CN102274832B - Automatic blade measuring machine - Google Patents

Abstract

The invention belongs to measuring equipment for mechanical processing, and in particular relates to a fully automatic blade measuring machine, which includes a vibrating feeding chassis (20), a measuring chassis (19), a support frame (1), barrels one and two (16, 17), Material box (18), chassis (20-1) and support frame (1) are provided in the vibrating feeding chassis (20) of the automatic blade measuring machine, and the feeding plate frame (1-1) is installed above the support frame (1) And the spiral vibrating plate (2), the feeding controller (2-2) is set under the spiral vibrating plate (2), the feeding track (2-1) is set inside the vibrating plate (2), and the feeding is connected above the spiral vibrating plate (2) The left end of the plate (4) is provided with an inductor one (3) on one side of the feeding plate (4), and the right end of the feeding plate (4) is connected to the sensor seat (26) in the measuring chassis (19), fully automatic The blade measuring machine improves the efficiency of blade grouping, saves manpower and time, and improves labor productivity.

Description

Fully automatic blade measuring machine

technical field

The invention belongs to measuring equipment for mechanical processing, in particular to a fully automatic blade measuring machine.

Background technique

The vane is one of the important components of the steering pump, and its quality directly affects the performance of the steering pump assembly. At present, when the blades are measured and grouped, manual selection is mostly used, which has defects such as low efficiency, large errors, and poor stability, which directly affect the quality of the product and the efficiency of the entire production.

Contents of the invention

The purpose of the present invention is to overcome the above-mentioned technical deficiencies, and provide a fully automatic blade measuring machine with high blade grouping efficiency, high slice selection accuracy and reduced manual labor intensity.

The technical solution adopted by the present invention to solve the technical problem is: the full-automatic blade measuring machine includes a vibrating feeder cabinet, a measuring cabinet, a support frame, barrel one, two, and a material box, and is characterized in that the vibrating feeder cabinet of the full-automatic blade measuring machine is equipped with There is a chassis and a support frame, and a feeding plate frame and a spiral vibrating plate are installed above the supporting frame. One side is provided with sensor 1, the right end of the feed plate is connected to the sensor seat in the measuring case, sensor 2 is provided above the sensor seat, and cylinder 1 is vertically symmetrical to the right end of the feed plate on the workbench in the measuring case And four cylinders, a reference column is set at the end of the piston rod of cylinder four, sensor three is established on cylinder one, sensor four is established on cylinder four, sensors two and two are symmetrically arranged on both sides of the piston rod end of cylinder four Sensor three, a miniature cylinder is arranged between sensor two and sensor three, sensor one is arranged between cylinder one and cylinder four piston rod ends, cylinder two is arranged on the right side of sensor one, and sensor The right end of the seat is correspondingly provided with cylinder 3, and sensor 5 is provided on cylinder 3, and a controller is provided at the right rear above the workbench in the control cabinet, and material cylinder 1 is provided at the position corresponding to the right end of the feed plate below the workbench to connect the material. Barrel 1 is divided into several material barrels 2, and several material barrels 2 correspond to several material boxes, and a warning light is arranged on the top of the control cabinet.

The beneficial effects of the present invention are: the automatic blade measuring machine improves the efficiency of blade grouping, saves manpower and time, and improves labor productivity; ensures the accuracy and stability of slice selection, and provides a reliable guarantee for the final product quality; it can continuously and automatically The film selection is not affected by external factors.

Description of drawings

The following will be described in detail with examples in conjunction with the accompanying drawings.

Figure 1 is a front view of the structure of the automatic blade measuring machine.

FIG. 2 is a top view of FIG. 1 .

Fig. 3 is an enlarged view of part I in Fig. 2 .

In the figure, 1-support frame; 1-1-feeding plate frame; 2-spiral vibration plate; 2-1-feeding track; 2-2-feeding controller; 3-inductor one; 4-feeding plate; 5- Cylinder one; 6-sensor one; 7-cylinder two; 8-controller; 9-cylinder three; 10-sensor two; 11-sensor two; 12-miniature cylinder; 13-sensor three; 14-cylinder four; 15 -Inductor three; 16-Cylinder one; 17-Cylinder two; 18-Material box; 19-Measuring chassis; 19-1-Workbench; ; 22-reference column; 23-blade; 24-inductor four; 25-inductor five; 26-inductor seat.

Detailed ways

Embodiment, with reference to accompanying drawing 1～3, be provided with chassis 20-1 in the vibrating feeder cabinet 20 of automatic blade measuring machine, be provided with support frame 1 above and right side of chassis 20-1, install screw on support frame 1 Vibrating plate 2 and feed plate frame 1-1, fixed feed plate 4 above the feed plate frame 1-1, set inductor-3 on a side of feed plate 4. Set the feeding controller 2-2 under the spiral vibrating plate 2, install the spiral feeding track 2-1 in the spiral vibrating plate 2, set three selection gaps on the feeding track 2-1, pass three screenings, and turn the R side up The blades 23 are delivered to the feeding plate 4. The left end of feeding plate 4 is connected with three selection gaps provided on the feeding track 2-1, and the right end of feeding plate 4 is connected with the sensor seat 26 top in the measuring cabinet 19. Sensor two 10 are established above the sensor seat 26, cylinder one 5 and cylinder four 14 are arranged vertically symmetrically with the right end of feed plate 4 above the workbench 19-1 in the measuring cabinet 19, and a benchmark is set at the end of cylinder four 14 piston rods Seat 22, sensor three 15 is established on cylinder one 5, sensor four 24 is established on cylinder four, sensor two 11 and sensor three 13 are provided with sensor two 11 and sensor three 13 symmetrically on cylinder four 14 piston rod ends, sensor two 11 Be provided with miniature cylinder 12 between sensor three 13, establish sensor one 6 between cylinder one 5 and cylinder four 14 piston rod ends, establish cylinder two 7 on the right side of sensor one 6. In the middle of feeding plate 4, cylinder three 9 is established correspondingly to the right end of datum post 22, and sensor five 25 is established above cylinder three 9. A controller 8 is arranged on the right side of the top of the workbench 19-1 in the measuring cabinet 19. The bottom of the workbench 19-1 and the position of the right end of the corresponding feeding plate 4 are provided with a barrel one 16, and the connection barrel one 16 is divided into ten. Five feed barrels 2 17 correspond to fifteen feed barrels 17 and fifteen feed boxes 18 are set. A warning lamp 21 is set above the measuring cabinet 19 .

The working principle of the fully automatic blade measuring machine is: the blade 23 is sent to the vibrating feeding cabinet 20, and after three times of screening by the spiral vibrating plate 2, the blade 23 with the R side facing up is finally sent into the measuring cabinet 19 through the feeding plate 4 , when the blades 23 are full of the feeding track 2-1, the sensor one 3 will send a signal, so that the vibration feeding stops the conveying blades 23. When the blade 23 touches the sensor two 10 above the sensor seat 26, the controller 8 will issue instructions to make the cylinder one 5 and the cylinder three 9 act successively, the cylinder three 9 blocks the feeding port forward, and the cylinder one 5 pushes The blade 23 reaches the measuring piece through the feeding port. When the blade 23 touches the reference column 22, the sensor 3 15 sends a signal to make the micro cylinder 12 and the cylinder 2 7 respectively drive the sensor 2 11 and the sensor 1 6 to the perpendicularity of the blade 23. While measuring the thickness, the sensor three 13 will measure the length of the blade 23 . After the sheet test is finished, the controller 8 sends an instruction again to make the cylinder three 9 open the feed port backwards. At this time, the cylinder four 14 pushes the blade 23 from the discharge port through the first barrel 16 and fifteen barrel two 17 to enter the corresponding In the feed box 18, enter into next circulation after measuring piece finishes.

Claims (1)

1. automatic blade measuring machine, involving vibrations feeding cabinet (20), measure cabinet (19), bracing frame (1), barrel one, two (16,17), magazine (18), it is characterized in that being provided with chassis (20-1) and bracing frame (1) in the vibration feeding cabinet (20) of automatic blade measuring machine, at bracing frame (1) top dress feeding grillage (1-1) and spiral vibrating dish (2), feeding controller (2-2) is established in spiral vibrating dish (2) below, establish feeding track (2-1) in the spiral vibrating dish (2), the top of spiral vibrating dish (2) connects the left end of delivery sheet (4), a side at delivery sheet (4) is provided with inductor one (3), the right-hand member of delivery sheet (4) connects the inductor seat (26) of measuring in the cabinet (19), inductor two (10) is established in inductor seat (26) top, be provided with cylinder one (5) and cylinder four (14) with delivery sheet (14) right-hand member head vertical symmetry above the workbench (19-1) in measuring cabinet (19), establish benchmark post (22) in the termination of cylinder four (14) piston rods, establish inductor three (15) at cylinder one (5), establish inductor four (24) at cylinder four (14), bilateral symmetry at cylinder four (14) piston rod ends is provided with sensor two (11) and sensor three (13), between sensor two (11) and sensor three (13), be provided with minitype cylinder (12), between cylinder one (5) and cylinder four (14) piston rod ends, be provided with sensor one (6), cylinder two (7) is established on the right side of sensor one (6), middle with delivery sheet (4), inductor seat (26) right-hand member correspondence is established cylinder three (9), cylinder three (9) is provided with inductor five (25), workbench (19-1) upper right rear in measuring cabinet (19) is provided with controller (8), the below of workbench (19-1), barrel one (16) is established in corresponding delivery sheet (4) right-hand member head position, connect barrel one (16) and set up several barrels two (17) separately, several barrel two (17) corresponding several magazines (18) are provided with warning lamp (21) in the top of measuring cabinet (19).

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