SU1339644A1 - Tape drive - Google Patents

Abstract

The invention relates to the accumulation of information. The purpose of the invention is to increase the stability of the rate of mixing of the tape carrier. A pump 1 pumps liquid from chamber 5 to chambers) 11. The liquid returns to chambers 5 through channels 13 in the form. affecting the carrier 9 from the opposite side. Pump 1 swings the fluid from chamber 4 into chamber 10 and returns back through channels 12 in the form of jets, acting at an acute angle, on the contrary. south side wear. Due to this, move the carrier 9 from the camera 5 to the camera 4. 1 Il. about 12 (L oz so; about 0 4: 4 8 P 77 13

Description

1 KiODpc i4 - iiH (() to accumulate ina: n: | 1 tions, and аio k.kmgssshrot living mezhapi.chmam.

The aim of the image is to increase the cr: 1G) and; 1nost of the speed of movement of the tape recording media.

The drawing shows a tape mechanism.

Device; It contains a liquid engine, made in the form of a pump 1, connected by inlet pipes through a soft 2 and second 3 valves, respectively, with the first 4 and second 5 chambers of the hermetic tank 6, between which the partition 7, having an opening. In this case, the first and second 5 chambers of the nolpeia are liquid and are connected via a regulating valve 1 8, ensuring the alignment of the pressure in them. Inside the pressurized-) reservoir 6, a nosnite / ib 9 recording space, i.e., a magnetic mite, is dispersed in the liquid so that it can be moved through the opening of the partition 7.

, E1Ggonr () the pull mechanism also contains the first 10 and second 11 additional chambers, mounted on the partition 7, respectively, in the first 4 and second 5 chambers and made with an aperture. MI 12 and 13, located against the opening of the septum 7, and the first 14 and second 15 additional valves. At the same time, the outlets of the pump 1 are connected via the first 14 and second 15 additional valves, respectively, with the first 10 and second 11 additional tubing made with through channels 16 and 17, located on opposite sides at an acute angle to tape recording media 9, placed in the openings 12 and 13 of the first and second additional chambers 10 and 11 with the possibility of interleaving through them.

Tape mechanism works as follows.

In the process of interleaving the tape, carry the recording from the first chamber 4 to the second chamber 5, the first valve 2 and the first additional valve 14 are in a closed state, and the second valve 3 and the second additional valve 15 are in the open state. Pasos 1 pumps the liquid from the second chamber 5 to the second additional chamber 11. In this case, the liquid returns to the second chamber 5 through the channels 13 of the second additional chamber 11 in the form of a jet, which is fed to the tape media 9 its opposite sides. Due to the fact that the liquid jet directed at a sharp angle. scrap to the tape recording medium 9, it moves from the first chamber 4 to the second chamber 5. In the movement pattern of the tape recording medium 9 from the second chamber 5 to the first chamber 4, the second valve 3 and the second auxiliary valve 15 are in a closed state, and in the open state, the nerve valve 2 and the first additional valve 14. At the same time, the soy 1 pumps liquid from the first chamber 4 to the first additional chamber 10. The liquid returns to the nerve chamber 4 through the through channels 12 of the first additional chamber 10 in the form of jets Procedure under ostrgm angle on opposite sides of the tape recording medium 9. Due to this, the transfer of the tape carrier 9 from the second chamber 5 to the first chamber 4 is carried out.

Claims (1)

Invention Formula five A tape drive mechanism containing a fluid engine made in the form of a pump connected via the first and second valves to the first and second chambers of a sealed tank, respectively, between which there is a partition that has an opening, and a tape carrier is placed inside a sealed tank records with the possibility of moving through the openings of the septum, characterized in that, in order to increase the stability of the speed of movement of the tape recording medium, the tape drive mechanism is introduced First and second additional chambers, mounted on the partition wall in the first and second chambers, respectively, and made with openings opposite the partition opening, and the first and second auxiliary valves, the pump outlets connected to the first and second valves respectively the first and second additional cameras made with through channels located with five false sides at an acute angle to the tape recording medium, placed in the holes of the first and second additional cameras with the ability to move through them.