9 results about "Transfer capacity" patented technology

This utility model relates to the field of electrophoresis hanger technology and discloses a trolley structure for electrophoresis hangers, including a base frame. The base frame has rectangular casters distributed at its bottom, and symmetrical support frames are provided at its top. A first crossbar is installed between the two support frames, located on the side of the support frame away from the base frame. A guide rail is provided at the top of the first crossbar, and an electrophoresis hanger body is movably connected to the guide rail below the first crossbar. This utility model, through the braked casters at the bottom of the base frame and the handrails on the outside of the support frames, allows the trolley to be easily pushed to achieve multi-station transfer of hangers, replacing manual handling. With the cooperation of the guide rail and hooks, multiple sets of electrophoresis hanger bodies can be centrally and orderly suspended, with a single transfer capacity far exceeding that of manual labor, improving production cycle time and preventing hanger collisions and deformation. Combined with the ground support of the hanger's own support rod, the double structure prevents workpieces from falling off and scratching, reducing losses.

The application relates to a hybrid cascade HVDC power transmission project power transfer capacity optimization control method and system, which comprises the following steps: calculating a steady-state modulation ratio, judging whether the operation mode of a flexible DC converter is single-pole half-voltage operation according to the steady-state modulation ratio, and selecting the maximum modulation ratio according to the judgment result; judging whether the steady-state modulation ratio is greater than the maximum modulation ratio, raising the converter gear position if yes, and maintaining the original gear position if no; calculating the modulation ratio of a DC control system, judging whether to inject the third harmonic according to the modulation ratio of the DC control system; when a fault occurs, the maximum power under the voltage reduction capability limitation of the flexible DC converter is obtained, and the power of the DC control system after the fault is calculated according to the maximum power; the power instruction value is updated according to the power of the DC control system after the fault, the flexible DC converter adjusts the DC voltage according to the power instruction value, and the adjustment result is fed back to an automatic control device to execute generator tripping. The application can improve the power transfer capacity of the hybrid cascade HVDC power transmission project, and improve the reliability of system operation.

The utility model discloses a kind of automobile stamping part transfer tool, including chassis, the main transfer tray of horizontal arrangement is installed in the top of chassis, two support plates fixedly connected by being arranged side by side between main transfer tray and chassis, at least two sub transfer trays are hingedly installed in the both sides of support plate, multiple locating grooves distributed equidistantly are all equipped on main transfer tray and sub transfer tray;Chassis is slidably arranged between walking track and auxiliary track and is installed with roller set in length direction both ends, auxiliary track is parallelly arranged in the top of walking track.The transfer tool provided by the utility model can flexibly adjust transfer capacity, has high space utilization, and solves the problems of unstable tool operation, low efficiency and high labor intensity.

The invention relates to dispensing equipment for a controller, a manufacturing system and a dispensing method.The dispensing equipment is integrated with a dispensing conveying part, a jacking conveying unit, a multi-axis control unit, a dispensing part, a dispensing calibration assembly, an assembling movement assembly, an assembling part and a feeding part, and the jacking conveying unit is used for transferring the controller from a manufacturing system conveying unit to the dispensing conveying part; the multi-axis control unit drives the glue dispensing part to move in multiple directions along a preset glue dispensing track so as to accurately coat a target glue dispensing point of the controller with glue, the glue dispensing calibration assembly calibrates the glue output amount and the glue dispensing position and cleans the glue outlet end, and the assembly movement assembly, the assembly part and the feeding part achieve the assembly procedure after glue dispensing. The multi-axis glue dispensing device has the stable conveying and jacking transfer capacity, supports multi-axis precise glue dispensing, and can also achieve glue amount and glue dispensing position calibration, and therefore the problems that in the prior art, glue dispensing precision is insufficient, and the integration degree between all functional structures is low are solved.

The present application belongs to the technical field of power systems, and particularly relates to a flexible loop closing device transfer capacity evaluation method, system, device and medium. First, a typical operation scenario set of a distribution network is formed, the distribution network operation scenario simulation and random fault simulation are performed, the number of times that each flexible loop closing device can complete loop closing operation and the number of times that the flexible loop closing device in the distribution network can complete loop closing operation are recorded, and the deviation of the transfer capacity of each flexible loop closing device and the transfer capacity of the flexible loop closing device in the distribution network is calculated, so as to evaluate the transfer capacity of each flexible loop closing device according to the deviation. The present application quantifies whether the flexible loop closing device can meet the demand of the distribution network by calculating the deviation of the transfer capacity of each flexible loop closing device and the transfer capacity of the flexible loop closing device in the distribution network, and reasonably and effectively judges the transfer capacity of the existing flexible loop closing device.

The present invention discloses a traction beam device, an underframe, and a rail vehicle, comprising: two side beams arranged in parallel at a preset distance; a bolster connected vertically between the two side beams; a first traction beam arranged vertically to the bolster, one end of the first traction beam connected to the bolster; at least one auxiliary traction beam arranged obliquely to the side of the first traction beam, one end of the auxiliary traction beam connected to the side beam on the corresponding side, and the other end intersecting with the end of the first traction beam away from the bolster, and a mounting seat formed at the intersection of the auxiliary traction beam and the first traction beam, the mounting seat being used to mount a coupler. The first traction beam and the auxiliary traction beam work together to form multiple longitudinal load transfer paths, so that the longitudinal load transfer paths are more in line with regional load transfer requirements, the transfer paths are more optimized, and the load transfer capacity and load transfer efficiency are improved; and the span size of the first traction beam is made more flexible, thereby reducing the impact of the bogie restriction area on the traction beam device structure.

The present application relates to a kind of progressive multistage carding clothing, including base and the tooth part being arranged above base;Tooth part includes main carding tooth, the tooth front of each main carding tooth is equipped with one auxiliary carding tooth, the back of each main carding tooth is equipped with one finishing tooth;The rake angle of each finishing tooth is δ3, the rake angle of each auxiliary carding tooth is δ4, the rake angle of each main carding tooth is δ5, δ3, δ4, δ5 decrease;The distance of the tip of each main carding tooth C and the lower surface of base and the distance of the tip of each finishing tooth A and the lower surface of base are h1, the distance of the tip of each auxiliary carding tooth B and the lower surface of base are h2, h2 is less than h1;The tip of each auxiliary carding tooth B is located in the tip of the main carding tooth where it is located C front side, the distance of both is L1.The present application can solve the problem of the prior art in the mixed spinning waste material fiber bundle, hard block, impurity, high short fibre rate, fiber fatigue damage, while there are different fiber performance difference, different fiber transfer capacity.

The utility model discloses a device for transferring long beam type parts in the technical field of part transferring, which comprises a chassis, universal wheels are respectively arranged on the periphery of the chassis, upright posts are respectively and fixedly connected to the top of the chassis and are positioned at four corners, a first-layer storage rack is welded to the tops of the upright posts, and a second-layer storage rack is welded to the top of the first-layer storage rack. The top of the first-layer storage rack is movably connected with a second-layer storage rack, the second-layer storage rack comprises three independent movable rods, and a plug connector is installed between the first-layer storage rack and the second-layer storage rack. And the universal wheels at the bottom of the chassis are more practical compared with rail travelling crane transfer, the first storage rack and the second storage rack are arranged to be used for storing the parts, and a plurality of parts can be transferred at a time.