermost ends of each of the anti-pullout projections comprise a triangular or ovoid surface for contacting the penis, in that the hingedly interconnected arms do not fully enclose the penis, and in that the anti-pullout projections extend into a lumen of the base portion.
A method performed by a computing device comprising: determining (220,1710) vehicle identification information -VII- that identifies a vehicle, wherein the computing device comprises a first software executable and a second software executable; storing (250, 1720) a first vehicle identifier associated with the first software executable and a second vehicle identifier associated with the second software executable based on the VII, wherein the first vehicle identifier differs from the second vehicle identifier; and repairing (270, 1730) the vehicle by at least: receiving a request to activate the first software executable, and activating the first software executable at least by providing the stored first vehicle identifier to the first software executable. determining (220,1710) vehicle identification information -VII- that identifies a vehicle, wherein the computing device comprises a first software executable and a second software executable; storing (250, 1720) a first vehicle identifier associated with the first software executable and a second vehicle identifier associated with the second software executable based on the VII, wherein the first vehicle identifier differs from the second vehicle identifier; and repairing (270, 1730) the vehicle by at least: receiving a request to activate the first software executable, and activating the first software executable at least by providing the stored first vehicle identifier to the first software executable. receiving a request to activate the first software executable, and activating the first software executable at least by providing the stored first vehicle identifier to the first software executable.