mhurhangee/ep-ind-claims huggingface dataset:
A rescue hoist comprising: a cable drum rotatable about a cable drum axis; a stationary frame supporting the cable drum; a traction sheave configured to maintain a back tension on a portion of a cable extending between the cable drum and the traction sheave, the traction sheave rotatable about a traction sheave axis; a load sensing device characterised in comprising a load pin extending into a first side of the traction sheave and disposed coaxially with the traction sheave on the traction sheave axis; and a load calculator communicatively connected to the load pin, the load calculator configured to receive a sensed strain from the load pin, to determine an entry angle of the cable to the traction sheave, and to determine the cable load based on the sensed strain and the entry angle; wherein the traction sheave is configured to be rotatably driven relative to the load pin., wherein, the load pin further comprises: a body including a distal end and a bore extending through the body, the distal end extending at least partially into the traction sheave; a strain gauge mounted within the bore; and a cable disposed on the cable drum in a plurality of cable wrap layers. a cable drum rotatable about a cable drum axis; a stationary frame supporting the cable drum; a traction sheave configured to maintain a back tension on a portion of a cable extending between the cable drum and the traction sheave, the traction sheave rotatable about a traction sheave axis; a load sensing device characterised in comprising a load pin extending into a first side of the traction sheave and disposed coaxially with the traction sheave on the traction sheave axis; and a load calculator communicatively connected to the load pin, the load calculator configured to receive a sensed strain from the load pin, to determine an entry angle of the cable to the traction sheave, and to determine the cable load based on the sensed strain and the entry angle; wherein the traction sheave is configured to be rotatably driven relative to the load pin. a load pin extending into a first side of the traction sheave and disposed coaxially with the traction sheave on the traction sheave axis; and a load calculator communicatively connected to the load pin, the load calculator configured to receive a sensed strain from the load pin, to determine an entry angle of the cable to the traction sheave, and to determine the cable load based on the sensed strain and the entry angle; wherein the traction sheave is configured to be rotatably driven relative to the load pin., wherein, the load pin further comprises: a body including a distal end and a bore extending through the body, the distal end extending at least partially into the traction sheave; a strain gauge mounted within the bore; and a body including a distal end and a bore extending through the body, the distal end extending at least partially into the traction sheave; a strain gauge mounted within the bore; and a cable disposed on the cable drum in a plurality of cable wrap layers.
An immunogenic composition comprising a vehicle or carrier suitable for administration to a subject and at least one polypeptide that includes more copies of SEQ ID NO:14 and includes more copies of SEQ ID NO:03 and SEQ ID NO:06.
A synchronized braking system for a motor vehicle, said synchronized braking system comprising: a front wheel brake, said front wheel brake being capable of applying braking forces to a corresponding front wheel of said motor vehicle; a rear wheel brake, said rear wheel brake being capable of applying braking forces to a corresponding rear wheel of said motor vehicle; and an independent brake actuation lever, said independent brake actuation lever being coupled to said front wheel brake through a front wheel brake cable; a synchronous brake actuation pedal, which is pivotably supported to a frame member of said vehicle by a pivot shaft, wherein said synchronous brake actuation pedal is capable of receiving brake actuating forces; characterized by a reaction relay member, which is pivotable about said pivot shaft, wherein an output arm of said pivot shaft is coupled to an intermediate brake cable, wherein said intermediate brake cable is connected to a front brake actuating member of said front wheel brake, wherein said reaction relay member is capable of rotating independently of said synchronous brake actuation pedal, and is operatively connected to a rear brake actuating member, and is configured to actuate said rear brake actuating member through reaction of an outer sheath of said intermediate brake cable acting on said reaction relay member during application of said synchronous brake actuation pedal. a front wheel brake, said front wheel brake being capable of applying braking forces to a corresponding front wheel of said motor vehicle; a rear wheel brake, said rear wheel brake being capable of applying braking forces to a corresponding rear wheel of said motor vehicle; and an independent brake actuation lever, said independent brake actuation lever being coupled to said front wheel brake through a front wheel brake cable; a synchronous brake actuation pedal, which is pivotably supported to a frame member of said vehicle by a pivot shaft, wherein said synchronous brake actuation pedal is capable of receiving brake actuating forces; a reaction relay member, which is pivotable about said pivot shaft, wherein an output arm of said pivot shaft is coupled to an intermediate brake cable, wherein said intermediate brake cable is connected to a front brake actuating member of said front wheel brake, wherein said reaction relay member is capable of rotating independently of said synchronous brake actuation pedal, and is operatively connected to a rear brake actuating member, and is configured to actuate said rear brake actuating member through reaction of an outer sheath of said intermediate brake cable acting on said reaction relay member during application of said synchronous brake actuation pedal.
A motorized tensioning device for adjusting a tensioning member in an article, comprising: a motor and a gear reduction system, wherein the motor is configured to drive the gear reduction system; comprising a spool configured to wind a tensioning member, wherein the spool can rotate in a first rotational direction for tightening the tensioning member and wherein the spool can rotate in a second rotational direction opposite the first direction for loosening the tensioning member; a torque transmitting system capable of transmitting torque from the gear reduction system to the spool so that torque generated by the motor can be used to rotate the spool in the first rotational direction; wherein the torque transmitting system is operable in an incremental tighten mode where torque generated by the motor is used to rotate the spool in the first rotational direction and thereby tighten the tensioning member; wherein the torque transmitting system is operable in an incremental loosen mode where the tension in the tensioning member is incrementally decreased; and characterized in that the torque transmitting system is operable in a full loosen mode in which substantially no torque is transmitted from the torque transmitting system to the spool. a motor and a gear reduction system, wherein the motor is configured to drive the gear reduction system; comprising a spool configured to wind a tensioning member, wherein the spool can rotate in a first rotational direction for tightening the tensioning member and wherein the spool can rotate in a second rotational direction opposite the first direction for loosening the tensioning member; a torque transmitting system capable of transmitting torque from the gear reduction system to the spool so that torque generated by the motor can be used to rotate the spool in the first rotational direction; wherein the torque transmitting system is operable in an incremental tighten mode where torque generated by the motor is used to rotate the spool in the first rotational direction and thereby tighten the tensioning member; wherein the torque transmitting system is operable in an incremental loosen mode where the tension in the tensioning member is incrementally decreased; and characterized in that the torque transmitting system is operable in a full loosen mode in which substantially no torque is transmitted from the torque transmitting system to the spool.
A modular, rotisserie type tooling fixture assembly (10, 700) for use in a coating operation comprising: a retaining base (20, 720) defining a central aperture through which a shaft (50, 750) extends, and a plurality of anchor members (26, 726) disposed in a prescribed radial orientation from the central aperture, the anchor members (26, 726) configured or adapted to load and retain a plurality of workpieces (25, 725) to be coated; characterized by: a unitary masking cap structure having a central aperture through which the arbor or shaft (50, 750) selectively is guided therethrough so as to align and engage the masking cap structure with the retaining base (20, 720), the masking cap structure having a top portion (41, 741) and a bottom portion (42, 742) adapted to cover portions of the plurality of workpieces (25, 725) in a masking relationship. a retaining base (20, 720) defining a central aperture through which a shaft (50, 750) extends, and a plurality of anchor members (26, 726) disposed in a prescribed radial orientation from the central aperture, the anchor members (26, 726) configured or adapted to load and retain a plurality of workpieces (25, 725) to be coated; characterized by: a unitary masking cap structure having a central aperture through which the arbor or shaft (50, 750) selectively is guided therethrough so as to align and engage the masking cap structure with the retaining base (20, 720), the masking cap structure having a top portion (41, 741) and a bottom portion (42, 742) adapted to cover portions of the plurality of workpieces (25, 725) in a masking relationship. a unitary masking cap structure having a central aperture through which the arbor or shaft (50, 750) selectively is guided therethrough so as to align and engage the masking cap structure with the retaining base (20, 720), the masking cap structure having a top portion (41, 741) and a bottom portion (42, 742) adapted to cover portions of the plurality of workpieces (25, 725) in a masking relationship.
A toilet cleaner and descaler in solid form which comprises at least one acid and at least one gas former, characterized in that this comprises a fatty acid alkanolamide in a proportion of 0.5 to 2% by weight as a foam stabilizer.
A control integrated circuit, control IC, for controlling a current source configured to provide a current (I LM) to lighting means, optional at least one light emitting diode, LED; wherein the control IC comprises - a controller for controlling the current (I LM), - a modulator for generating, based on an output signal (C out) of the controller, a periodically changing signal, wherein an amplitude of the periodically changing signal periodically changes with a first frequency around an amplitude of the output signal (C out) of the controller, and - a generator for generating, based on the periodically changing signal, a control signal for controlling the current source; wherein - the generator is configured to update the control signal according to a pulse signal (clk) having a second frequency that is greater than the first frequency; characterised in that - the generator is configured to provide the pulse signal (clk) to the modulator; and - the modulator is configured to update, based on the pulse signal (clk), the amplitude of the periodically changing signal so that the amplitude of the periodically changing signal periodically changes in steps. - a controller for controlling the current (I LM), - a modulator for generating, based on an output signal (C out) of the controller, a periodically changing signal, wherein an amplitude of the periodically changing signal periodically changes with a first frequency around an amplitude of the output signal (C out) of the controller, and - a generator for generating, based on the periodically changing signal, a control signal for controlling the current source; wherein - the generator is configured to update the control signal according to a pulse signal (clk) having a second frequency that is greater than the first frequency; characterised in that - the generator is configured to provide the pulse signal (clk) to the modulator; and - the modulator is configured to update, based on the pulse signal (clk), the amplitude of the periodically changing signal so that the amplitude of the periodically changing signal periodically changes in steps.
A method of delivering nitric oxide comprising: non-electrolytically generating first gas from a nitric oxide precursor that includes a precursor salt including contacting the nitric oxide precursor with a buffer solution to form a mixture, wherein the first gas includes nitric oxide and is substantially devoid of nitrogen dioxide; and transporting the first gas. non-electrolytically generating first gas from a nitric oxide precursor that includes a precursor salt including contacting the nitric oxide precursor with a buffer solution to form a mixture, wherein the first gas includes nitric oxide and is substantially devoid of nitrogen dioxide; and transporting the first gas.
An apparatus comprising: a circuit under test, CUT, configured to generate a plurality of signal pairs, wherein, for each signal pair, a first signal in the signal pair is expected to be identical to a second signal in the signal pair; safety logic (100; 200) coupled to the CUT to test the CUT, wherein the safety logic comprises a plurality of comparators (102, 104, 106, 108; 202, 204, 206, 208), each comparator coupled to a respective signal pair and configured to output a first bit value when a first signal bit value of the first signal and a respective second signal bit value of the second signal of the respective signal pair are the same and to output a second bit value when the first and second signal bit values are different, the second bit value indicating a fault in the CUT; and self test logic coupled to the safety logic (100; 200) to test the safety logic, wherein the self test logic is configured to cause at least one comparator of the plurality of comparators (102, 104, 106, 108; 202, 204, 206,2 08) to output the second bit value when the self test logic is enabled. a circuit under test, CUT, configured to generate a plurality of signal pairs, wherein, for each signal pair, a first signal in the signal pair is expected to be identical to a second signal in the signal pair; safety logic (100; 200) coupled to the CUT to test the CUT, wherein the safety logic comprises a plurality of comparators (102, 104, 106, 108; 202, 204, 206, 208), each comparator coupled to a respective signal pair and configured to output a first bit value when a first signal bit value of the first signal and a respective second signal bit value of the second signal of the respective signal pair are the same and to output a second bit value when the first and second signal bit values are different, the second bit value indicating a fault in the CUT; and self test logic coupled to the safety logic (100; 200) to test the safety logic, wherein the self test logic is configured to cause at least one comparator of the plurality of comparators (102, 104, 106, 108; 202, 204, 206,2 08) to output the second bit value when the self test logic is enabled.
A reinforced composition comprising: 55 to 85 wt% of a compatibilized blend of a polyphthalamide, an aliphatic polyamide, and a poly(phenylene ether) wherein said compatibilized blend is formed from a mixture of polyphthalamide, poly(phenylene ether), aliphatic polyamide, and a functionalizing agent; and 15 to 45 wt% of glass fiber, wherein the polyphthalamide and the aliphatic polyamide comprise a common repeating unit and the composition contains less than 0.1 wt% of phosphinates and less than 0.1 wt% of impact modifiers and weight percent is based on the total weight of the composition. 55 to 85 wt% of a compatibilized blend of a polyphthalamide, an aliphatic polyamide, and a poly(phenylene ether) wherein said compatibilized blend is formed from a mixture of polyphthalamide, poly(phenylene ether), aliphatic polyamide, and a functionalizing agent; and 15 to 45 wt% of glass fiber,
A lifting point for lifting loads, comprising: a swivel body (12; 112; 212; 312; 412; 512) with which is associated a coupling means (16; 16'; 116; 316; 416; 516) capable of cooperating with a lifting accessory; a fixing member (14; 114; 214; 314; 414; 514) for fixing the lifting point to the load, the fixing member and the swivel body being joined together by a swivel linkage allowing the body to swivel relative to the fixing member around an axis A; characterised in that the parts of the fixing member and of the swivel body cooperating in the swivel linkage are each made in one piece, and in that one and/or the other of these parts is/are manufactured by metallic additive manufacturing. a swivel body (12; 112; 212; 312; 412; 512) with which is associated a coupling means (16; 16'; 116; 316; 416; 516) capable of cooperating with a lifting accessory; a fixing member (14; 114; 214; 314; 414; 514) for fixing the lifting point to the load, the fixing member and the swivel body being joined together by a swivel linkage allowing the body to swivel relative to the fixing member around an axis A; characterised in that the parts of the fixing member and of the swivel body cooperating in the swivel linkage are each made in one piece, and in that one and/or the other of these parts is/are manufactured by metallic additive manufacturing.
An apparatus for identifying loss of capture in a pacing device, comprising: means for delivering cardiac pacing pulses; and a processor configured to check for emergence of a stable asynchronous underlying intrinsic rhythm in the presence of delivered pacing pulses; determine that loss of capture has occurred responsive to emergence of the underlying rhythm; and responsive to determining that loss of capture has occurred, to modify the pacing provided by the device, and characterized by the processor being configured to impute occurrences of cardiac events during periods during which sensing is not possible; and wherein checking for emergence of a stable asynchronous underlying intrinsic rhythm comprises sensing occurrences of cardiac events and measuring intervals between the sensed cardiac events and between the sensed and imputed cardiac events. means for delivering cardiac pacing pulses; and a processor configured to check for emergence of a stable asynchronous underlying intrinsic rhythm in the presence of delivered pacing pulses; determine that loss of capture has occurred responsive to emergence of the underlying rhythm; and responsive to determining that loss of capture has occurred, to modify the pacing provided by the device, and characterized by the processor being configured to impute occurrences of cardiac events during periods during which sensing is not possible; and check for emergence of a stable asynchronous underlying intrinsic rhythm in the presence of delivered pacing pulses; determine that loss of capture has occurred responsive to emergence of the underlying rhythm; and responsive to determining that loss of capture has occurred, to modify the pacing provided by the device, and characterized by the processor being configured to impute occurrences of cardiac events during periods during which sensing is not possible; and wherein checking for emergence of a stable asynchronous underlying intrinsic rhythm comprises sensing occurrences of cardiac events and measuring intervals between the sensed cardiac events and between the sensed and imputed cardiac events.
A foreline for a vacuum pump with an inlet connectable to a vessel to be evacuated and an outlet connectable to an inlet of the vacuum pump to evacuate the vessel, wherein the foreline further comprising: a discharge line with a first end and a second end, wherein the first end comprises an opening and the second end comprises a solid material trap, wherein the second end is arranged outside the foreline, wherein the first end is arranged within the foreline between inlet and outlet and the opening is open towards the inlet of the foreline such that incoming solid material is collected by the opening, discharged through the discharge line and caught in the solid material trap and characterized in that the foreline has a first section having a first diameter and a second section having a second diameter, wherein the first diameter is smaller than the second diameter, wherein in that the opening of the discharge line is arranged in the second section, wherein the opening has a diameter larger than or equal to the first diameter and smaller than the second diameter. an inlet connectable to a vessel to be evacuated and an outlet connectable to an inlet of the vacuum pump to evacuate the vessel, wherein the foreline further comprising: a discharge line with a first end and a second end, wherein the first end comprises an opening and the second end comprises a solid material trap, wherein the second end is arranged outside the foreline, wherein the first end is arranged within the foreline between inlet and outlet and the opening is open towards the inlet of the foreline such that incoming solid material is collected by the opening, discharged through the discharge line and caught in the solid material trap and characterized in that the foreline has a first section having a first diameter and a second section having a second diameter, wherein the first diameter is smaller than the second diameter, wherein in that the opening of the discharge line is arranged in the second section, wherein the opening has a diameter larger than or equal to the first diameter and smaller than the second diameter. a discharge line with a first end and a second end, wherein the first end comprises an opening and the second end comprises a solid material trap, wherein the second end is arranged outside the foreline, wherein the first end is arranged within the foreline between inlet and outlet and the opening is open towards the inlet of the foreline such that incoming solid material is collected by the opening, discharged through the discharge line and caught in the solid material trap and characterized in that the foreline has a first section having a first diameter and a second section having a second diameter, wherein the first diameter is smaller than the second diameter, wherein in that the opening of the discharge line is arranged in the second section, wherein the opening has a diameter larger than or equal to the first diameter and smaller than the second diameter.