Kinetic energy transmission shaft strength detection equipment for wind power generation

[0018] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The following examples are intended to illustrate the invention, but are not intended to limit the scope of the invention.

[0019] Such as Figure 1 to 4 As shown, the wind power generation kinetic energy transmission shaft intensity detecting apparatus is operated in operation, and the passage of the kinetic energy transfer shaft of the outer process is placed in the positioning slot of the rotation table 2, and the transfer shaft maintains a vertical state, the transfer shaft The lower side of the outer wall is in contact with the inner wall of the positioning groove, the middle control box 11 controls the opening of the electromagnetic adsorber, generates magnetic force on the electromagnetic adsorber and adsorbed the bottom of the transfer shaft, and the middle control box 11 control opens the first Motor 4, two sets of first motor 4 lead two sets of first straight gear 5 rotation, both of the first straight gears 5 mesh with the tooth bottom at the bottom of the rotation ring 3, two sets of first straight gears 5 lead the rotation ring 3 in the rotation table 2 Rotate, the rotation ring 3 drives the plurality of groups of first column 6 to move, and the plurality of sets of first column 6 are close to the corresponding plurality of second columns 7, and the plurality of sets of first columns 6 pushed multiple groups. The curved push plate 8 moves, and the multi-set curved push plate 8 slides on the multi-set second column 7 by the arc shaped guide grooves thereon, respectively, and the plurality of second column 7 can rotate on the rotation table 2, each The second column 7 is guided and pushed along the inner wall of the arc-shaped guide groove, and the multi-set arcuate plate 8 angle is inclined and rotated on the corresponding first column 6, and a multi-set curved push plate. 8 Push each set of splints 9 to each other, and the inner wall of each set of splints 9 is in contact with the outer wall of the kinetic energy transfer shaft and extruded it, so that the transfer shaft is fixed to the rotation table 2, and the power unit drives rotation Tower 2 and the transfer axis rotation, rotation table 2 drive rotation ring 3, two sets of first motor 4, two sets of first straight gears 5, multiple sets of first column 6, multi-set second column 7, multi-arc The push plate 8 and the plurality of sets of splitters 9 are synchronized, and the central control box 11 controls the central portion of the transfer shaft to hold the middle portion of the transfer shaft, and the transfer shaft is rotated on the clamping device, the center control box 11 controls the pushing device to drive the two sets of screw sockets. 14 Turn, both of the two sets of screw fixtures are rotated on the first arcuate frame 10, and the two sets of screw jugs are coupled to the two sets of screws 15, and the two sets of screws 15 push the two sets of screws 15 to each other, the two sets of screws 15 respectively The two sets of pressure gauges 16, the two sets of air rods 17 and the two sets of arc-shaped insulated brake pads 18 are close to each other, and the inner side of the two sets of curved insulated brake pads 18 is in contact with the outer wall of the transfer shaft and extruded it. The two sets of curved insulated brake blades 18 generate friction damping force on the transfer shaft, and the two sets of pressure gauges detect the two sets of arc-shaped brake pads 18 on the extrusion of the transfer shaft and transmit the detection signal to the middle control box 11, Thereby, the midplane 11 is detected by the interpolation value of the transfer shaft in real time. The transmissive shaft is hidden to the twisted force thereof, and the control transmission shaft continues to rotate the predetermined time, thereby detecting the condition of the transfer shaft in the regulated twist force. Is there a distortion or fracture phenomenon, and the purpose of the reliability detection of the kinetic energy transfer shaft is achieved, and the extrusion of the two sets of curved insulated brake pads 18 on the dynamic energy transfer shaft is adjusted by the pushing device, thereby adjusting the transfer shaft. The distortion intensity is convenient for experimental detection at different intensities, and the two sets of air rods 17 in the simultaneous moving state are driven by two sets of first sliding blocks 13 in the first rail 12. The two sets of air rod 17 generate elastic retractable when the two sets of air rod 17 is pressed against the two sets of curved insulated brake pads 18.

[0020] The main functionality implemented by the present invention is: by intensity detection on the dynamic energy transfer shaft on the wind power plant, it is convenient to detect its quality and life, thereby facilitating accurate control of the quality; the power device is working mode The center control box 11 controls the opening of the second motor 25, and the second motor 25 rotates the right second straight gear 22, the right second straight gear 22 is engaged, the right second straight gear 22 on the right side. The loop slot 20 slides on the slide ring 19, the annular chute 20 drives the left second straight gear 22 to rotate, the two sets of second straight gears 22 in the rotation state drive the two sets of cone gear 23 synchronously, two sets of cone 23 The two sets of cone gear 23 are rotated by the left side and right side of the taper teeth 24, respectively, and the taper teeth 24 are rotated, and the tapered ring 24 is rotated, so that the dynamic energy transfer axis rotation; the method of operating the clamping device In order to open the third motor 29, the third motor 29 is rotated by the third motor 29, the lead screw 27 is screwed to the two sets of second sliding blocks, and the lead screw 27 drives two sets of second slide 30 mutual Close up, the two sets of second slide 30 slide on the two sets of second rail 28, respectively, and the two sets of second sliding blocks 30 drive two sets of second mounting plates 31, two sets of curved support plates 32 and four sets of rollers 33. That close to each other, the inner side of the four sets of rollers 33 is in the middle of the outer wall of the transfer shaft, when the shaft is rotated, the transfer shaft is rotated in the two sets of curved support plates 32, respectively, to the transfer shaft The middle is sandwiched to prevent shake during rotation; the driving method is moderate, the center control box 11 controls the opening fourth motor 35, the fourth motor 35 drives the dual output shaft reducer 34 to operate, dual output shaft reducer 34 The two sets of rotating shafts 36 are rotated, and the two sets of rotating shafts 36 driven by the two sets of pulley 38, the two sets of synchronous belt 39 and the pulley 38 on the two sets of screw joints 14 are rotated, and the two sets of screw joints 14 In contrast to the direction of rotation, thereby pushing the two sets of screw 15 to the two sets of screw 15 thereon, and the two sets of third mounting plates 37 can support the two sets of rotation shafts 36; when the rotation ring 3 is rotated, the rotation ring 3 leads the first guard. The cover 40 is rotated on the second shroud 41, by providing the first shroud 40 and the second shroud 41, it is convenient to block the power device, the two sets of first motor 4 and the two sets of first straight gears 5; two groups When the arc-shaped support plate 32 moves, the two sets of curved support plates 32 drive the two sets of sliding rods 43 on the two sets of sliding sleeves 42, which can be convenient to the two groups by setting two sets of slide 42 and two sets of sliding rods 43. The curved support plate 32 is supported, and the stability and firmness of the movement when it is moved, and the two sets of sliding rods 43 are proximity to each other, and the two sets of slider 43 drive the two sets of fourth mounting plates 44 and two sets of contact switches. 45 is close to each other, the inner side of the two sets of contact switches 45 can be in contact with the left side and right side of the outer wall of the first archer 10, and the two sets of contact switches 45 can control the third motor 29 to stop rotation, and the two sets of curved support plates 32 stop moving. Thus, the two sets of curved support plates 32 and the four sets of rollers 33 are close to each other. The position is limited to prevent the collision; by providing the third shroud 46, it is convenient to block the third mounting plate 37, the two sets of pulley 38, and the synchronous belt 39 in the phase, preventing the worker from being injured when the transmission is prevented. Improve practicality and reliability.

[0021]The dynamic power transmission shaft intensity detecting device of the present invention, the installation method, the connection method, or the arrangement method are common mechanisms, as long as it can achieve its benefit effect, the electromagnetic adsorber, the middle control box 11, pressure Meter 16, air rod 17, curved insulated brake pad 18 and contact switch 45 can be purchased in market.

[0022] The above is merely the preferred embodiment of the present invention, and it should be noted that several improvements and variations can be made without departing from the technical principles of the present invention, these improvements and variations can be made without departing from the technical principles of the present invention. It should also be considered as a scope of protection of the present invention.