mhurhangee/ep-ind-claims huggingface dataset:
A muffler for an exhaust system of an internal combustion engine, comprising: a housing comprising a shell having an inner wall, an inlet pipe and an outlet pipe, the inlet pipe and the outlet pipe extending into an inner space of the housing, for conveying an exhaust gas stream into and out of the inner space of the housing, at least one baffle (4, 5, 6) arranged in the inner space of the housing and made of at least one metal sheet, the baffle comprising a baffle plate having a circumference, a curved connection portion and a baffle lip arranged at the circumference of the baffle plate and being connected to the baffle plate through the curved connection portion, the baffle lip engaging the inner wall of the shell and having an end portion, wherein the end portion of the baffle lip is curved inwardly away from the inner wall of the shell and the inwardly curved end portion of the baffle lip has a tip, the baffle lip having a contact portion which is in contact with the inner wall of the shell, the contact portion being arranged between the curved connection portion and the inwardly curved end portion of the baffle lip, characterized in that the inwardly curved end portion has a curvature angle varying along the circumference of the baffle plate, the curvature angle being formed between a tangent to a metal sheet face of the contact portion engaging the inner wall of the shell and a tangent to the inwardly curved end portion of the baffle lip at the tip of the inwardly curved end portion on the same metal sheet face being in contact with the inner wall of the shell at the contact portion. a housing comprising a shell having an inner wall, an inlet pipe and an outlet pipe, the inlet pipe and the outlet pipe extending into an inner space of the housing, for conveying an exhaust gas stream into and out of the inner space of the housing, at least one baffle (4, 5, 6) arranged in the inner space of the housing and made of at least one metal sheet, the baffle comprising a baffle plate having a circumference, a curved connection portion and a baffle lip arranged at the circumference of the baffle plate and being connected to the baffle plate through the curved connection portion, the baffle lip engaging the inner wall of the shell and having an end portion, wherein the end portion of the baffle lip is curved inwardly away from the inner wall of the shell and the inwardly curved end portion of the baffle lip has a tip, the baffle lip having a contact portion which is in contact with the inner wall of the shell, the contact portion being arranged between the curved connection portion and the inwardly curved end portion of the baffle lip, characterized in that the inwardly curved end portion has a curvature angle varying along the circumference of the baffle plate, the curvature angle being formed between a tangent to a metal sheet face of the contact portion engaging the inner wall of the shell and a tangent to the inwardly curved end portion of the baffle lip at the tip of the inwardly curved end portion on the same metal sheet face being in contact with the inner wall of the shell at the contact portion.
An apparatus (10; 60) for forming a sheet glass, comprising: a pair of rollers (12a, 12b) arranged in opposing relation to form a nip gap, at least one of the rollers (12a, 12b) being translatable to adjust a width of the nip gap; a pair of spacer belts (34, 36) passing in between the pair of rollers (12a, 12b), the pair of spacer belts (34, 36) being spaced apart along a length of the pair of rollers (12a, 12b) and having a thickness to set the width of the nip gap; a belt guide disposed adjacent to at least one of the rollers (12a, 12b), wherein at least one of the spacer belts (34, 36) passes around one of the rollers (12a, 12b) and the belt guide; and at least one actuator (42a, 42b) coupled to at least one of the rollers (12a, 12b) and operable to adjust the width of the nip gap until the pair of spacer belts (34, 36) is gripped by the pair of rollers (12a, 12b) and the thickness of the pair of spacer belts (34, 36) sets the width of the nip gap. a pair of rollers (12a, 12b) arranged in opposing relation to form a nip gap, at least one of the rollers (12a, 12b) being translatable to adjust a width of the nip gap; a pair of spacer belts (34, 36) passing in between the pair of rollers (12a, 12b), the pair of spacer belts (34, 36) being spaced apart along a length of the pair of rollers (12a, 12b) and having a thickness to set the width of the nip gap; a belt guide disposed adjacent to at least one of the rollers (12a, 12b), wherein at least one of the spacer belts (34, 36) passes around one of the rollers (12a, 12b) and the belt guide; and at least one actuator (42a, 42b) coupled to at least one of the rollers (12a, 12b) and operable to adjust the width of the nip gap until the pair of spacer belts (34, 36) is gripped by the pair of rollers (12a, 12b) and the thickness of the pair of spacer belts (34, 36) sets the width of the nip gap.
A plural mode washer system for vehicles, comprising: a washer fluid pump (38, 80, 132, 152, 252, 312, 342, 344, 372, 373, 374, 532, 552, 632, 652) having selectable low pressure and a high pressure output fluid flows; and at least one fluidic nozzle (46, 48, 98, 116, 134, 138, 158, 160, 260, 264,356, 358, 378, 396, 398, 458, 460, 468, 470, 658, 660, 758, 760) generates an oscillating spray, wherein the fluidic nozzle (46, 48, 98, 116, 134, 138, 158, 160, 260, 264,356, 358, 378, 396, 398, 458, 460, 468, 470, 658, 660, 758, 760) is connectable to said pump (38, 80, 132, 152, 252, 312, 342, 344, 372, 373, 374, 532, 552, 632, 652) to provide a selectable low or high pressure oscillating fluid spray output, wherein said pump (38, 80, 132, 152, 252, 312, 342, 344, 372, 373, 374, 532, 552, 632, 652) includes a reversible impeller (121, 381) which produces a low pressure fluid output when spinning in a reverse direction and a high pressure fluid output when spinning in a forward direction, the direction of spin being selectable to provide a corresponding low pressure or high pressure output from said nozzle (46, 48, 98, 116, 134, 138, 158, 160, 260, 264,356, 358, 378, 396, 398, 458, 460, 468, 470, 658, 660, 758, 760); characterized by; said pump is a single-outlet reversible pump, and further including a second single-outlet reversible impeller pump in series with said first-named pump, the outlet of said second pump being connected to said at least one nozzle (46, 48, 98, 116, 134, 138, 158, 160, 260, 264,356, 358, 378, 396, 398, 458, 460, 468, 470, 658, 660, 758, 760). a washer fluid pump (38, 80, 132, 152, 252, 312, 342, 344, 372, 373, 374, 532, 552, 632, 652) having selectable low pressure and a high pressure output fluid flows; and at least one fluidic nozzle (46, 48, 98, 116, 134, 138, 158, 160, 260, 264,356, 358, 378, 396, 398, 458, 460, 468, 470, 658, 660, 758, 760) generates an oscillating spray, wherein the fluidic nozzle (46, 48, 98, 116, 134, 138, 158, 160, 260, 264,356, 358, 378, 396, 398, 458, 460, 468, 470, 658, 660, 758, 760) is connectable to said pump (38, 80, 132, 152, 252, 312, 342, 344, 372, 373, 374, 532, 552, 632, 652) to provide a selectable low or high pressure oscillating fluid spray output, wherein said pump (38, 80, 132, 152, 252, 312, 342, 344, 372, 373, 374, 532, 552, 632, 652) includes a reversible impeller (121, 381) which produces a low pressure fluid output when spinning in a reverse direction and a high pressure fluid output when spinning in a forward direction, the direction of spin being selectable to provide a corresponding low pressure or high pressure output from said nozzle (46, 48, 98, 116, 134, 138, 158, 160, 260, 264,356, 358, 378, 396, 398, 458, 460, 468, 470, 658, 660, 758, 760); characterized by; said pump is a single-outlet reversible pump, and further including a second single-outlet reversible impeller pump in series with said first-named pump, the outlet of said second pump being connected to said at least one nozzle (46, 48, 98, 116, 134, 138, 158, 160, 260, 264,356, 358, 378, 396, 398, 458, 460, 468, 470, 658, 660, 758, 760).
A method for unifying rosters, wherein each roster provides a data structure that identifies users participating in a communication event via a respective media type, the method comprising a client performing the steps of: receiving an escalation request, the escalation request associated with a first roster, the first roster associated with a first media type relating to a communication event; responding to the escalation request, the response to the escalation request comprising one of an acceptance of the escalation request or a denial of the escalation request; in response to accepting the escalation request: subscribing to the first roster as a participant; in response to denying the escalation request: subscribing to the first roster as an observer; identifying a second roster that the client is not subscribed to, wherein the second roster is associated with a second media type relating to the communication event; and subscribing to the second roster as an observer. receiving an escalation request, the escalation request associated with a first roster, the first roster associated with a first media type relating to a communication event; responding to the escalation request, the response to the escalation request comprising one of an acceptance of the escalation request or a denial of the escalation request; in response to accepting the escalation request: subscribing to the first roster as a participant; in response to denying the escalation request: subscribing to the first roster as an observer; identifying a second roster that the client is not subscribed to, wherein the second roster is associated with a second media type relating to the communication event; and subscribing to the second roster as an observer.
A cream formulation comprising a) sandalwood oil; b) one or more antioxidants; and c) a phosphate buffer wherein the concentration of the one or more antioxidants is from 0.03 % (w/w) to 0.5 % (w/w), and wherein the pH of the formulation is between 4 and 6. a) sandalwood oil; b) one or more antioxidants; and c) a phosphate buffer
A direct current power system, comprising: a direct current bus system; a solar power system comprising a plurality of solar panels, wherein the solar power system is configured to supply a first direct current power; an energy storage system (18, 40) having an output electrically coupled to the direct current bus system, wherein the energy storage system (18, 40) comprises a plurality of battery stacks (46, 54), and wherein the energy storage system (18, 40) is configured to supply a second direct current power at 380 volts to the direct current bus system; a wind power system electrically coupled to the direct current bus system, wherein the wind power system comprises at least one wind turbine assembly, and wherein the wind power system is configured to supply a third direct current power at 380 volts to the direct current bus system; a rectifier system electrically coupled to an alternating current power system and the direct current bus system, wherein the rectifier system is configured to supply a fourth direct current power at 380 volts to the direct current bus system; and an inverter system electrically coupled to the direct current bus system and electrically couplable to an alternating current load, characterized in that the solar power system is configured to supply the first direct current power at 48 volts and the energy storage system (18, 40) further comprises an input directly electrically connected to the solar power system. a direct current bus system; a solar power system comprising a plurality of solar panels, wherein the solar power system is configured to supply a first direct current power; an energy storage system (18, 40) having an output electrically coupled to the direct current bus system, wherein the energy storage system (18, 40) comprises a plurality of battery stacks (46, 54), and wherein the energy storage system (18, 40) is configured to supply a second direct current power at 380 volts to the direct current bus system; a wind power system electrically coupled to the direct current bus system, wherein the wind power system comprises at least one wind turbine assembly, and wherein the wind power system is configured to supply a third direct current power at 380 volts to the direct current bus system; a rectifier system electrically coupled to an alternating current power system and the direct current bus system, wherein the rectifier system is configured to supply a fourth direct current power at 380 volts to the direct current bus system; and an inverter system electrically coupled to the direct current bus system and electrically couplable to an alternating current load, characterized in that the solar power system is configured to supply the first direct current power at 48 volts and the energy storage system (18, 40) further comprises an input directly electrically connected to the solar power system.
A method performed by a policy controller of a network, characterized by comprising: receiving access network selection information identifying a wireless access network a user equipment is using for attempting to get connectivity to the network; obtaining information about whether the received access network selection information complies with an operator's access network selection policy. receiving access network selection information identifying a wireless access network a user equipment is using for attempting to get connectivity to the network; obtaining information about whether the received access network selection information complies with an operator's access network selection policy.
A system (10; 300) comprising: a cough-assist device having a first phase configured to provide insufflating gas to a patient circuit and a second phase configured to draw exsufflating gas from the patient circuit; a humidifier between the cough-assist device and a distal end of the patient circuit, the humidifier comprising a chamber configured to contain heated water and fluidically coupled to the cough-assist device and the patient circuit; and a bypass having a first flow path between the cough-assist device and the chamber, a second flow path between the chamber and the patient circuit, a third flow path between the first and second flow paths, and a valve system, wherein the valve system is configured to: (a) block the third flow path during insufflation so that the insufflation gas flow passes through the chamber via the first and second flow paths, and (b) open the third flow path and block the first flow path during exsufflation such that the exsufflation gas flow passes through the third flow path and bypasses the chamber. a cough-assist device having a first phase configured to provide insufflating gas to a patient circuit and a second phase configured to draw exsufflating gas from the patient circuit; a humidifier between the cough-assist device and a distal end of the patient circuit, the humidifier comprising a chamber configured to contain heated water and fluidically coupled to the cough-assist device and the patient circuit; and a bypass having a first flow path between the cough-assist device and the chamber, a second flow path between the chamber and the patient circuit, a third flow path between the first and second flow paths, and a valve system, wherein the valve system is configured to: (a) block the third flow path during insufflation so that the insufflation gas flow passes through the chamber via the first and second flow paths, and (b) open the third flow path and block the first flow path during exsufflation such that the exsufflation gas flow passes through the third flow path and bypasses the chamber. (a) block the third flow path during insufflation so that the insufflation gas flow passes through the chamber via the first and second flow paths, and (b) open the third flow path and block the first flow path during exsufflation such that the exsufflation gas flow passes through the third flow path and bypasses the chamber.
An air compressor system comprising: an internal combustion engine operable to produce a power output in response to combustion of a fuel-air mixture; an air compressor driven by the internal combustion engine and operable to draw in atmospheric air and discharge a mixed flow of compressed air and water; a separator assembly in communication with the air compressor and operable to separate the mixed flow of compressed air and water into a flow of compressed air and a separate flow of water; a water injection system for supplying the flow of water to the fuel-air mixture and into the internal combustion engine; a water passageway interconnecting the separator assembly and the water injection system, the water passageway configured to direct the flow of water to the water injection system; an air passageway fluidly connected to the separator assembly, wherein the compressed air is discharged from the separator assembly through the air passageway, and exits the air compressor system; a sensor configured to detect a flow rate of compressed air through the air passageway; and a control system coupled to the internal combustion engine and the water injection system, the control system configured to regulate an amount of water supplied to the internal combustion engine in response to the detected flow rate of compressed air by the sensor. an internal combustion engine operable to produce a power output in response to combustion of a fuel-air mixture; an air compressor driven by the internal combustion engine and operable to draw in atmospheric air and discharge a mixed flow of compressed air and water; a separator assembly in communication with the air compressor and operable to separate the mixed flow of compressed air and water into a flow of compressed air and a separate flow of water; a water injection system for supplying the flow of water to the fuel-air mixture and into the internal combustion engine; a water passageway interconnecting the separator assembly and the water injection system, the water passageway configured to direct the flow of water to the water injection system; an air passageway fluidly connected to the separator assembly, wherein the compressed air is discharged from the separator assembly through the air passageway, and exits the air compressor system; a sensor configured to detect a flow rate of compressed air through the air passageway; and a control system coupled to the internal combustion engine and the water injection system, the control system configured to regulate an amount of water supplied to the internal combustion engine in response to the detected flow rate of compressed air by the sensor.
A method for making an antibody comprising at least two different Fab regions, wherein a first Fab region comprises a first light chain and heavy chain, and a second Fab region comprises a second light chain and heavy chain; the method comprising: i) a step of culturing a host cell comprising a nucleic acid encoding said antibody under conditions to express said antibody, and ii) a step of recovering said antibody from the host cell culture, wherein at least one of the LC-HC pairs comprises a non-natural disulfide bond formed by cysteine residues introduced at positions selected from light chain position 116-heavy chain position 126, light chain position 116-heavy chain position 127, light chain position 116-heavy chain position 128, light chain position 116-heavy chain position 134, light chain position 116-heavy chain position 141, light chain position 118-heavy chain position 126, light chain position 118-heavy chain position 127, light chain position 118-heavy chain position 128, light chain position 118-heavy chain position 134, light chain position 118-heavy chain position 141, light chain position 121-heavy chain position 126, light chain position 121-heavy chain position 127, light chain position 121-heavy chain position 128, light chain position 121-heavy chain position 134, light chain position 121-heavy chain position 141, light chain position 124-heavy chain position 126, light chain position 124-heavy chain position 127, light chain position 124-heavy chain position 128, light chain position 124-heavy chain position 134, light chain position 124-heavy chain position 141, light chain position 162-heavy chain position 170, light chain position 162-heavy chain position 171 and light chain position 162-heavy chain position 173. i) a step of culturing a host cell comprising a nucleic acid encoding said antibody under conditions to express said antibody, and ii) a step of recovering said antibody from the host cell culture,
A computer-implemented method of controlling driving, based on sensing information obtained by a device included ir a first object, comprising: obtaining sensing information of the first object; determining a sensing blind zone in a sensing zone, based on the sensing information of the first object; determining a size and a location of the determined sensing blind zone, based on the sensing information of the first object; receiving, from a second object, sensing information of the second object based on the location of the determined sensing blind zone; generating a control signal, based on the size and the location of the determined sensing blind zone and the sensing information of the second object; and controlling driving of the first object using the control signal, wherein the sensing information of the first object includes a coordinate information of the sensing blind zone, the received sensing information of the second object being about only the sensing blind zone that corresponds to the coordinate information. obtaining sensing information of the first object; determining a sensing blind zone in a sensing zone, based on the sensing information of the first object; determining a size and a location of the determined sensing blind zone, based on the sensing information of the first object; receiving, from a second object, sensing information of the second object based on the location of the determined sensing blind zone; generating a control signal, based on the size and the location of the determined sensing blind zone and the sensing information of the second object; and controlling driving of the first object using the control signal, wherein the sensing information of the first object includes a coordinate information of the sensing blind zone, the received sensing information of the second object being about only the sensing blind zone that corresponds to the coordinate information.
A synergistic herbicidal composition comprising a herbicidally effective amount of (a) penoxsulam and (b) pendimethalin, wherein the weight ratio of pendimethalin to penoxsulam on an active ingredient (ai) basis is between 320:1 and 3:1.