mhurhangee/ep-ind-claims huggingface dataset:
Drive for the reciprocating movement of a retainer of a container along a trajectory curve with a first lever articulated on a first stationary pivot bearing, a second lever articulated on the first lever in a first connecting bearing opposite the first pivot bearing, on which second lever a retainer of a container is mounted opposite the first lever, a third lever articulated on a second stationary pivot bearing, a fourth lever articulated on the third lever in a second connecting bearing opposite the second stationary pivot bearing, on which lever the retainer of the container is mounted opposite the third lever, wherein the first stationary pivot bearing and the second stationary pivot bearing are fixed relative to one another, at a distance from one another or pivotable about the same pivot axis, and wherein at least one of the second lever and the fourth lever is pivotably articulated to the retainer of a container, with a first eccentric drive, which is connected to one of the first lever and the second lever, and a second eccentric drive, which is connected to one of the third lever and the fourth lever. a third lever articulated on a second stationary pivot bearing, a fourth lever articulated on the third lever in a second connecting bearing opposite the second stationary pivot bearing, on which lever the retainer of the container is mounted opposite the third lever, wherein the first stationary pivot bearing and the second stationary pivot bearing are fixed relative to one another, at a distance from one another or pivotable about the same pivot axis, and wherein at least one of the second lever and the fourth lever is pivotably articulated to the retainer of a container, with a first eccentric drive, which is connected to one of the first lever and the second lever, and a second eccentric drive, which is connected to one of the third lever and the fourth lever.
A jar comprising: a mandrel, first and second housing members (10, 30) positioned about the mandrel, and a release collet forming an end portion of the first housing for selectively engaging the mandrel; a release sleeve being axially movable with the mandrel, the release sleeve having an outer diameter portion at which the release collet contracts radially inwardly to engage the release sleeve; and a first biasing member positioned in the first housing member to resist axial movement of the mandrel. a mandrel, first and second housing members (10, 30) positioned about the mandrel, and a release collet forming an end portion of the first housing for selectively engaging the mandrel; a release sleeve being axially movable with the mandrel, the release sleeve having an outer diameter portion at which the release collet contracts radially inwardly to engage the release sleeve; and a first biasing member positioned in the first housing member to resist axial movement of the mandrel.
A computerized method of evaluating gastrointestinal cancer risk, comprising: generating a set of features comprising a plurality of current blood test results from a blood collected from a target individual; selecting at least one classifier according to at least one demographic characteristic of said target individual from a plurality of classifiers each generated according to a plurality of respective historical blood test results of a plurality of sampled individuals having at least one different demographic characteristic; said at least one classifier is generated according to an analysis of said plurality of respective historical blood test results of each of another of said plurality of sampled individuals; and evaluating,using a processor, a gastrointestinal cancer risk of said target individual by classifying said set of features using said at least one classifier; and wherein each of said plurality of historical and current blood test results comprises results of at least one the following blood tests: red blood cells, hemoglobin, and hematocrit and at least one result of the following blood tests hemoglobin and mean corpuscular hemoglobin concentration (MCHC). generating a set of features comprising a plurality of current blood test results from a blood collected from a target individual; selecting at least one classifier according to at least one demographic characteristic of said target individual from a plurality of classifiers each generated according to a plurality of respective historical blood test results of a plurality of sampled individuals having at least one different demographic characteristic; said at least one classifier is generated according to an analysis of said plurality of respective historical blood test results of each of another of said plurality of sampled individuals; and evaluating,using a processor, a gastrointestinal cancer risk of said target individual by classifying said set of features using said at least one classifier; and wherein each of said plurality of historical and current blood test results comprises results of at least one the following blood tests: red blood cells, hemoglobin, and hematocrit and at least one result of the following blood tests hemoglobin and mean corpuscular hemoglobin concentration (MCHC).
Contactor system for a fluctuating DC power supply, the contactor system comprising a contactor that comprises: - an electromagnetic coil having a winding, and - a first and a second terminals (2, 4) located in the electromagnetic coil and configured to be connected to the DC power supply, the first and second terminals (2, 4) being configured to operate the electromagnetic coil at a first voltage provided by the DC power supply, - at least an additional terminal located between the first and the second terminals (2, 4) in the longitudinal axis of the electromagnetic coil, characterised in that: - the additional terminal located between the first and the second terminals (2, 4) in the longitudinal axis of the electromagnetic coil is configured to be connected to the DC power supply, the first and the additional terminals (2, 5) and the additional and the second terminals (5, 4) being configured to operate the electromagnetic coil at a second or third voltage provided by the DC power supply, the second and third voltages being equal or lower than the first voltage, and in that - the contactor system further comprises a measuring device configured to measure the voltage provided by the DC power supply and configured to operate the contactor from the first and the second terminals (2, 4) or from the first and the additional terminals (2, 5) or from the additional and the second terminals (5, 4) according of the measured voltage. - an electromagnetic coil having a winding, and - a first and a second terminals (2, 4) located in the electromagnetic coil and configured to be connected to the DC power supply, the first and second terminals (2, 4) being configured to operate the electromagnetic coil at a first voltage provided by the DC power supply, - at least an additional terminal located between the first and the second terminals (2, 4) in the longitudinal axis of the electromagnetic coil, characterised in that: - the additional terminal located between the first and the second terminals (2, 4) in the longitudinal axis of the electromagnetic coil is configured to be connected to the DC power supply, the first and the additional terminals (2, 5) and the additional and the second terminals (5, 4) being configured to operate the electromagnetic coil at a second or third voltage provided by the DC power supply, the second and third voltages being equal or lower than the first voltage, and in that - the contactor system further comprises a measuring device configured to measure the voltage provided by the DC power supply and configured to operate the contactor from the first and the second terminals (2, 4) or from the first and the additional terminals (2, 5) or from the additional and the second terminals (5, 4) according of the measured voltage.
A method for transmitting broadcast signals, the method comprising: encoding service data; mapping the encoded service data by Non Uniform Constellation, NUC; building at least one signal frame including the mapped service data; modulating data in the built at least one signal frame by an Orthogonal Frequency Division Multiplex, OFDM, scheme; and transmitting the broadcast signals having the modulated data, characterized in that the service data is encoded with a code rate 5/15, and in that the encoded service data is mapped by 16 NUC which includes constellation points at 0.3192+j0.5011, 0.5011+j0.3192, 0.5575+j1.1559 and 1.1559+j0.5575 in first quadrant, -0.3192+j0.5011, -0.5011+j0.3192, -0.5575+j1.1559 and -1.1559+j0.5575 in second quadrant, -0.3192-j0.5011, -0.5011-j0.3192, -0.5575-j1.1559 and -1.1559j0.5575 in third quadrant, 0.3192-j0.5011, 0.5011-j0.3192, 0.5575-j1.1559 and 1.1559-j0.5575 in fourth quadrant. encoding service data; mapping the encoded service data by Non Uniform Constellation, NUC; building at least one signal frame including the mapped service data; modulating data in the built at least one signal frame by an Orthogonal Frequency Division Multiplex, OFDM, scheme; and transmitting the broadcast signals having the modulated data, characterized in that the service data is encoded with a code rate 5/15, and in that the encoded service data is mapped by 16 NUC which includes constellation points at 0.3192+j0.5011, 0.5011+j0.3192, 0.5575+j1.1559 and 1.1559+j0.5575 in first quadrant, -0.3192+j0.5011, -0.5011+j0.3192, -0.5575+j1.1559 and -1.1559+j0.5575 in second quadrant, -0.3192-j0.5011, -0.5011-j0.3192, -0.5575-j1.1559 and -1.1559j0.5575 in third quadrant, 0.3192-j0.5011, 0.5011-j0.3192, 0.5575-j1.1559 and 1.1559-j0.5575 in fourth quadrant.
A method of induction welding a first thermoplastic composite to a second thermoplastic composite, the method comprising: inductively heating a weld interface area between the first TPC and the second TPC; and cooling a surface of the first TPC opposite the weld interface area while inductively heating the weld interface area; wherein the method further comprises flexing a heat sink during placement onto the surface of the first TPC opposite the weld interface area; and wherein flexing the heat sink includes flexing a joint between a number of thermally conductive and electrically non-conductive tiles. inductively heating a weld interface area between the first TPC and the second TPC; and cooling a surface of the first TPC opposite the weld interface area while inductively heating the weld interface area; wherein the method further comprises flexing a heat sink during placement onto the surface of the first TPC opposite the weld interface area; and wherein flexing the heat sink includes flexing a joint between a number of thermally conductive and electrically non-conductive tiles.
Method of filling a fuel tank with liquefied gas, in which method liquefied gas is brought into the tank so that gas in introduced to a lower section (12.1) of the tank below the surface of the liquefied gas in the tank, during a first phase of the filling procedure while gas is introduced to a lower section of the tank, and the pressure of the tank is maintained below a predetermined set pressure characterized in that the pressure of the tank is maintained below a predetermined set pressure by spraying of liquefied gas into a gas space in the upper section (12.2) of the tank above the surface of the liquefied gas in the tank, and at a predetermined stage of the filling procedure a second phase of the filling procedure is initiated during which second phase of filling procedure the spraying of liquefied gas into a gas space in the upper section (12.2) of the tank is decreased and the pressure in tank is caused to increase, and the second phase of filling procedure is practised until a predetermined filling stage of the tank is reached.
A method comprising: identifying, by one or more processors, an enhanced fine timing measurement request received from a first device, the enhanced fine timing measurement request comprising one or more information elements associated with one or more multiple-input multiple-output, MIMO, parameters including at least one of a number of supported transmit chains, a number of supported receive chains, supported bandwidths, or legacy capabilities; causing to send an enhanced fine timing measurement response to the first device; identifying a null data packet announcement associated with a location determination of the first device; identifying a null data packet received from the first device based on receiving the null data packet announcement; and causing to send a null data packet feedback to the first device. identifying, by one or more processors, an enhanced fine timing measurement request received from a first device, the enhanced fine timing measurement request comprising one or more information elements associated with one or more multiple-input multiple-output, MIMO, parameters including at least one of a number of supported transmit chains, a number of supported receive chains, supported bandwidths, or legacy capabilities; causing to send an enhanced fine timing measurement response to the first device; identifying a null data packet announcement associated with a location determination of the first device; identifying a null data packet received from the first device based on receiving the null data packet announcement; and causing to send a null data packet feedback to the first device.
An axle saddle system for an aircraft wheel comprising: an axle comprising an outboard bearing land and an inboard bearing land, each configured to receive a bearing assembly of the aircraft wheel, and an undercut situated between the outboard bearing land and the inboard bearing land, wherein the undercut comprises an undercut perimeter and an undercut axial length, wherein the undercut is radially tapered with respect to at least one of the outboard bearing land and the inboard bearing land, and characterized in that the system further comprises a saddle configured to substantially cover the undercut over a surface area of the undercut; and to substantially fill the undercut, such that the substantially filled undercut has a profile which is substantially level with the outboard bearing land and the inboard bearing land; and at least one saddle strap configured to tighten the saddle around the undercut. an axle comprising an outboard bearing land and an inboard bearing land, each configured to receive a bearing assembly of the aircraft wheel, and an undercut situated between the outboard bearing land and the inboard bearing land, wherein the undercut comprises an undercut perimeter and an undercut axial length, wherein the undercut is radially tapered with respect to at least one of the outboard bearing land and the inboard bearing land, and characterized in that the system further comprises a saddle configured to substantially cover the undercut over a surface area of the undercut; and to substantially fill the undercut, such that the substantially filled undercut has a profile which is substantially level with the outboard bearing land and the inboard bearing land; and at least one saddle strap configured to tighten the saddle around the undercut.
Ring saw having: a tool holder for guiding a ring saw blade, a receiving space, in which the tool holder is arranged, a motor, a driving wheel, which is arranged for driving the ring saw blade in the cutting plane and is coupled to the motor, at least one guide roller, which is arranged on one side of the cutting plane in order to guide the ring saw blade from one side, a water flushing system, characterized in that an outlet of the water flushing system is directed at the guide roller. a tool holder for guiding a ring saw blade, a receiving space, in which the tool holder is arranged, a motor, a driving wheel, which is arranged for driving the ring saw blade in the cutting plane and is coupled to the motor, at least one guide roller, which is arranged on one side of the cutting plane in order to guide the ring saw blade from one side, a water flushing system, characterized in that an outlet of the water flushing system is directed at the guide roller.
Valve assembly for a vehicular fluid tank, in particular for an extinguishing medium, the valve assembly comprising - two reciprocally coaxial tubular elements: an external tubular element and an internal tubular element, said internal tubular element being provided with a first end and first through holes on a lateral wall of the first end, - a first membrane perimetrally affixed on a first end of said external tubular element, wherein a first end of said internal tubular element juts beyond said first end of the external tubular element, so as the first membrane, in a first operating condition, contacts and presses perimetrally the edge of the first end of the internal tubular element, characterised in that the valve assembly further comprises - a second membrane surrounding the first end of the internal tubular element, by covering said first through openings; and - a clamp maintaining an edge of the second membrane in adhesion on the external wall of the internal tubular element. - two reciprocally coaxial tubular elements: an external tubular element and an internal tubular element, said internal tubular element being provided with a first end and first through holes on a lateral wall of the first end, - a first membrane perimetrally affixed on a first end of said external tubular element, wherein a first end of said internal tubular element juts beyond said first end of the external tubular element, so as the first membrane, in a first operating condition, contacts and presses perimetrally the edge of the first end of the internal tubular element, characterised in that the valve assembly further comprises - a second membrane surrounding the first end of the internal tubular element, by covering said first through openings; and - a clamp maintaining an edge of the second membrane in adhesion on the external wall of the internal tubular element.
A steel sheet having excellent image clarity after painting, comprising, by wt%: carbon: 0.001% to 0.03%, silicon (Si): 0.001% to 0.35%, manganese (Mn): 0.05% to 2.2%, phosphorus: 0.003% to 0.1%, sulfur: 0.001% or 0.025%, aluminum (Al): 0.01%to 0.1%, nitrogen: 0.001% to 0.007%, and a remainder of iron (Fe) and inevitable impurities, wherein the steel sheet optionally further comprises at least one selected from the group consisting of niobium (Nb): 0.005% to 0.03% and titanium (Ti): 0.005% to 0.10%, wherein a microstructure of the steel sheet comprises 95% or more of ferrite phases by area%, and an R-cube texture of a surface layer of the steel sheet is 5% or less by area%, wherein the R-cube texture is <110>texture, and the area fraction of the rotated-cube texture is analyzed by electron backscatter diffraction, and wherein an average grain size of the steel sheet surface layer is 30 μm or less. carbon: 0.001% to 0.03%, silicon (Si): 0.001% to 0.35%, manganese (Mn): 0.05% to 2.2%, phosphorus: 0.003% to 0.1%, sulfur: 0.001% or 0.025%, aluminum (Al): 0.01%to 0.1%, nitrogen: 0.001% to 0.007%, and a remainder of iron (Fe) and inevitable impurities, wherein the steel sheet optionally further comprises at least one selected from the group consisting of niobium (Nb): 0.005% to 0.03% and titanium (Ti): 0.005% to 0.10%, wherein a microstructure of the steel sheet comprises 95% or more of ferrite phases by area%, and an R-cube texture of a surface layer of the steel sheet is 5% or less by area%, wherein the R-cube texture is <110>texture, and the area fraction of the rotated-cube texture is analyzed by electron backscatter diffraction, and wherein an average grain size of the steel sheet surface layer is 30 μm or less.
A method for wireless communications, comprising: monitoring, by a user equipment, UE,, one or more parameters related to the UE; and selectively dropping only received packets greater than a predetermined size based on the one or more parameters in order to trigger a rate control mechanism in the UE, wherein the predetermined size is selected to be greater than a size of an expected control packet. monitoring, by a user equipment, UE,, one or more parameters related to the UE; and selectively dropping only received packets greater than a predetermined size based on the one or more parameters in order to trigger a rate control mechanism in the UE, wherein the predetermined size is selected to be greater than a size of an expected control packet.
Hand-held machine tool with a tool holder, in which a tool may be used moving on a working axis in a striking direction, a striking mechanism, which has a striker connected via a pneumatic chamber to an exciter moved periodically along the working axis and an intermediate striker arranged after the striker in the striking direction, in which the intermediate striker is guided in a sliding bearing (21, 22) with a tolerance coaxially to the working axis, and in which the intermediate striker has a ring-shaped bead, a hollow cylindrical catcher, which is arranged before the bead in the striking direction, a sliding surface, in which the catcher is guided moving along the working axis with a radial clearance, characterised in that the radial clearance is at least three times as large as a tolerance for guiding the intermediate striker in the sliding bearing (21, 22) and the mass of the catcher is between 20% and 40% of the mass of the intermediate striker.
Vertical shading for attaching to a conservatory or a pergola, the vertical shading comprising a cloth roller which is rotatably mounted in a housing and from which a shading element or cloth or a fly screen, a transparent hanging, a roller blind or a fabric or the like can be unwound, the front end of the shading element or cloth being attached to an extendable profile which can be extended downwards, the housing comprising a projection (9, 10) which engages over or behind an attachment element, characterised in that the cloth roller is movable back and forth on the extendable profile in the direction (15, 16), the cloth roller being mounted, at its ends, in slide rings which slide in link guides of bearing flanges.
A balloon, comprising: a balloon wall having first and second balloon wall layers and a radiopaque-infused adhesive disposed between the first and second balloon wall layers, the balloon having a first radiographic density of the folded balloon in a first inflation state and a different second radiographic density of the inflated balloon in a second inflation state, a radiopacity of the balloon wall remaining constant between the first and second inflation states, the average change between the first and second radiographic densities being proportional to the change in diameter of the balloon between the first and the second inflation states. a balloon wall having first and second balloon wall layers and a radiopaque-infused adhesive disposed between the first and second balloon wall layers, the balloon having a first radiographic density of the folded balloon in a first inflation state and a different second radiographic density of the inflated balloon in a second inflation state, a radiopacity of the balloon wall remaining constant between the first and second inflation states, the average change between the first and second radiographic densities being proportional to the change in diameter of the balloon between the first and the second inflation states.
Portable electric power tool, comprising a housing with a connection terminal for connection of a voltage supply source, an electric motor, an onboard operation control unit, and a radio communication device for communicating operation data and operation result data between the power tool and a stationary data processing unit, characterized in that a back-up voltage accumulating device is provided onboard the power tool to keep up continuously a voltage supply to the operation control unit and the radio communication device at occurring disconnections of the voltage supply source, so as to reduce the delay for reassuming the operation condition of the tool after re-connection of the voltage supply source.