mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine, comprising: (a) a turbomachinery core operable to generating a flow of pressurized combustion gases; (b) a rotating fan adapted to extract energy from the core and generate a first flow of pressurized air; (c) a fan stator assembly (32, 36) connected in flow communication with the fan and operable to vary the first flow of pressurized air while the fan operates at a substantially constant speed; (d) a fan outer duct surrounding the core; and (e) a flade stage comprising a supplementary fan disposed in the fan outer duct, characterized in that: the flade stage is driven by the fan for generating a pressurized bleed air flow having a constant flow and pressure ratio level independent of varying of the first flow of pressurized air; wherein the gas turbine engine further includes at least one bleed air outlet connected in fluid communication with the fan outer duct for discharging the bleed air flow from the fan outer duct. (a) a turbomachinery core operable to generating a flow of pressurized combustion gases; (b) a rotating fan adapted to extract energy from the core and generate a first flow of pressurized air; (c) a fan stator assembly (32, 36) connected in flow communication with the fan and operable to vary the first flow of pressurized air while the fan operates at a substantially constant speed; (d) a fan outer duct surrounding the core; and (e) a flade stage comprising a supplementary fan disposed in the fan outer duct, characterized in that: the flade stage is driven by the fan for generating a pressurized bleed air flow having a constant flow and pressure ratio level independent of varying of the first flow of pressurized air;
An isolated double stranded nucleic acid molecule comprising a guide strand and a passenger strand, wherein the region of the molecule that is double stranded is from 8-14 nucleotides long, wherein the guide strand contains a single stranded region that is 4-12 nucleotides long, wherein the single stranded region of the guide strand contains 2-12 phosphorothioate modifications, and wherein the double stranded nucleic acid molecule is capable of inhibiting expression of a target gene.
A fiducial marker comprising: a fastener comprising: a threaded shaft extending along an axis; and a head connected to the threaded shaft; and a feedback component attached to the fastener, wherein the feedback component comprises: a housing attached to the head, the housing comprising an access port disposed in a first end of the housing; a switch disposed in the housing proximate to the access port; and a light source (280, 416) electronically coupled to the switch, characterized in that the housing is configured to couple to the head of the fastener to position switch and access port into axial alignment with the center axis of the fastener, and wherein the feedback component is configured to provide a registration signal by emitting light from the light source (280, 416) when the switch is activated by a probe through the access port. a threaded shaft extending along an axis; and a head connected to the threaded shaft; and a feedback component attached to the fastener, wherein the feedback component comprises: a housing attached to the head, the housing comprising an access port disposed in a first end of the housing; a switch disposed in the housing proximate to the access port; and a light source (280, 416) electronically coupled to the switch, characterized in that the housing is configured to couple to the head of the fastener to position switch and access port into axial alignment with the center axis of the fastener, and wherein the feedback component is configured to provide a registration signal by emitting light from the light source (280, 416) when the switch is activated by a probe through the access port. a housing attached to the head, the housing comprising an access port disposed in a first end of the housing; a switch disposed in the housing proximate to the access port; and a light source (280, 416) electronically coupled to the switch, characterized in that the housing is configured to couple to the head of the fastener to position switch and access port into axial alignment with the center axis of the fastener, and wherein the feedback component is configured to provide a registration signal by emitting light from the light source (280, 416) when the switch is activated by a probe through the access port.
Method for managing the mobility of a mobile terminal in a communication network comprising a plurality of access points (APi) and an access point discovery server (ANDSF) designed to provide the mobile terminal with a list of network access points to which the mobile terminal is able to connect, the method comprising the following steps, implemented by the access point discovery server (ANDSF): retrieval, from a credit management server, of a credit usage profile associated with the mobile terminal; generation of the list of access points depending on said credit usage profile. retrieval, from a credit management server, of a credit usage profile associated with the mobile terminal; generation of the list of access points depending on said credit usage profile.
An apparatus for use in studying a patient's colon, the apparatus comprising: a pressure transducer configured to detect a pressure level of gas within a patient's colon; a flow meter configured to detect a flow rate of gas delivered to the patient's colon; and a processor configured to receive an indication of the pressure level detected by the pressure transducer, and an indication of the flow rate detected by the flow meter, and wherein the processor is further configured to calculate a volume of the delivered gas based on the detected flow rate; wherein the processor is configured to determine whether the pressure level is within a predetermined range of pressures, and whether the the volume level is within a predetermined range of volumes; a signalling unit; characterised in that: the processor is further configured to determine whether the pressure level is within said predetermined range of pressures for a predetermined period of time; and the signaling unit is configured to provide an output indicating that a scan of the colon is valid in an instance in which the pressure level is determined to be within the predetermined range of pressures for the predetermined period of time and the volume is determined to be within the predetermined range of volumes. a pressure transducer configured to detect a pressure level of gas within a patient's colon; a flow meter configured to detect a flow rate of gas delivered to the patient's colon; and a processor configured to receive an indication of the pressure level detected by the pressure transducer, and an indication of the flow rate detected by the flow meter, and wherein the processor is further configured to calculate a volume of the delivered gas based on the detected flow rate; wherein the processor is configured to determine whether the pressure level is within a predetermined range of pressures, and whether the the volume level is within a predetermined range of volumes; a signalling unit; characterised in that: the processor is further configured to determine whether the pressure level is within said predetermined range of pressures for a predetermined period of time; and the signaling unit is configured to provide an output indicating that a scan of the colon is valid in an instance in which the pressure level is determined to be within the predetermined range of pressures for the predetermined period of time and the volume is determined to be within the predetermined range of volumes. the processor is further configured to determine whether the pressure level is within said predetermined range of pressures for a predetermined period of time; and the signaling unit is configured to provide an output indicating that a scan of the colon is valid in an instance in which the pressure level is determined to be within the predetermined range of pressures for the predetermined period of time and the volume is determined to be within the predetermined range of volumes.
Cable reel comprising a stand having a continuous bent tube length of aluminium or stainless steel, wherein three sections (19, 21, 23) serve as standing elements while one element serves as a handle and another element serves as a bearing shaft and a reel rotatably mounted on the bearing shaft on the stand is provided for the accommodation of a cable, wherein two of the three stand elements (19, 23) are oriented parallel to the bearing shaft, wherein a fixing and positioning device is located on the stand, the cable reel further comprising a treadle, which can be stepped on with the foot of a person operating the cable reel and pressed against a floor surface on which the cable reel stands, and further comprising a fastening means, by which the fixing and positioning device is located on the cable reel, characterised in that the fastening means is designed as clips with regard to one of the stand elements (19, 23) oriented parallel to the cable reel and clipped on there in such a way that it can be pivoted relative to the stand element (19, 23).
A combustion control device for a gas engine with respect to knocking, characterized in that the combustion control device comprises: a knocking determination unit configured to determine occurrence of knocking of each of cylinders; a knocking reduction unit configured to halt or reduce supply of gas fuel to a cylinder in which the knocking is occurring and reduce supply of the gas fuel to other cylinders in which the knocking is not occurring, when the occurrence of the knocking is determined by the knocking occurrence determination unit; a first recovery unit configured to recover from a state where the gas fuel is halted or reduced in the cylinder in which the knocking is occurring, when it is determined that the knocking is not occurring after the halt or reduction; and a second recovery unit configured to recover from a state where the gas fuel is reduced in the other cylinders which are not the cylinder in which the knocking is occurring, wherein a recovery time of the first recovery unit is shorter than a recovery time of the second recovery unit, and recovery of the cylinder in which the knocking is occurring is performed as a priority. a knocking determination unit configured to determine occurrence of knocking of each of cylinders; a knocking reduction unit configured to halt or reduce supply of gas fuel to a cylinder in which the knocking is occurring and reduce supply of the gas fuel to other cylinders in which the knocking is not occurring, when the occurrence of the knocking is determined by the knocking occurrence determination unit; a first recovery unit configured to recover from a state where the gas fuel is halted or reduced in the cylinder in which the knocking is occurring, when it is determined that the knocking is not occurring after the halt or reduction; and a second recovery unit configured to recover from a state where the gas fuel is reduced in the other cylinders which are not the cylinder in which the knocking is occurring, wherein a recovery time of the first recovery unit is shorter than a recovery time of the second recovery unit, and recovery of the cylinder in which the knocking is occurring is performed as a priority.
Test device carrier rack (100, 200, 300, 750, 751, 752, 753, 800) for carrying test devices, the test device carrier rack (100, 200, 300, 750, 751, 752, 753, 800) comprising: a rack frame, the rack frame comprising a number of stands (102, 103, 202, 802, 803) and a number of device carrier beams (108, 109, 208, 209, 308, 309, 808, 809) that are coupled to the stand (102, 103, 202, 802, 803), and a number of test device fixtures (110, 111, 112, 113, 210, 211, 310, 311, 810, 811, 812, 813) movably arranged on the device carrier beams (108, 109, 208, 209, 308, 309, 808, 809) and configured to carry the test devices, wherein the test device fixtures (110, 111, 112, 113, 210, 211, 310, 311, 810, 811, 812, 813) are each attached to the device carrier beams (108, 109, 208, 209, 308, 309, 808, 809) via a slidable and/or releasable fixture. a rack frame, the rack frame comprising a number of stands (102, 103, 202, 802, 803) and a number of device carrier beams (108, 109, 208, 209, 308, 309, 808, 809) that are coupled to the stand (102, 103, 202, 802, 803), and a number of test device fixtures (110, 111, 112, 113, 210, 211, 310, 311, 810, 811, 812, 813) movably arranged on the device carrier beams (108, 109, 208, 209, 308, 309, 808, 809) and configured to carry the test devices, wherein the test device fixtures (110, 111, 112, 113, 210, 211, 310, 311, 810, 811, 812, 813) are each attached to the device carrier beams (108, 109, 208, 209, 308, 309, 808, 809) via a slidable and/or releasable fixture.
A rope adjusting device comprising an adjusting part, a mounting base and a rope winding part configured to be wound by a rope, wherein the adjusting part and the mounting base are rotatably connected to each other, the adjusting part comprises a driving portion and a linkage portion, which are relatively fixed and coaxially arranged; the mounting base is provided with a rotation restricting portion, which is corresponding to the linkage portion and configured to restrict a rotational direction of the linkage portion, wherein the rotational direction of the linkage portion coincides with a direction of tightening the rope of the rope winding part; and the rope winding part is rotatably connected to the mounting base, the rope winding part is provided with a driven portion in transmission connection with the driving portion, and axes of rotation of both the driving portion and the driven portion are collinear, wherein the mounting base is provided with a mounting hole configured to enable the rope winding part to be mounted, and the rope winding part is inserted into and rotatably connected with the mounting hole; the mounting base is further provided with limiting buckles in order to prevent the rope winding part from being disengaged from the mounting hole, and the rope winding part is provided with disassembling grooves corresponding to the limiting buckles one by one; whereby when the limiting buckles are aligned with the disassembling grooves, the rope winding part can be inserted into or taken out of the mounting hole. wherein the adjusting part and the mounting base are rotatably connected to each other, the adjusting part comprises a driving portion and a linkage portion, which are relatively fixed and coaxially arranged; the mounting base is provided with a rotation restricting portion, which is corresponding to the linkage portion and configured to restrict a rotational direction of the linkage portion, wherein the rotational direction of the linkage portion coincides with a direction of tightening the rope of the rope winding part; and the rope winding part is rotatably connected to the mounting base, the rope winding part is provided with a driven portion in transmission connection with the driving portion, and axes of rotation of both the driving portion and the driven portion are collinear, wherein the mounting base is provided with a mounting hole configured to enable the rope winding part to be mounted, and the rope winding part is inserted into and rotatably connected with the mounting hole; the mounting base is further provided with limiting buckles in order to prevent the rope winding part from being disengaged from the mounting hole, and the rope winding part is provided with disassembling grooves corresponding to the limiting buckles one by one; whereby when the limiting buckles are aligned with the disassembling grooves, the rope winding part can be inserted into or taken out of the mounting hole.
An apparatus for supporting and holding an annular bead core-apex subassembly, the apparatus comprising: a spacer disc for supporting the annular bead core-apex subassembly; a clamping device comprising a supporting surface for supporting the spacer disc, and a plurality of clamping elements for selectively clamping the spacer disc to the supporting surface, the clamping elements being movable between an expanded position in which the spacer disc is clamped to the supporting surface, and a retracted position in which the spacer disc is released and can be lifted from the supporting surface, wherein the spacer disc comprises a central aperture defining an inner edge of the spacer disc, wherein, at least one of the clamping elements has a radially outer shoulder for clamping an inner edge of the spacer disc such that, when the clamping element is in the expanded position, the outer shoulder holds the inner edge of the spacer disc by a form fit, and at least one of the clamping elements has a further radially outer shoulder for clamping an inner edge of the annular bead core-apex subassembly such that, when the clamping element is in the expanded position, the further outer shoulder holds the inner edge of the bead core-apex subassembly by a form fit. a spacer disc for supporting the annular bead core-apex subassembly; a clamping device comprising a supporting surface for supporting the spacer disc, and a plurality of clamping elements for selectively clamping the spacer disc to the supporting surface, the clamping elements being movable between an expanded position in which the spacer disc is clamped to the supporting surface, and a retracted position in which the spacer disc is released and can be lifted from the supporting surface, wherein the spacer disc comprises a central aperture defining an inner edge of the spacer disc, wherein, at least one of the clamping elements has a radially outer shoulder for clamping an inner edge of the spacer disc such that, when the clamping element is in the expanded position, the outer shoulder holds the inner edge of the spacer disc by a form fit, and at least one of the clamping elements has a further radially outer shoulder for clamping an inner edge of the annular bead core-apex subassembly such that, when the clamping element is in the expanded position, the further outer shoulder holds the inner edge of the bead core-apex subassembly by a form fit.
A device for dismounting a tyred wheel having a wheel rim and a tyre mounted on the wheel rim, comprising: - a support member, - a bill or lever-shaped dismounting tool having one end thereof articulated to said support member, and the other work end thereof substantially hook-shaped, whereby said dismounting tool can be angularly displaced between a first insertion position between the tyre bead of the tyre and edge of the wheel rim and a second engagement and extraction position of the tyre bead, - holding means for holding said tool in an engagement and extraction position having an interception element carried either by said support member or by said disassembling tool and arranged to intercept said tool or said support member, respectively, when said disassembling tool reaches said engagement and extraction position, characterized in that said holding means comprise an elastically loaded pin. - a support member, - a bill or lever-shaped dismounting tool having one end thereof articulated to said support member, and the other work end thereof substantially hook-shaped, whereby said dismounting tool can be angularly displaced between a first insertion position between the tyre bead of the tyre and edge of the wheel rim and a second engagement and extraction position of the tyre bead, - holding means for holding said tool in an engagement and extraction position having an interception element carried either by said support member or by said disassembling tool and arranged to intercept said tool or said support member, respectively, when said disassembling tool reaches said engagement and extraction position,
A computer-implemented method for generating a crowd animation, comprising the steps of: (a) generating a guide shape (510, 610) for a crowd Z including at least one character (711, 712, 713) onto a virtual plane where the at least one character included in the crowd exists in a 3D environment, with reference to a first user operation, wherein the guide shape specifies at least one of a formation of the crowd and a number of the at least one character included in the crowd; (b) generating a guide path for specifying a motion path of the at least one character included in the crowd onto the virtual plane, with reference to a second user operation inputted with respect to the guide shape, wherein the guide path further specifies a motion made by the at least one character included in the crowd while moving along the motion path; and (c) generating the crowd animation in which the at least one character included in the crowd moves in the formation specified by the guide shape and along the motion path specified by the guide path, and wherein at least one of the first and second user operations is inputted via a sketch-based interface, and wherein the step (b) comprises the step of: generating a guide field onto the virtual plane with reference to a fifth user operation, and wherein a predetermined change is made to the motion of the at least one character passing an area where the guide field is located, the method being characterized in that: the change is made depending on at least one of a distance of the at least one character from the center of the guide field, and a length of the motion path overlapping the guide field. (a) generating a guide shape (510, 610) for a crowd Z including at least one character (711, 712, 713) onto a virtual plane where the at least one character included in the crowd exists in a 3D environment, with reference to a first user operation, wherein the guide shape specifies at least one of a formation of the crowd and a number of the at least one character included in the crowd; (b) generating a guide path for specifying a motion path of the at least one character included in the crowd onto the virtual plane, with reference to a second user operation inputted with respect to the guide shape, wherein the guide path further specifies a motion made by the at least one character included in the crowd while moving along the motion path; and (c) generating the crowd animation in which the at least one character included in the crowd moves in the formation specified by the guide shape and along the motion path specified by the guide path,