mhurhangee/ep-ind-claims huggingface dataset:
A test system in which an actual machine (A1, A2) including a test piece that is a mechanical element of a vehicle and a control device that is configured to control the actual machine are installed in a first location, a data processor (11, 21) and a model are installed in a second location away from the first location, the data processor is connected to the actual machine (A1, A2) or the control device via a communication line so that data communication is performed, and the data processor is configured to aquire data from the actual machine via the communication line so that an operation test is performed, wherein the data processor (11, 21) is configured to calculate a target value for controlling the actual machine based on an output acquired by inputting the acquired data to the model, and the control device is configured to control the actual machine based on the target value, the test system being characterized in that a first actual machine that is the actual machine and a first simulated machine that is configured to simulate an operation of a second actual machine that is another mechanical element coupled to the first actual machine are installed in the first location; the second actual machine and a second simulated machine that is configured to simulate an operation of the first actual machine are installed in the second location; the second actual machine and the second simulated machine are mechanically coupled to each other, and the first simulated machine and the first actual machine are mechanically coupled to each other; the first simulated machine, the second actual machine, the second simulated machine, and the first actual machine are connected to a network so that data communication is performed and the operation test is performed; the test system includes a first data processor that is connected to the first simulated machine and is configured to acquire data from the second actual machine via the network in each communication cycle, and a second data processor that is the data processor, and that is connected to the second simulated machine and is configured to aquire data from the first actual machine via the network in each communication cycle; and the first data processor is configured to calculate an estimated value used for performing interpolation on the data acquired in each communication cycle, and the second data processor is configured to calculate an estimated value used for performing interpolation on the data acquired in each communication cycle.
A divider of a milking parlor (1, 1', 1", 1"') for at least one milking stall for milking milk-producing animals, having an arm device (6, 6', 6", 6"') with a milking cluster which can be adjusted out of a parked position into an operating position and back, wherein the arm device (6, 6', 6'', 6"') with the milking cluster, in the parked position, is arranged in the divider, wherein the arm device (6, 6', 6'', 6"') comprises an upper arm and a lower arm coupled in a pivotable manner thereto, wherein the milking cluster is mounted pivotably to the lower arm, characterized in that one end of the upper arm is connected with an upper-arm drive shaft (12, 32) in a fixed or a pivotable manner, wherein the upper-arm drive shaft (12, 32), which is designed in the form of a hollow shaft, contains a further shaft for driving the lower arm, and wherein the upper-arm drive shaft (12, 32) and upper arm the connected in a fixed manner can be adjusted vertically, or wherein the upper-arm drive shaft (12, 32) and the upper arm connected in a pivotable manner with the arm device (6, 6', 6'', 6"') and the milking cluster at the upper-arm drive shaft (12, 32), which forms a linear guide for the upper arm, can be adjusted vertically.
Slip ring unit for transmitting electric currents between a first component group and a second component group, the two component groups (1, 2) being arranged such that they can be rotated relative to one another about an axis, - the first component group comprising at least one slip ring brush (1.2) which is fastened to a holder (1.3; 1.3') which is mounted between two components (1.4, 1.5; 1.5') which are arranged offset with respect to one another in the direction of the axis, and - the second component group having at least one slip ring (2.2), characterized in that the holder (1.3; 1.3') and both components (1.4, 1.5; 1.5') in each case have an active face (1.3a, 1.4a, 1.5a; 1.3a', 1.5a'), by way of which a positively lockinq connection is produced in each case between the holder (1.3; 1.3') and the two components (1.4, 1.5; 1.5'), it being possible for forces with a directional components parallel to the axis to be transmitted by way of the positively locking connection, both components (1.4, 1.5; 1.5') in each case having an undercut (1.42, 1.51; 1.32'), and the holder (1.3; 1.3') comprising a projection (1.31, 1.31') for each component, the undercuts (1.42, 1.51; 1.32') and the projections (1.31, 1.31') having active faces (1.3a, 1.4a, 1.5a; 1.3a', 1.5a'), which engage into one another, and interacting in such a way that the positively locking connections are produced between the holder (1.3; 1.3') and the components (1.4, 1.5; 1.5') by way of them. - the first component group comprising at least one slip ring brush (1.2) which is fastened to a holder (1.3; 1.3') which is mounted between two components (1.4, 1.5; 1.5') which are arranged offset with respect to one another in the direction of the axis, and - the second component group having at least one slip ring (2.2),
Hinge joint for spectacles having a first hinge part, comprising a hinge pin, and a second hinge part, having arms (7, 8) surrounding the hinge pin in a pincer-like manner, characterised in that the second hinge part, between its two arms (7, 8), comprises a latching tongue extending radially towards the hinge pin, which latching tongue selectively engages into one of at least two latching receivers of the hinge pin.
A process for feeding metals to one or more melt phase process lines for the production of a polyester polymers comprising: A. providing a first feed stream, said first feed stream having a first molar ratio and comprising a mixture of metal A and a different metal B; B. providing a second feed stream, wherein the first feed stream contains metals A and B, and the second feed stream contains metals A or B, but not both, and wherein metal A comprises lithium or aluminum, and metal B comprises lithium or aluminum, and the second feed stream comprises lithium, wherein the molar ratio of A:B in the first feed stream ranges from 0.5:1 to 3:1; and C. feeding said first stream to one or more melt phase process lines at an addition point on each line and feeding said second feed stream (i) into one or more of the melt phase process lines upstream or downstream of the addition point of the first feed stream into the melt phase lines. A. providing a first feed stream, said first feed stream having a first molar ratio and comprising a mixture of metal A and a different metal B; B. providing a second feed stream, wherein the first feed stream contains metals A and B, and the second feed stream contains metals A or B, but not both, and wherein metal A comprises lithium or aluminum, and metal B comprises lithium or aluminum, and the second feed stream comprises lithium, wherein the molar ratio of A:B in the first feed stream ranges from 0.5:1 to 3:1; and C. feeding said first stream to one or more melt phase process lines at an addition point on each line and feeding said second feed stream (i) into one or more of the melt phase process lines upstream or downstream of the addition point of the first feed stream into the melt phase lines. (i) into one or more of the melt phase process lines upstream or downstream of the addition point of the first feed stream into the melt phase lines.
Apparatus comprising a set of shapes, the shapes derived from within a hexagonal footprint, and wherein for each of the shapes, at least some of the vertices of the hexagon joined with straight lines to define a perimeter of a respective shape of the set, wherein the plurality of shapes have side lengths of either x, 2x, or √3x, wherein a shape that includes a side length of x or 2x is interfaceable with any other shape including a side length of x or 2x; and a shape including a side length of √3x is interfaceable with a shape including a side length of √3x, and a first subset of the shapes includes a side length of 2x, and a second subset of the shapes includes a side length of √3x, where x is the side length of the hexagonal footprint.
An energy storage device, consisting of interface power terminals, rechargeable current source, first half-bridge, second half-bridge, inductor with an inductor's current sensor, and control unit; each half-bridge comprises first switching device, second switching device, control input, positive terminal, negative terminal, and toggle terminal, wherein the positive terminal is linked to the toggle terminal via the first switching device, the toggle terminal is linked to the negative terminal via the second switching device; the first half-bridge is connected in parallel to the rechargeable current source by positive and negative terminals, the negative terminal of the first half-bridge is connected to the negative terminal of the second half-bridge, the toggle terminal of the first half-bridge is connected to the toggle terminal of the second half-bridge by the inductor, the positive and negative terminals of the second half-bridge are the interface power terminals; characterized in that the control unit has a reference input and contains first Schmitt trigger, second Schmitt trigger, and summation circuit; the summation circuit has first input, second input, and output; the first input of the summation circuit is connected to the output of the inductor's current sensor, where the voltage signal at the output of the inductor's current sensor is a function of the inductor's current; the second input of the summation circuit is the reference input of the control unit; the output of the summation circuit is connected to the input of the first Schmitt trigger and is connected to the input of the second Schmitt trigger, the output of the first Schmitt trigger is connected to the control input of the first half-bridge, the output of the second Schmitt trigger is connected to the control input of the second half-bridge; each half-bridge is designed to connect its toggle terminal to its positive terminal based on signal H at its control input; each half-bridge is designed to connect its toggle terminal to its negative terminal based on signal L at its control input; the first Schmitt trigger has threshold levels U 1 and U 2 of switching outputs in H and L states respectively, the second Schmitt trigger has threshold levels U 3 and U 4 of switching outputs in H and L states respectively; the threshold levels of Schmitt triggers satisfy inequalities: U 4 < U 1 < U 2, U 4 < U 3 < U 2, if the output signal of the inductor's current sensor is accepted as positive, when the inductor's current flows in the direction from the toggle terminal of the first half-bridge to the toggle terminal of the second half-bridge; the threshold levels of Schmitt triggers satisfy inequalities: U 4 > U 1 > U 2, U 4 > U 3 > U 2, if the output signal of the inductor's current sensor is accepted as positive, when the inductor's current flows in the direction from the toggle terminal of the second half-bridge to the toggle terminal of the first half-bridge.
A connection assembly for a respiratory therapy system, comprising: a gas outlet assembly, said gas outlet assembly including an outlet housing and a swivelling disc located on said outlet housing, said outlet housing comprising a void and an annular section; and a cable having a first end to connect to an electrical connector and a second end to connect to at least one electrical component of the respiratory therapy system, said cable having a slack portion, wherein said swivelling disc is rotatable relative to said outlet housing between a first position and a second position, and wherein the slack portion of the cable is pulled from the void and wrapped around the annular section as the swivelling disc is rotated from the first position to the second position such that in the first position of the swivelling disc the slack portion is in the void and is not wrapped around the annular section and in the second position of the swivelling disc the slack portion is not in the void and is wrapped around the annular section. a gas outlet assembly, said gas outlet assembly including an outlet housing and a swivelling disc located on said outlet housing, said outlet housing comprising a void and an annular section; and a cable having a first end to connect to an electrical connector and a second end to connect to at least one electrical component of the respiratory therapy system, said cable having a slack portion, wherein said swivelling disc is rotatable relative to said outlet housing between a first position and a second position, and wherein the slack portion of the cable is pulled from the void and wrapped around the annular section as the swivelling disc is rotated from the first position to the second position such that in the first position of the swivelling disc the slack portion is in the void and is not wrapped around the annular section and in the second position of the swivelling disc the slack portion is not in the void and is wrapped around the annular section.
Commercial vehicle floor (1,10), in particular a truck, semi-trailer and/or trailer, with a floor covering (4,11) and equipped with a plastic layer at least partially on the floor covering (4,11) and forming the surface of the commercial vehicle floor (1,10), wherein the plastic layer is undetachably connected to the floor covering (4,11), characterised in that the plastic layer is a plastic film (2,12) comprising polyvinyl chloride and/or polyurethane, with the side facing the surface of the commercial vehicle floor (1,10) affixed directly onto the floor covering (4,11) and/or laminated onto the floor covering (4,11), and exhibits no foamed plastic layer.
A method comprising: accessing stored class of service (CLOS)-to-priority maps to determine a thread priority value for each of a plurality of threads to be executed by a simultaneous multi-threading processor core based on a CLOS value assigned to each thread, the SMT processor core configured to execute more than two parallel threads; generating a priority vector comprising the determined thread priority value of each of the plurality of threads; making execution cycle assignments for a pipeline by assigning to each of the plurality of threads a portion of the pipeline's execution cycles based on each thread's priority value in the priority vector, wherein a thread with a higher priority value is assigned a larger portion of the execution cycles and a thread with a lower priority value is assigned a smaller portion of the execution cycles, and threads having a same priority value are assigned a same size portion of the execution cycles; and selecting, from the plurality of threads, tasks to be processed by the pipeline based on the execution cycle assignments. accessing stored class of service (CLOS)-to-priority maps to determine a thread priority value for each of a plurality of threads to be executed by a simultaneous multi-threading processor core based on a CLOS value assigned to each thread, the SMT processor core configured to execute more than two parallel threads; generating a priority vector comprising the determined thread priority value of each of the plurality of threads; making execution cycle assignments for a pipeline by assigning to each of the plurality of threads a portion of the pipeline's execution cycles based on each thread's priority value in the priority vector, wherein a thread with a higher priority value is assigned a larger portion of the execution cycles and a thread with a lower priority value is assigned a smaller portion of the execution cycles, and threads having a same priority value are assigned a same size portion of the execution cycles; and selecting, from the plurality of threads, tasks to be processed by the pipeline based on the execution cycle assignments.
Process for drying and purifying a bis(fluorosulfonyl)imide lithium salt dissolved in an organic solvent S1, said process comprising the following steps: a) addition of deionized water to dissolve and extract the bis(fluorosulfonyl)imide lithium salt, forming an aqueous solution of said salt, this step preferably being repeated at least once; a') optional concentration of said aqueous solution; b) extraction of the bis(fluorosulfonyl)imide lithium salt from said aqueous solution, with an organic solvent S2 forming an azeotropic mixture with water and organic solvent S2/water mass ratio, during extraction, ranging from 1/6 to 1/1, this step being repeated at least once; c) concentration of the bis(fluorosulfonyl)imide lithium salt by evaporating off said organic solvent S2 and the water, and d) optional crystallization of the bis(fluorosulfonyl)imide lithium salt. a) addition of deionized water to dissolve and extract the bis(fluorosulfonyl)imide lithium salt, forming an aqueous solution of said salt, this step preferably being repeated at least once; a') optional concentration of said aqueous solution; b) extraction of the bis(fluorosulfonyl)imide lithium salt from said aqueous solution, with an organic solvent S2 forming an azeotropic mixture with water and organic solvent S2/water mass ratio, during extraction, ranging from 1/6 to 1/1, this step being repeated at least once; c) concentration of the bis(fluorosulfonyl)imide lithium salt by evaporating off said organic solvent S2 and the water, and d) optional crystallization of the bis(fluorosulfonyl)imide lithium salt.
A method, comprising: creating a qualified actuator command with a qualified control law from a flight control computer adapted for communication with a sensor of an aircraft (11, 111), the sensor being associated with an actuator of the aircraft and configured to sense movement of the actuator; creating an unqualified actuator command with an unqualified control law from an external computer adapted for communication with the sensor associated with the actuator; creating a modified actuator command as the difference between the unqualified actuator command minus the qualified actuator command; limiting the modified actuator command with an authority limiter; creating a final actuator command equal to the sum of the qualified actuator command and the limited modified actuator command; commanding the actuator of the aircraft (11, 111) with the final actuator command; and sensing the movement of the actuator via the aircraft sensor in data communication with the external computer and the flight control computer, wherein the external computer is portable and detachably interfaced with the flight control computer. creating a qualified actuator command with a qualified control law from a flight control computer adapted for communication with a sensor of an aircraft (11, 111), the sensor being associated with an actuator of the aircraft and configured to sense movement of the actuator; creating an unqualified actuator command with an unqualified control law from an external computer adapted for communication with the sensor associated with the actuator; creating a modified actuator command as the difference between the unqualified actuator command minus the qualified actuator command; limiting the modified actuator command with an authority limiter; creating a final actuator command equal to the sum of the qualified actuator command and the limited modified actuator command; commanding the actuator of the aircraft (11, 111) with the final actuator command; and sensing the movement of the actuator via the aircraft sensor in data communication with the external computer and the flight control computer, wherein the external computer is portable and detachably interfaced with the flight control computer.
A sterilization packaging material for medical devices awaiting sterilization, the material being in the form of a monolayer fibrous sheet comprising polyamide fibers, said sheet having a grammage of less than 100 g/m 2, measured according to international standard ISO 536, a mean initial tear strength, measured according to European Standard EN 21974, higher than or equal to 1900 mN, and a bacterial filtration efficiency higher than or equal to 95%, determined according to the method published by the European Association EDANA under the reference 180.0-89 of February 1996, said fibrous sheet including, in bulk, refined cellulose fibers and a paper binder or including, as cellulose fibers, a fluff pulp.
A pharmaceutical composition of gamma-hydroxybutyrate comprising a mixture of salts of GHB, wherein the mixture comprises two or more salts selected from the group consisting of a sodium salt of gamma-hydroxybutyrate (Na•GHB), a potassium salt of gamma-hydroxybutyrate (K•GHB), a magnesium salt of gamma-hydroxybutyrate (Mg• 2), and a calcium salt of gamma-hydroxybutyrate (Ca• 2).
A double seat valve comprising a valve housing having a first valve seat and a second valve seat, a first closing element and a first displacement rod that is connected to the first closing element for moving the first closing element into sealing abutment with the first valve seat, a second closing element and a second displacement rod that is connected to the second closing element for moving the second closing element into sealing abutment with the second valve seat, and a leakage chamber arranged intermediate the first and second closing elements (11, 21), wherein the closing elements (11, 21) can be lifted independently of one another from their sealing abutment with the respective valve seat (4, 5), and the second closing element is connected to the second displacement rod via spokes (23, 24) that extend radially outwards from the second displacement rod to the second closing element, such that interspaces (27, 28) are formed between the spokes (23, 24) for allowing fluid to flow from the leakage chamber and into a drain passage, whereby at least one of the spokes (23, 24) comprises a leading edge that faces the leakage chamber and extends in a radial direction outwards from the second displacement rod, a first side that extends from the leading edge in a direction (D1, D3) from the leakage chamber to the drain passage, and a second side that extends from the leading edge in the direction (D1, D3) from the leakage chamber to the drain passage, characterised in that the spoke comprises, as seen in the direction (D1, D3) from the leakage chamber to the drain passage, a first cross-section, a second cross-section and a third cross-section, the second cross-section being wider than the first cross-section and the third cross-section.