mhurhangee/ep-ind-claims huggingface dataset:
Method for generating sewing control data for working through a sewing program, during which a seam is stitched, comprising the following steps: - dividing the seam into a plurality of seam sections (a1, b1,...), - allocating at least one allocation seam position (P1, P2; P1, P2, P3) on the seam, - allocating at least one allocation sewing parameter value (GW1, GW2, GW3) to said allocation seam position (P1, P2; P1, P2, P3), - checking on which seam sections (a1, b1,...) at least one allocation seam position (P1, P2; P1, P2, P3) is located, - assigning an allocation sewing parameter value (GW1, GW2, GW3) to the seam sections (a1, b1,...), on which at least one allocation seam position (P1, P2; P1, P2, P3) lies, as a function of which allocation seam position (P1, P2; P1, P2, P3) lies on the currently considered seam section (a1, b1,...), - wherein if there are a plurality of allocation seam positions (P1, P2; P1, P2, P3) on the same seam section (a1, b1,...), the allocation sewing parameter value (GW1, GW2, GW3) for this seam section (a1, b1,...) is formed by a combination of the allocation sewing parameter values (P1, P2; P1, P2, P3). - dividing the seam into a plurality of seam sections (a1, b1,...), - allocating at least one allocation seam position (P1, P2; P1, P2, P3) on the seam, - allocating at least one allocation sewing parameter value (GW1, GW2, GW3) to said allocation seam position (P1, P2; P1, P2, P3), - checking on which seam sections (a1, b1,...) at least one allocation seam position (P1, P2; P1, P2, P3) is located, - assigning an allocation sewing parameter value (GW1, GW2, GW3) to the seam sections (a1, b1,...), on which at least one allocation seam position (P1, P2; P1, P2, P3) lies, as a function of which allocation seam position (P1, P2; P1, P2, P3) lies on the currently considered seam section (a1, b1,...), - wherein if there are a plurality of allocation seam positions (P1, P2; P1, P2, P3) on the same seam section (a1, b1,...), the allocation sewing parameter value (GW1, GW2, GW3) for this seam section (a1, b1,...) is formed by a combination of the allocation sewing parameter values (P1, P2; P1, P2, P3).
A pick-up hitch assembly for connection to a vehicle, the pick-up hitch assembly comprising: a swing frame having a first end configured to be coupled to the vehicle and a second end; a slide frame movable relative to the swing frame between a retracted position and an extended position; and an electrically powered actuator assembly configured to be coupled to the vehicle and being coupled to the swing frame at the second end of the swing frame, the actuator assembly configured to move the swing frame between a raised position and a lowered position independent of movement of the slide frame, characterized in that the electrically powered actuator assembly includes first and second electric motors, and in that the electrically powered actuator assembly includes first and second rail assemblies, each rail assembly including a rail configured to be coupled to the vehicle, a lead screw disposed in the rail and configured to be rotated by a respective one of the first and second electric motors, a block movable vertically by rotation of the lead screw, and a link pivotally coupled to the block and the second end of swing frame to effect raising and lowering of the swing frame. a swing frame having a first end configured to be coupled to the vehicle and a second end; a slide frame movable relative to the swing frame between a retracted position and an extended position; and an electrically powered actuator assembly configured to be coupled to the vehicle and being coupled to the swing frame at the second end of the swing frame, the actuator assembly configured to move the swing frame between a raised position and a lowered position independent of movement of the slide frame,
A method for delivering fuel in a fuel tank, wherein the fuel tank is a saddle tank having at least a first chamber and a second chamber, the first chamber having a module pot disposed therein and at least a first pump adapted to deliver fuel from the first chamber to the module pot, and wherein a fuel pump for delivering fuel to an engine is disposed within the module pot, the second chamber having at least one second pump disposed therein for delivering fuel from the second chamber to the first chamber, wherein a sensor device (22, 24) is disposed in the module pot to detect a predetermined minimum fill level in the module pot, wherein the pump disposed in the first chamber is activated when the sensor device (22, 24) detects the minimum fill level is reached and is deactivated after a predetermined time interval or when a predetermined higher fill level in the module pot is reached, and a third sensor is disposed in the second chamber for detecting a predetermined minimum fill level in the second chamber, wherein the second pump disposed in the second chamber is deactivated in response to the third sensor detecting when the predetermined minimum fill level is reached, characterized in that the second pump is arranged to deliver fuel from the second chamber into the first chamber but not into the module pot disposed therein, and that the third sensor in the second chamber is connected to an electronic control unit such that when a minimum fuel level in the second chamber is detected the second pump is shut off.
A high-strength and high-electrical conductivity copper alloy rolled sheet which has an alloy composition comprising 0.14 to 0.34 mass% of Co, 0.046 to 0.098 mass% of P, 0.005 to 1.4 mass% of Sn and optionally at least one of 0.01 to 0.24 mass% of Ni and 0.005 to 0.12 mass% of Fe, wherein [Co] mass% representing a Co content, [Ni] mass% representing a Ni content, [Fe] mass% representing a Fe content and mass% representing a P content satisfy the relationship of 3.0≤([Co]+0.85×[Ni]+0.75×[Fe]-0.007)/( -0.009)≤5.9 and the relationship of 0.012≤1.2×[Ni]+2×[Fe][Co], and optionally at least one of 0.002 to 0.2 mass% of Al, 0.002 to 0.6 mass% of Zn, 0.002 to 0.6 mass% of Ag, 0.002 to 0.2 mass% of Mg and 0.001 to 0.1 mass% of Zr, and the balance being Cu and inevitable impurities, wherein [Co] mass% representing a Co content and mass% representing a P content satisfy the relationship of 3.0≤([Co]-0.007)/( -0.009)≤5.9, and wherein in a metal structure, precipitates are formed, the shape of the precipitates is substantially circular or elliptical on a two-dimensional observation plan, the precipitates are made to have an average grain diameter of 1. 5 to 9. 0 nm, or 90% or more of all the precipitates is made to have a diameter of 15 nm or less to be fine precipitates, and the precipitates are uniformly dispersed.
A method of wireless communication performed by a first wireless node, comprising: determining a first timing reference for a first communication with a second wireless node; determining a second timing reference, for a second communication with the second wireless node and a third communication with a third wireless node, that is different from the first timing reference; communicating, with the second wireless node on a downlink, on an uplink, or on a sidelink, using the first timing reference; and communicating concurrently with the second and the third wireless nodes, using the second timing reference. determining a first timing reference for a first communication with a second wireless node; determining a second timing reference, for a second communication with the second wireless node and a third communication with a third wireless node, that is different from the first timing reference; communicating, with the second wireless node on a downlink, on an uplink, or on a sidelink, using the first timing reference; and communicating concurrently with the second and the third wireless nodes, using the second timing reference.
A roof window comprising a frame with a top member, a bottom member and two side members (7, 8) defining a frame plane, and a sash having a top member, a bottom member and two side members (11, 12) defining a sash plane, the sash having an opening for a pane and an outer surface opposite said opening, the window further comprising in connection with said top sash member a top sash module with a first side, a second side opposite to and extending substantially parallel with said first side, a third side and a fourth side opposite to and extending substantially parallel with said third side, said third and fourth sides (413, 414) extending substantially perpendicular to and connecting said first and second sides (412, 415), and a ventilation flap being an elongate element, a lock for locking the frame and sash together, the ventilation flap being connected to the lock, the top sash module comprising one or more ventilation openings adapted for providing ventilation of a building in which the roof window is mounted, said top sash module is connected to said top sash member and/or said side sash members (11, 12) in such a way that said top sash module is arranged at the outer surface of said sash, the first side of the top sash module being adapted to be attached to or abutting a surface of the top sash member opposite the pane of the window, characterized in that, said ventilation flap is in pivot connection with said top sash member of said roof window, and said ventilation flap is connected to said lock by another pivot connection.
Method for installing the hoisting roping of an elevator, in which method the hoisting roping of the elevator is lifted upwards into the elevator hoistway by means of a hoisting device, the hoisting roping is lifted upwards into the elevator hoistway in steps such that a) at least one rope of the roping is lifted by pulling it to a height and the aforementioned at least one rope is fixed to the elevator hoistway or to another fixed structure of the building, characterized by the further steps of b) at least one of the ropes of the roping that is at the height and was lifted in phase a) is detached, c) at least one rope detached in phase b) is lifted by pulling it to a next height and the aforementioned at least one rope is fixed to the elevator hoistway or to another fixed structure of the building. a) at least one rope of the roping is lifted by pulling it to a height and the aforementioned at least one rope is fixed to the elevator hoistway or to another fixed structure of the building, characterized by the further steps of b) at least one of the ropes of the roping that is at the height and was lifted in phase a) is detached, c) at least one rope detached in phase b) is lifted by pulling it to a next height and the aforementioned at least one rope is fixed to the elevator hoistway or to another fixed structure of the building.
A test system for a charging device, comprising: a charging device, internally provided with a switch transistor and a control module; and a power supply module, coupled to a control electrode of the switch transistor and configured to output a voltage signal to the control electrode of the switch transistor, so that a voltage between a first end and a second end of the switch transistor is greater than a preset voltage protection value; wherein the control module is configured to determine whether the charging device enters a protection state when the voltage between the first end and the second end of the switch transistor is greater than the preset voltage protection value, thereby testing a protection function against abnormal voltage drop of the charging device. a charging device, internally provided with a switch transistor and a control module; and a power supply module, coupled to a control electrode of the switch transistor and configured to output a voltage signal to the control electrode of the switch transistor, so that a voltage between a first end and a second end of the switch transistor is greater than a preset voltage protection value; wherein the control module is configured to determine whether the charging device enters a protection state when the voltage between the first end and the second end of the switch transistor is greater than the preset voltage protection value, thereby testing a protection function against abnormal voltage drop of the charging device.
A system comprising a cabinet and a cooktop assembly, the system comprising: a generator that produces a high-frequency alternating current; an adjustable cooking surface comprising a heating coil electrically connected to the generator to conduct the high-frequency alternating current produced by the generator and induce an induced current in a cooking vessel supported by the adjustable cooking surface while the adjustable cooking surface is in a cooking orientation; and an adjustable coupling that pivotally couples the adjustable cooking surface to the generator and supports the adjustable cooking surface at a plurality of different angular orientations relative to the generator, characterized in that the cabinet comprises the surface of a countertop provided atop the cabinet, and in that the generator is located downwardly of the surface of the countertop, and in that the generator comprises a generator housing configured to be coupled to a surface of the cabinet with a major planar surface of the generator housing oriented in a substantially vertical orientation within an interior of the cabinet. a generator that produces a high-frequency alternating current; an adjustable cooking surface comprising a heating coil electrically connected to the generator to conduct the high-frequency alternating current produced by the generator and induce an induced current in a cooking vessel supported by the adjustable cooking surface while the adjustable cooking surface is in a cooking orientation; and an adjustable coupling that pivotally couples the adjustable cooking surface to the generator and supports the adjustable cooking surface at a plurality of different angular orientations relative to the generator, characterized in that the cabinet comprises the surface of a countertop provided atop the cabinet, and in that the generator is located downwardly of the surface of the countertop, and in that the generator comprises a generator housing configured to be coupled to a surface of the cabinet with a major planar surface of the generator housing oriented in a substantially vertical orientation within an interior of the cabinet.
Passenger seat that includes a seat bottom; a seat back having a back side; a tray table assembly of a type that moves between a raised, stowed position and a lowered, deployed position, and having a tray table, wherein, in the stowed position, the tray table resides in a locked condition against the back side of the seat back; a literature pocket extending across a width of the seat back, being located at least partially behind the tray table when the tray table is in the stowed position and being defined by a lateral retention bar extending across the width of the seat back above the tray table when the tray table is in the stowed position; wherein the lateral retention bar is configured to retain contents of the literature pocket in both the stowed and deployed positions of the tray table; and a light fixture powered by an electrical circuit mounted on the literature pocket and adapted to direct light into a space directly aft of the seat back for use by an aft-seated passenger; wherein the light fixture is embodied as a vertical retention bar light fixture and extends downwardly from the lateral retention bar towards a deployed position of the tray table; and the literature pocket and the light fixture are positioned in a recess in an aft-facing surface of the seat back, wherein the tray table fits flush against the seat back and the light fixture when the tray table is in the stowed position. a seat bottom; a seat back having a back side; a tray table assembly of a type that moves between a raised, stowed position and a lowered, deployed position, and having a tray table, wherein, in the stowed position, the tray table resides in a locked condition against the back side of the seat back; a literature pocket extending across a width of the seat back, being located at least partially behind the tray table when the tray table is in the stowed position and being defined by a lateral retention bar extending across the width of the seat back above the tray table when the tray table is in the stowed position; wherein the lateral retention bar is configured to retain contents of the literature pocket in both the stowed and deployed positions of the tray table; and a light fixture powered by an electrical circuit mounted on the literature pocket and adapted to direct light into a space directly aft of the seat back for use by an aft-seated passenger; the light fixture is embodied as a vertical retention bar light fixture and extends downwardly from the lateral retention bar towards a deployed position of the tray table; and the literature pocket and the light fixture are positioned in a recess in an aft-facing surface of the seat back, wherein the tray table fits flush against the seat back and the light fixture when the tray table is in the stowed position.
Tying machine comprising: - at least one seat for housing a container having a neck and a closure on the neck; - thread feeding means; - thread advancing means for grasping the thread supplied by the feeding means and for dragging the thread up to the container; - thread guiding means that is able to perform a movement that is at least in part orbital around the neck of the container to form a coil of thread around the neck of the container; - thread crossing means for engaging an initial portion and a final portion of the coil of thread, said thread crossing means being able to perform a knotting movement for closing the coil of thread by crossing the initial and final portions of the coil of thread; - thread cutting means for cutting the thread; characterized by comprising tying closing means for grasping and pulling two heads of the thread cut by the thread cutting means in such a manner as to tighten the coil of thread around the neck of the container. - at least one seat for housing a container having a neck and a closure on the neck; - thread feeding means; - thread advancing means for grasping the thread supplied by the feeding means and for dragging the thread up to the container; - thread guiding means that is able to perform a movement that is at least in part orbital around the neck of the container to form a coil of thread around the neck of the container; - thread crossing means for engaging an initial portion and a final portion of the coil of thread, said thread crossing means being able to perform a knotting movement for closing the coil of thread by crossing the initial and final portions of the coil of thread; - thread cutting means for cutting the thread; characterized by comprising tying closing means for grasping and pulling two heads of the thread cut by the thread cutting means in such a manner as to tighten the coil of thread around the neck of the container.
A compound of the formula: or a salt or solvate thereof, wherein: W is N or C-CN; R A is 3-chloro-4-fluorophenyl; each R B and R C is C 1 -C 3 alkyl; and R D is tetrahydrofuan-3-yl, 3-oxabicyclo[3.1.0]hexan-6-yl, or 3-oxabicyclo[3.1.0]hexan-1-yl. W is N or C-CN; R A is 3-chloro-4-fluorophenyl; each R B and R C is C 1 -C 3 alkyl; and R D is tetrahydrofuan-3-yl, 3-oxabicyclo[3.1.0]hexan-6-yl, or 3-oxabicyclo[3.1.0]hexan-1-yl.
A tread for a heavy truck tire, comprising: a bottom surface; a shoulder rib having a shoulder rib upper surface; a sacrificial rib having a sacrificial rib upper surface, wherein the sacrificial rib is located outboard from the shoulder rib in a width direction; a decoupling void that is located between the shoulder rib and the sacrificial rib in the width direction, wherein the decoupling void extends in a thickness direction; and a decoupling void sipe that is in the shoulder rib and that opens at the shoulder rib upper surface and that opens at the decoupling void, wherein the decoupling void sipe extends in the thickness direction, wherein the decoupling void sipe is closer to the bottom surface than the decoupling void in the thickness direction; characterized in that the decoupling void sipe extends in the width direction to a farthest outboard extent of the decoupling void sipe, wherein no portion of the decoupling void is farther outboard in the width direction than the farthest outboard extent of the decoupling void sipe. a bottom surface; a shoulder rib having a shoulder rib upper surface; a sacrificial rib having a sacrificial rib upper surface, wherein the sacrificial rib is located outboard from the shoulder rib in a width direction; a decoupling void that is located between the shoulder rib and the sacrificial rib in the width direction, wherein the decoupling void extends in a thickness direction; and a decoupling void sipe that is in the shoulder rib and that opens at the shoulder rib upper surface and that opens at the decoupling void, wherein the decoupling void sipe extends in the thickness direction, wherein the decoupling void sipe is closer to the bottom surface than the decoupling void in the thickness direction; characterized in that the decoupling void sipe extends in the width direction to a farthest outboard extent of the decoupling void sipe, wherein no portion of the decoupling void is farther outboard in the width direction than the farthest outboard extent of the decoupling void sipe.
A support arrangement for use with a foundation raft formed of a settable material, the support arrangement comprising: a base member; a support member (11, 42) arranged at substantially 90° with respect to the base member such that, in use, the support member is adjacent the foundation raft; and a cavity forming member (30, 43) which, together with the base and support members, forms a cavity (21, 45) into which a settable material can be placed in use; and characterised by a plurality of support ties (15, 47) engaged with the base member, extending from the cavity (21, 45) on one side of the support member (11, 42) into the main body of the foundation raft on the other side of the support member (11, 42) for, in use engagement with the main body of the foundation raft, wherein the support ties (15, 47) are angled with respect to the base member. a base member; a support member (11, 42) arranged at substantially 90° with respect to the base member such that, in use, the support member is adjacent the foundation raft; and a cavity forming member (30, 43) which, together with the base and support members, forms a cavity (21, 45) into which a settable material can be placed in use; and characterised by a plurality of support ties (15, 47) engaged with the base member, extending from the cavity (21, 45) on one side of the support member (11, 42) into the main body of the foundation raft on the other side of the support member (11, 42) for, in use engagement with the main body of the foundation raft, wherein the support ties (15, 47) are angled with respect to the base member.