mhurhangee/ep-ind-claims huggingface dataset:
A vehicle driving system (100; 300) comprising: two or more electric motors (120; 320), wherein each of the two or more electric motors (120; 320) has a voltage input; a variable input control (105; 305) configured to provide a signal indicating an operational position of the variable input control (105; 305); two or more wheels (140; 340), wherein each of the two or more wheels (140; 340) are connected to one of the two or more electric motors (120; 320) by an axle (130; 330); and a vehicle control unit (110; 200; 310; 400; 925; 500) configured to control the voltage inputs of the two or more electric motors (120; 320), characterized in that the vehicle control unit (110; 200; 310; 400; 925; 500) comprises: an operational position determination component (220; 420) receiving a signal from the variable input control (105; 305) indicating the operational position of the variable input control (105; 305); a power output determination component (230; 430) determining the voltage inputs for each of the two or more electric motors (120; 320) based on the received information; and a power distribution component (240; 440) generating instructions to effectuate the voltage inputs to each of the two or more electric motors (120; 320). two or more electric motors (120; 320), wherein each of the two or more electric motors (120; 320) has a voltage input; a variable input control (105; 305) configured to provide a signal indicating an operational position of the variable input control (105; 305); two or more wheels (140; 340), wherein each of the two or more wheels (140; 340) are connected to one of the two or more electric motors (120; 320) by an axle (130; 330); and a vehicle control unit (110; 200; 310; 400; 925; 500) configured to control the voltage inputs of the two or more electric motors (120; 320), characterized in that the vehicle control unit (110; 200; 310; 400; 925; 500) comprises: an operational position determination component (220; 420) receiving a signal from the variable input control (105; 305) indicating the operational position of the variable input control (105; 305); a power output determination component (230; 430) determining the voltage inputs for each of the two or more electric motors (120; 320) based on the received information; and a power distribution component (240; 440) generating instructions to effectuate the voltage inputs to each of the two or more electric motors (120; 320). an operational position determination component (220; 420) receiving a signal from the variable input control (105; 305) indicating the operational position of the variable input control (105; 305); a power output determination component (230; 430) determining the voltage inputs for each of the two or more electric motors (120; 320) based on the received information; and a power distribution component (240; 440) generating instructions to effectuate the voltage inputs to each of the two or more electric motors (120; 320).
A printing assembly for providing an image on a medium, the printing assembly comprising: a) a print station for providing a recording substance on the medium for forming the image, the recording substance releasing a gaseous emission (GE, GE1, GE2) after application on the medium; and b) an air stream supply unit (50, 50a, 50b, 50c) and an air stream pick-up unit (52, 52a, 52b, 52c) for generating an air stream (54, 54a, 54b, 54c) from the air stream supply unit to the air stream pick-up unit, characterized in that the printing assembly defines a printing assembly space, the print station being positioned in said printing assembly space and the printing assembly space being separated from a surroundings of the printing assembly by the air stream, the air stream being substantially planar and being positioned between a printed part of the medium arranged in the printing assembly space, on which printed part the recording substance is provided, and the surroundings of the printing assembly. a) a print station for providing a recording substance on the medium for forming the image, the recording substance releasing a gaseous emission (GE, GE1, GE2) after application on the medium; and b) an air stream supply unit (50, 50a, 50b, 50c) and an air stream pick-up unit (52, 52a, 52b, 52c) for generating an air stream (54, 54a, 54b, 54c) from the air stream supply unit to the air stream pick-up unit, characterized in that the printing assembly defines a printing assembly space, the print station being positioned in said printing assembly space and the printing assembly space being separated from a surroundings of the printing assembly by the air stream,
A flow delivery system for delivering and monitoring a liquid flow, the system comprising: a pump; a monitoring device for monitoring a flow generated by the pump; a sensing arrangement for detecting the presence of a flow monitored by the monitoring device; and a controller for determining if the detected flow is a liquid flow or a gas flow, characterized in that the controller is adapted to: control the pump with a first drive signal; in response to a detected flow which may be a gas flow, to reduce the drive signal for the pump from a first drive signal to a second drive signal, thereby to change the characteristics of the pump drive signal and the characteristics of the resulting flow; and based on the change in said characteristics, determine if the flow is a liquid flow or a gas flow. a pump; a monitoring device for monitoring a flow generated by the pump; a sensing arrangement for detecting the presence of a flow monitored by the monitoring device; and a controller for determining if the detected flow is a liquid flow or a gas flow, characterized in that the controller is adapted to: control the pump with a first drive signal; in response to a detected flow which may be a gas flow, to reduce the drive signal for the pump from a first drive signal to a second drive signal, thereby to change the characteristics of the pump drive signal and the characteristics of the resulting flow; and based on the change in said characteristics, determine if the flow is a liquid flow or a gas flow. control the pump with a first drive signal; in response to a detected flow which may be a gas flow, to reduce the drive signal for the pump from a first drive signal to a second drive signal, thereby to change the characteristics of the pump drive signal and the characteristics of the resulting flow; and based on the change in said characteristics, determine if the flow is a liquid flow or a gas flow.
Door arrester, in particular for a door of a motor vehicle, comprising a door retainer rod which can be mounted on one of a door and a body so as to be pivotable and having a first side with a profiling formed on the first side, and a first braking element which can be arranged on the other of the door and the body and in sections bearing against the first side of the door retainer rod under the effect of a preload, and which, with the profiling of the first side, defines at least one retaining position, wherein the first braking element has a central boring, wherein the door retainer rod has an elongate through-hole, wherein a guide pin passes through the central boring and the through-hole, wherein the guide pin permits an axial movement of the first braking element along the guide pin, wherein the guide pin is fixed on two retaining portions (22, 23; 122, 123) which can be connected to the other of the door and the body, and wherein the guide pin connects the retaining portions (22, 23; 122, 123) to one another, characterized in that the retaining portions (22, 23) are part of a retainer housing, and that the retaining portions (22, 23) together delimit an opening for the passage of the door retainer rod. a door retainer rod which can be mounted on one of a door and a body so as to be pivotable and having a first side with a profiling formed on the first side, and a first braking element which can be arranged on the other of the door and the body and in sections bearing against the first side of the door retainer rod under the effect of a preload, and which, with the profiling of the first side, defines at least one retaining position, wherein the first braking element has a central boring, wherein the door retainer rod has an elongate through-hole, wherein a guide pin passes through the central boring and the through-hole, wherein the guide pin permits an axial movement of the first braking element along the guide pin, wherein the guide pin is fixed on two retaining portions (22, 23; 122, 123) which can be connected to the other of the door and the body, and wherein the guide pin connects the retaining portions (22, 23; 122, 123) to one another, characterized in that the retaining portions (22, 23) are part of a retainer housing, and that the retaining portions (22, 23) together delimit an opening for the passage of the door retainer rod.
A process for the purification of melamine by treatment of unpurified melamine aqueous solution at elevated temperature within 5-60 minutes characterized in that the treatment is being performed at a temperature of 110-170°C in presence of alkali metal carbonate.
A muffler support structure for a motorcycle, comprising: a muffler fastener including a first fastener to fasten a muffler, wherein the muffler fastener is integrated with a step holder that is fastened to a vehicle body frame, the vehicle body frame includes at least a main frame extending rearwardly from a head pipe and a pivot frame extending from the main frame, and the step holder is fastened to the pivot frame by a pair of second fasteners which are disposed vertically, one above the other, and the first fastener is disposed at a height between the pair of second fasteners, characterised in that; the first fastener is oriented in a vehicle fore-aft direction, the muffler fastener is covered in the step holder in a side elevational view, wherein the pair of second fasteners is fastened under a condition of each second fastener being oriented in a vehicle fore-aft direction. a muffler fastener including a first fastener to fasten a muffler, wherein the muffler fastener is integrated with a step holder that is fastened to a vehicle body frame, the vehicle body frame includes at least a main frame extending rearwardly from a head pipe and a pivot frame extending from the main frame, and the step holder is fastened to the pivot frame by a pair of second fasteners which are disposed vertically, one above the other, and the first fastener is disposed at a height between the pair of second fasteners, characterised in that; the first fastener is oriented in a vehicle fore-aft direction, the muffler fastener is covered in the step holder in a side elevational view, wherein the pair of second fasteners is fastened under a condition of each second fastener being oriented in a vehicle fore-aft direction.
A liquid ejecting device comprising: a transporting belt having a support surface configured to support a medium, the transporting belt being configured to transport the medium in a first direction; an ejecting unit configured to eject a liquid onto a first surface of the medium transported by the transporting belt; a regulating unit configured to come into contact with the first surface of the medium to which the liquid is ejected by the ejecting unit, and configured to regulate upward movement of the medium; and a cleaning unit configured to clean the regulating unit, wherein the regulating unit has an outer circumferential surface configured to come into contact with the first surface, the regulating unit being a rotating body driven in accordance with movement of the medium, and the cleaning unit includes a cleaning member configured to come into contact with the outer circumferential surface of the regulating unit to clean the outer circumferential surface, the liquid ejecting device further comprising a driving unit configured to rotationally drive the cleaning member, and a control unit configured to control the driving unit, wherein the cleaning member rotationally driven by the driving unit comes into contact with the outer circumferential surface to clean the outer circumferential surface, and characterized in that the control unit adjusts the number of rotations of the cleaning member based on an ejection amount of the liquid ejected from the ejecting unit. a transporting belt having a support surface configured to support a medium, the transporting belt being configured to transport the medium in a first direction; an ejecting unit configured to eject a liquid onto a first surface of the medium transported by the transporting belt; a regulating unit configured to come into contact with the first surface of the medium to which the liquid is ejected by the ejecting unit, and configured to regulate upward movement of the medium; and a cleaning unit configured to clean the regulating unit, wherein the regulating unit has an outer circumferential surface configured to come into contact with the first surface, the regulating unit being a rotating body driven in accordance with movement of the medium, and the cleaning unit includes a cleaning member configured to come into contact with the outer circumferential surface of the regulating unit to clean the outer circumferential surface, the liquid ejecting device further comprising a driving unit configured to rotationally drive the cleaning member, and a control unit configured to control the driving unit, wherein the cleaning member rotationally driven by the driving unit comes into contact with the outer circumferential surface to clean the outer circumferential surface, and characterized in that the control unit adjusts the number of rotations of the cleaning member based on an ejection amount of the liquid ejected from the ejecting unit.
A method of operating a base station in a wireless communication system, the method comprising: transmitting channel feedback configuration information to a terminal; receiving channel feedback information from the terminal; and performing at least one of transmission and reception of data, based on the channel feedback information, wherein the channel feedback information includes information indicating a state of an antenna panel of the terminal, and wherein the information indicating the state of the antenna panel of the terminal includes information indicating a number of available antenna panels, information indicating whether or not the terminal is folded, and information indicating a rank mode of the terminal. transmitting channel feedback configuration information to a terminal; receiving channel feedback information from the terminal; and performing at least one of transmission and reception of data, based on the channel feedback information, wherein the channel feedback information includes information indicating a state of an antenna panel of the terminal, and wherein the information indicating the state of the antenna panel of the terminal includes information indicating a number of available antenna panels, information indicating whether or not the terminal is folded, and information indicating a rank mode of the terminal.
A travel control method comprising: recognizing a lane line of a traffic lane in which a host vehicle is traveling; performing lane keeping control such that a lateral position of the host vehicle is at a predetermined position with respect to the lane line; detecting a preceding vehicle traveling ahead of the host vehicle in the traffic lane during the lane keeping control; and when the lane line is not detected, canceling the lane keeping control when a predetermined time has passed after the lane line is no longer detected, characterized in that the predetermined time is shorter when a following distance between the host vehicle and the preceding vehicle is longer than a predetermined value than when the following distance is shorter than or equal to the predetermined value. recognizing a lane line of a traffic lane in which a host vehicle is traveling; performing lane keeping control such that a lateral position of the host vehicle is at a predetermined position with respect to the lane line; detecting a preceding vehicle traveling ahead of the host vehicle in the traffic lane during the lane keeping control; and when the lane line is not detected, canceling the lane keeping control when a predetermined time has passed after the lane line is no longer detected, characterized in that the predetermined time is shorter when a following distance between the host vehicle and the preceding vehicle is longer than a predetermined value than when the following distance is shorter than or equal to the predetermined value.
A method of a User Equipment, in the following also referred to as UE, comprising: receiving a Downlink Control Information, in the following also referred to as DCI, format from a base station in slot n, wherein the DCI format indicates at least an uplink, in the following also referred to as UL, slot format combination which is indicative of slot formats that are applicable to a set of UL slots; characterized by applying a timing offset to the set of UL slots when applying the slot formats indicated by the DCI format, wherein an initial slot of the set of UL slots for which the UL slot format combination indicated by the DCI format is applied is slot n+X, wherein X is equal to or based upon the timing offset. receiving a Downlink Control Information, in the following also referred to as DCI, format from a base station in slot n, wherein the DCI format indicates at least an uplink, in the following also referred to as UL, slot format combination which is indicative of slot formats that are applicable to a set of UL slots; characterized by applying a timing offset to the set of UL slots when applying the slot formats indicated by the DCI format, wherein an initial slot of the set of UL slots for which the UL slot format combination indicated by the DCI format is applied is slot n+X, wherein X is equal to or based upon the timing offset.
An apparatus for upsetting a hollow workpiece, comprising: a clamp for gripping the workpiece at a location offset from an open end of the workpiece that is to be upset, the clamp having a clamp surface shaped and sized complementary to the outer shape of a hollow workpiece; a mandrel having a size and shape complementary to the interior surface of the workpiece, the mandrel being moveable into and out of the open end of the workpiece that is to be upset, the mandrel being positionable within the clamped portion of the workpiece; a die having an inner cavity shaped and sized corresponding to a desired upset size and shape of the end of the workpiece; and a drive operable to move the die toward the clamp such that the die engages the end of the workpiece to be upset, the drive further operable to urge the die a pre-selected distance toward the clamp to upset the workpiece including decreasing the length of the end of the workpiece while increasing the wall thickness of the workpiece; characterized in that the die includes a throughbore in communication with the cavity, the mandrel being positioned within the throughbore during upsetting. a clamp for gripping the workpiece at a location offset from an open end of the workpiece that is to be upset, the clamp having a clamp surface shaped and sized complementary to the outer shape of a hollow workpiece; a mandrel having a size and shape complementary to the interior surface of the workpiece, the mandrel being moveable into and out of the open end of the workpiece that is to be upset, the mandrel being positionable within the clamped portion of the workpiece; a die having an inner cavity shaped and sized corresponding to a desired upset size and shape of the end of the workpiece; and a drive operable to move the die toward the clamp such that the die engages the end of the workpiece to be upset, the drive further operable to urge the die a pre-selected distance toward the clamp to upset the workpiece including decreasing the length of the end of the workpiece while increasing the wall thickness of the workpiece; characterized in that the die includes a throughbore in communication with the cavity, the mandrel being positioned within the throughbore during upsetting.
An air-conditioning light-emitting system including a plurality of air conditioning units and a plurality of light emitting units, the air-conditioning light-emitting system comprising: first communication means configured to connect the air conditioning units such that the air conditioning units communicate with each other; a plurality of second communication means (78a to 78i); and a control unit (73, 70, 60a, 160a) which is configured to control the plurality of light emitting units using the first communication means and the second communication means, characterized in that each second communication means (78a to 78i) of the plurality of second communication means electrically connects an air conditioning unit of the plurality of air conditioning units and a light emitting unit of the plurality of light emitting units with one-to-one correspondence such that the air conditioning unit communicates with the connected light emitting unit, each second communication means of the plurality of second communication means (78a to 78i) includes a power line and a communication line, and each of the light emitting units is configured to receive power source supply from the air conditioning unit to which the light emitting unit is communicably connected via the respective second communication means. first communication means configured to connect the air conditioning units such that the air conditioning units communicate with each other; a plurality of second communication means (78a to 78i); and a control unit (73, 70, 60a, 160a) which is configured to control the plurality of light emitting units using the first communication means and the second communication means, characterized in that each second communication means (78a to 78i) of the plurality of second communication means electrically connects an air conditioning unit of the plurality of air conditioning units and a light emitting unit of the plurality of light emitting units with one-to-one correspondence such that the air conditioning unit communicates with the connected light emitting unit, each second communication means of the plurality of second communication means (78a to 78i) includes a power line and a communication line, and each of the light emitting units is configured to receive power source supply from the air conditioning unit to which the light emitting unit is communicably connected via the respective second communication means. each second communication means (78a to 78i) of the plurality of second communication means electrically connects an air conditioning unit of the plurality of air conditioning units and a light emitting unit of the plurality of light emitting units with one-to-one correspondence such that the air conditioning unit communicates with the connected light emitting unit, each second communication means of the plurality of second communication means (78a to 78i) includes a power line and a communication line, and each of the light emitting units is configured to receive power source supply from the air conditioning unit to which the light emitting unit is communicably connected via the respective second communication means.