New tension control mechanism of multi - rope diamond wire saw

Abstract: the invention provides a new type of tension adjustment mechanism of a multi-rope diamond rope saw, including multiple tension adjustment units, which include tension wheel and tension drive device; Each tensioning wheel is uniformly formed with two rope slots; The tension adjusting units were flat. Multiple tension adjustment units are arranged in a row of tension adjustment units, and the multiple row tension adjustment units are arranged in a dislocation pattern. The tension adjustment units of the interval row correspond one to one, and the distance between the adjacent rope groove and the plane is equal. Thus, the invention has two rope slots of each tension adjustment unit, which is convenient for people to use at the same time or choose one of them, and is convenient for adjusting the position of the string. The tension adjusting unit is flat for dense arrangement. The arrangement rules are reasonable, and the space is saved. Each string of beads can be separately and simultaneously tensioned adjustment, strong flexibility; It can increase or decrease the number of strings, change the distribution, adjust the spacing of strings, and adapt to various cutting thickness.

Independent claim: 1. A new type of tension adjustment mechanism of multi-rope Diamond rope saw, including multiple tension adjustment units, and the tension adjustment unit includes tension wheel and tensioning drive device for tensioning wheel; The characteristics are as follows: the tensioning wheels are uniformly formed with two rope slots; The tension adjusting units are flat in the same plane as the respective tensioning wheels. A plurality of tension adjustment units are arranged in parallel in a row of tension adjustment units, and the multiple rows of tension adjustment units are arranged in a dislocation pattern, the odd rows of tension adjustment units correspond one to one, and the even rows of tension adjustment units correspond one to one, and the distances between the adjacent planes of the rope groove are equal.

2. According to claim 1, a new type of tension adjustment mechanism of multi-rope diamond rope saw is characterized by the disarrangement of the four rows of the above tension adjustment units.

3. According to claim 2, a new type of tension adjustment mechanism of multi-rope diamond rope saw is characterized in that each row of the above tension adjustment units has 35 such tension adjustment units.

4. According to claim 3, a new type of tension adjustment mechanism of a multi-rope diamond rope saw is characterized in that the distance between each adjacent plane of the above rope groove is 5mm more than the diameter of the string.

5. According to the new tension adjustment mechanism of the multi-rope diamond rope saw mentioned in any item of claim 1-4, its characteristics are as follows: Described tension wheel bracket shaft fork shaped, with two pin joint respectively in the tension wheel at the ends of the support plate, described in the frame with two parallel to the substrate, respectively described near the first fundamental plate tension wheel, and away from the second substrate tension wheel, the push rod described two sliding wear described in the first part, in the first part plate lateral side and referred to the root of the tension pulley bracket together, in the first part plate inside the inner end respectively and described transmission at both ends of the connecting plate are connected together; The driving screw is arranged along the direction of the push pull bar and is connected to the second base plate; the outer end outside the second base plate is connected with the output shaft transmission of the motor; the inner end inside the second base plate is connected to the middle of the transmission connection plate; and the inner end is connected with the first base plate.

6. According to claim 5, a new type of tension adjustment mechanism of the multi-rope diamond rope saw is characterized in that the center of the transmission connection plate is provided with an induction transmission connection plate and a displacement sensor of relative displacement along the direction of the transmission screw.

7. According to claim 6, a new type of tension adjustment mechanism of a multi-rope diamond rope saw is characterized in that the pressure sensor on the inner side of the second base plate corresponding to the above transmission screw is provided to sense the relative pressure between the two.

8. According to claim 5, a new type of tension adjustment mechanism of a multi-rope diamond rope saw is characterized in that the second base plate is provided with an operating opening at the connection between the push rod and the transmission link plate.

9. According to claim 5, a new type of tension adjustment mechanism of a multi-rope diamond rope saw is characterized in that the outer side of the second base plate is provided with a motor bracket bearing the motor.

10. According to claim 5, a new type of tension adjustment mechanism of a multi-rope diamond rope saw is characterized in that each of the above-mentioned tension adjustment units share the same frame.