mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of generating a computer program based on an SQL query, including: receiving a SQL query, including a reference to a first data set stored at a first data source, and including a reference to a second data set stored at a second data source different from the first data source; determining that the SQL query includes two or more commands, the commands including a first union-type operation, and a first aggregation operation, and determining that the SQL query describes that the first union-type operation shall be applied to at least a portion of data from the first data set, and applied to at least a portion of data from the second data set; determining that the SQL query describes that the first aggregation operation shall be applied to data resulting from the first union-type operation; generating a computer program on a first system based on the SQL query, the computer program configured for: transmitting instructions that direct a second system to perform a second aggregation operation on a portion of data from the first data set; receiving, from the second system, a particular data set that is a summary of the portion of data from the first data set; and performing a second union-type operation on the particular data set and a summary of a portion of data from the second data set. receiving a SQL query, including a reference to a first data set stored at a first data source, and including a reference to a second data set stored at a second data source different from the first data source; determining that the SQL query includes two or more commands, the commands including a first union-type operation, and a first aggregation operation, and determining that the SQL query describes that the first union-type operation shall be applied to at least a portion of data from the first data set, and applied to at least a portion of data from the second data set; determining that the SQL query describes that the first aggregation operation shall be applied to data resulting from the first union-type operation; generating a computer program on a first system based on the SQL query, the computer program configured for: transmitting instructions that direct a second system to perform a second aggregation operation on a portion of data from the first data set; receiving, from the second system, a particular data set that is a summary of the portion of data from the first data set; and performing a second union-type operation on the particular data set and a summary of a portion of data from the second data set. transmitting instructions that direct a second system to perform a second aggregation operation on a portion of data from the first data set; receiving, from the second system, a particular data set that is a summary of the portion of data from the first data set; and performing a second union-type operation on the particular data set and a summary of a portion of data from the second data set.
A method for heat treating a casting formed in a high pressure die casting (HPDC) process from an aluminum alloy having a silicon constituent and at least one metal alloying constituent, the method comprising: heating the casting to a first casting temperature less than 10 °C below a predetermined silicon solution temperature above which there is substantial or accelerated solutionizing of the silicon constituent and below which there is little or no substantial solutionizing of the silicon constituent; increasing the rate of heat input into the casting to heat the casting to a second casting temperature less than 10 °C above a predetermined alloying metal solution temperature at which the at least one metal alloying constituent rapidly enters into solid solution and below which there is little or no substantial solutionizing of the alloying metal constituent; maintaining the casting at the second casting temperature for a period of time less than 20 minutes until the casting achieves a time-in-treatment ratio greater than 50%, the time-in-treatment ratio being defined by a duration of time the casting spent above the predetermined alloying metal solution temperature divided by a duration of time the casting spent above the predetermined silicon solution temperature; and quenching the casting to a temperature less than 250 °C. heating the casting to a first casting temperature less than 10 °C below a predetermined silicon solution temperature above which there is substantial or accelerated solutionizing of the silicon constituent and below which there is little or no substantial solutionizing of the silicon constituent; increasing the rate of heat input into the casting to heat the casting to a second casting temperature less than 10 °C above a predetermined alloying metal solution temperature at which the at least one metal alloying constituent rapidly enters into solid solution and below which there is little or no substantial solutionizing of the alloying metal constituent; maintaining the casting at the second casting temperature for a period of time less than 20 minutes until the casting achieves a time-in-treatment ratio greater than 50%, the time-in-treatment ratio being defined by a duration of time the casting spent above the predetermined alloying metal solution temperature divided by a duration of time the casting spent above the predetermined silicon solution temperature; and quenching the casting to a temperature less than 250 °C.
A drive system, having - a transmission housing, - an input shaft, - an output shaft, - a multistage superposition transmission via which the input shaft and the output shaft are connected to a first rotor shaft of a first motor and to a second rotor shaft of a second motor, - a power controller via which the two motors (11, 12) are coupled to form a continuously variable actuating mechanism, and - an energy accumulator to which the two motors (11, 12) are connected, wherein the multistage superposition transmission has a planetary gear stage with a sungear, a ring gear and a planet carrier with a plurality of planet gears, wherein - the input shaft, the output shaft and the second motor with its second rotor shaft are arranged coaxially on a first shaft train, - the multistage superposition transmission with the sungear, the ring gear and the planet carrier is configured only as a three-shaft planetary gear stage, and - the first motor with its first rotor shaft is arranged on a third shaft train which is situated parallel to the first shaft train and to a second shaft train, characterized in that the three-shaft planetary gear stage is arranged on a second shaft train which is arranged parallel to the first shaft train. - a transmission housing, - an input shaft, - an output shaft, - a multistage superposition transmission via which the input shaft and the output shaft are connected to a first rotor shaft of a first motor and to a second rotor shaft of a second motor, - a power controller via which the two motors (11, 12) are coupled to form a continuously variable actuating mechanism, and - an energy accumulator to which the two motors (11, 12) are connected, wherein the multistage superposition transmission has a planetary gear stage with a sungear, a ring gear and a planet carrier with a plurality of planet gears, wherein - the input shaft, the output shaft and the second motor with its second rotor shaft are arranged coaxially on a first shaft train, - the multistage superposition transmission with the sungear, the ring gear and the planet carrier is configured only as a three-shaft planetary gear stage, and - the first motor with its first rotor shaft is arranged on a third shaft train which is situated parallel to the first shaft train and to a second shaft train,
A sunshade umbrella capable of rotating left and right, comprising: a base; a vertical column, mounted in the base; a slidable handle sleeved on the vertical column; an umbrella frame; a transverse rod having a lower end connected to the slidable handle, and an upper end rotatably connected to a top portion of the umbrella frame; and a drawing rod having a front end and a rear end, characterized in that, the rear end of the drawing rod is rotatably connected to a top portion of the vertical column, and the front end of the drawing rod is rotatably connected to a middle portion of the transverse rod; wherein the sunshade umbrella further comprises a rotating mechanism for controlling an umbrella fabric to rotate left and right, and an adjustment handle for driving the rotating mechanism to rotate; the umbrella frame has a lengthened rib with a bottom end and a top end, the bottom end of the lengthened rib is connected to the rotating mechanism; the rotating mechanism comprises an upper clutch tooth mechanism and a lower clutch tooth mechanism; the adjustment handle is disposed on the lower clutch tooth mechanism; and the upper clutch tooth mechanism and the lower clutch tooth mechanism are respectively disposed at the upper end and the lower end of the transverse rod, and are connected with each other through a connecting rod. a base; a vertical column, mounted in the base; a slidable handle sleeved on the vertical column; an umbrella frame; a transverse rod having a lower end connected to the slidable handle, and an upper end rotatably connected to a top portion of the umbrella frame; and a drawing rod having a front end and a rear end, characterized in that, the rear end of the drawing rod is rotatably connected to a top portion of the vertical column, and the front end of the drawing rod is rotatably connected to a middle portion of the transverse rod; wherein the sunshade umbrella further comprises a rotating mechanism for controlling an umbrella fabric to rotate left and right, and an adjustment handle for driving the rotating mechanism to rotate; the umbrella frame has a lengthened rib with a bottom end and a top end, the bottom end of the lengthened rib is connected to the rotating mechanism; the rotating mechanism comprises an upper clutch tooth mechanism and a lower clutch tooth mechanism; the adjustment handle is disposed on the lower clutch tooth mechanism; and the upper clutch tooth mechanism and the lower clutch tooth mechanism are respectively disposed at the upper end and the lower end of the transverse rod, and are connected with each other through a connecting rod.
A floor cleaning system, comprising: a surface cleaning apparatus comprising: a fluid delivery system comprising a supply tank, a pump, and a fluid distributor; a recovery system comprising a recovery tank, a suction nozzle, and a vacuum motor; a brushroll within a recovery pathway of the recovery system; a brushroll motor operably coupled to the brushroll for rotating the brushroll, wherein the suction nozzle is configured to extract fluid and debris from the brushroll; a rechargeable battery selectively powering the pump, the brushroll motor, and the vacuum motor; a self-cleaning mode input control which initiates an automatic cleanout cycle for a self-cleaning mode of operation during which the pump, the brushroll motor, and the vacuum motor are energized; and a controller controlling the operation of the fluid delivery and recovery systems; a storage tray configured to dock the surface cleaning apparatus for recharging the battery of the surface cleaning apparatus and for self-cleaning of the surface cleaning apparatus; characterised in that, during the self-cleaning mode, the pump, the brushroll motor, and the vacuum motor are powered by the battery. a surface cleaning apparatus comprising: a fluid delivery system comprising a supply tank, a pump, and a fluid distributor; a recovery system comprising a recovery tank, a suction nozzle, and a vacuum motor; a brushroll within a recovery pathway of the recovery system; a brushroll motor operably coupled to the brushroll for rotating the brushroll, wherein the suction nozzle is configured to extract fluid and debris from the brushroll; a rechargeable battery selectively powering the pump, the brushroll motor, and the vacuum motor; a self-cleaning mode input control which initiates an automatic cleanout cycle for a self-cleaning mode of operation during which the pump, the brushroll motor, and the vacuum motor are energized; and a controller controlling the operation of the fluid delivery and recovery systems; a fluid delivery system comprising a supply tank, a pump, and a fluid distributor; a recovery system comprising a recovery tank, a suction nozzle, and a vacuum motor; a brushroll within a recovery pathway of the recovery system; a brushroll motor operably coupled to the brushroll for rotating the brushroll, wherein the suction nozzle is configured to extract fluid and debris from the brushroll; a rechargeable battery selectively powering the pump, the brushroll motor, and the vacuum motor; a self-cleaning mode input control which initiates an automatic cleanout cycle for a self-cleaning mode of operation during which the pump, the brushroll motor, and the vacuum motor are energized; and a controller controlling the operation of the fluid delivery and recovery systems; a storage tray configured to dock the surface cleaning apparatus for recharging the battery of the surface cleaning apparatus and for self-cleaning of the surface cleaning apparatus; characterised in that, during the self-cleaning mode, the pump, the brushroll motor, and the vacuum motor are powered by the battery.
Method for the cutting of material to be cut by means of a cutting machine which comprises a horizontal cutting support for material to be cut, a horizontal cutting blade displaceable in height above the cutting support for cutting the material to be cut supported on the cutting support, a drive motor for the height displacement of the cutting blade, a manual control, in particular a two-hand control, for the drive motor, and a protection device safeguarding the working region of the cutting machine, comprising the following method steps: - lowering the cutting blade, when the protection device is not interrupted, by actuating the manual control, and - stopping the cutting blade which is being lowered when the protection device is interrupted, characterized in that, immediately after stopping the cutting blade which is being lowered, the drive motor is operated to reverse the cutting blade under safety monitoring into a nondangerous upper safety location, the safety monitoring comprises the determination of the actual displacement direction of the cutting blade and, if a downward movement of the cutting blade is established, the secure stopping of the drive motor, and the actual displacement direction of the cutting blade is monitored only after a reversing time, required for the direction reverse of the motor driving, following the stopping of the cutting blade which is being lowered. - lowering the cutting blade, when the protection device is not interrupted, by actuating the manual control, and - stopping the cutting blade which is being lowered when the protection device is interrupted, immediately after stopping the cutting blade which is being lowered, the drive motor is operated to reverse the cutting blade under safety monitoring into a nondangerous upper safety location, the safety monitoring comprises the determination of the actual displacement direction of the cutting blade and, if a downward movement of the cutting blade is established, the secure stopping of the drive motor, and the actual displacement direction of the cutting blade is monitored only after a reversing time, required for the direction reverse of the motor driving, following the stopping of the cutting blade which is being lowered.
A power source unit of a lead-free automotive battery comprising: a battery main body including at least one battery cell; and an electric device (6, 7) located on the battery main body; a wall (622a to 622d, 722a to 722c) located along a lateral side of parts (631, 730) included in the electric device (6, 7), wherein the wall (622a to 622d, 722a to 722c) is taller than a height of the parts (631, 730), characterized by a container (2, 3) accommodating the battery main body and the electric device (631, 730), the container (2, 3) comprising a container body and a cover, wherein the container body is formed of a synthetic resin having the same shape as a casing of a lead storage battery, which has a shape in compliance with the standards of existing lead storage automotive batteries, so that the power source unit can replace any such lead storage battery, and the wall (622a to 622d, 722a to 722c) serves as a buffer member that prevents the parts (631, 730) of the electric device (6, 7) from directly contacting an inner wall of the container body. a battery main body including at least one battery cell; and an electric device (6, 7) located on the battery main body; a wall (622a to 622d, 722a to 722c) located along a lateral side of parts (631, 730) included in the electric device (6, 7), wherein the wall (622a to 622d, 722a to 722c) is taller than a height of the parts (631, 730), characterized by a container (2, 3) accommodating the battery main body and the electric device (631, 730), the container (2, 3) comprising a container body and a cover, wherein the container body is formed of a synthetic resin having the same shape as a casing of a lead storage battery, which has a shape in compliance with the standards of existing lead storage automotive batteries, so that the power source unit can replace any such lead storage battery, and the wall (622a to 622d, 722a to 722c) serves as a buffer member that prevents the parts (631, 730) of the electric device (6, 7) from directly contacting an inner wall of the container body.
Heat sink of at least one electrical component, wherein a first heat sink section is in the form of a spring, wherein a contact area is provided between the heat sink and the at least one component at the first heat sink section, - wherein the first heat sink section is angled transversely in relation to a second heat sink section, - the first heat sink section is designed in the form of a clip with a first limb and a second limb, and - wherein the first heat sink section is connected to the second heat sink section such that the first heat sink section can be deflected with a spring action in relation to the second heat sink section, characterized in that the second heat sink section is provided for fastening the heat sink to a printed circuit in the mounted state. - wherein the first heat sink section is angled transversely in relation to a second heat sink section, - the first heat sink section is designed in the form of a clip with a first limb and a second limb, and - wherein the first heat sink section is connected to the second heat sink section such that the first heat sink section can be deflected with a spring action in relation to the second heat sink section, characterized in that the second heat sink section is provided for fastening the heat sink to a printed circuit in the mounted state.
A skin interface device for an implantable cardiac assist device, comprising a processor, a non-transitory computer readable medium, and computer readable program code encoded in said non-transitory computer readable medium, the computer readable program code comprising a series of computer readable program steps to effect receiving signals from one or more implanted EKG sensors; and characterized in that the device further comprises circuitry configured to prevent an electric shock applied externally by a defibrillator to the device from rendering the device inoperable.
Method for adjusting brake pressures of a motor vehicle, wherein a control unit, while taking into account determined dynamic state variables of the wheels that are to be braked, actuates a pressure control valve with an inlet valve for ventilating and with an outlet valve for venting the brake pressure line (38, 39) that is respectively controlled by the pressure control valve, wherein the control times (tA) of the outlet valve are determined depending on the control of the inlet valve, characterized in that on receiving an external braking demand that is independent of the driver's braking demand, in an external braking mode provided for this case, the control unit adjusts the brake pressure in the brake pressure line (38, 39) corresponding to the external braking demand by determining the control times (tA) of the outlet valve depending on the control of the inlet valve.
A method comprising: receiving first orientation data from a first device, wherein the first device is a touchscreen device (302, 401, 501) and the first orientation data is associated with a touch trajectory comprising a motion (404, 504, 506) of a touch interaction by a user of the first device with a pointing device (306, 403) on a capacitive touch surface (402, 502) of the first device, receiving second orientation data from a second device, wherein the second device is a wrist-wearable device (405, 507) and the second orientation data is movement data from the wrist-wearable device worn by the user; correlating the motion of the touch interaction with the second orientation data; based on the correlation, determining a relative orientation of the first device to the second device; and determining a position of the pointing device including an indication whether the motion of the touch interaction is made by the same hand on which the second device is worn, based on the touch trajectory and the relative orientation of the first device to the second device. receiving first orientation data from a first device, wherein the first device is a touchscreen device (302, 401, 501) and the first orientation data is associated with a touch trajectory comprising a motion (404, 504, 506) of a touch interaction by a user of the first device with a pointing device (306, 403) on a capacitive touch surface (402, 502) of the first device, receiving second orientation data from a second device, wherein the second device is a wrist-wearable device (405, 507) and the second orientation data is movement data from the wrist-wearable device worn by the user; correlating the motion of the touch interaction with the second orientation data; based on the correlation, determining a relative orientation of the first device to the second device; and determining a position of the pointing device including an indication whether the motion of the touch interaction is made by the same hand on which the second device is worn, based on the touch trajectory and the relative orientation of the first device to the second device.