SU125012A1 - Fish stringing machine - Google Patents

Description

Izvst} 1a mailkch ;: for nai.chevyvaniya ria fish hole, nk / pochagoig chain conveyor and no; i: iyji for polach. vra11; ayu1tsl | with a rotor with bearings for the needle, performed in; | de parts, 1u ;; a square section, needle holders, gearbox and e.aIiisms d. 1 twine the twine into the needle and pull the twine during the cutting process.

The described iazhivaniye machine for izhur fish decoupled; There is no exact fixation of the fish's head1 before the needle is punctured. With 3Toii iu, -;.; O, on the rotating rotor, the grips are mounted, consisting of 1 1x support and sub | Dinner 1x ri.iaitoK, interactions of Yu1ChI. with ku.1achko and; 1orchm. fixed on the rotor, and the needle holders of the machine are yen; i and i, 1e two levers, equipped with a hook in the form of sharp teeth, iiiap Miipho time; spans and axles and driven from the vrmtsyuk ikku, achkov. L. cut-off twine ianizan} 1on the tie and the naze on her.) :: the knot of the knot at the rotor is set. The cut is cut off11 | , i3M, vopo.P1ep; s; 1 n the form of a cantilever that interacts with a rotating cam,; a spring-mounted, spring-loaded lever, bushing; a knife at its end, and a pismea knot, consisting of a rotating hollow cylindrical body rotating around two stationary copiers mounted in iseM spring-loaded stem and two slewing paws, one of which is fixed at the end of the cylindrical hollow body.

FIG. 1 shows a diagram of the machine; in fig. 2 - part of the rotor with a part of IG.-1Y; in fig. 3 is a view along arrow A in FIG. 2: in FIG. 4 - mechanism for filling the twine into the needle; in fig. 5 - scheme of the mechanism of nodes zatel.

The machine performs two basic operations: stringing fish onto the cord and tying the knot to the end of the cord.

Feed the fish to the fixed slats} of the rotating rotor 2 is made by the nutritious chain conveyor 3 with: chains. For

L1 12G 012-2 -

GO: 1ChII () SG1) iijMi movement in MOMCiiT iodine; | chi et ua placp / serve 11) on the || mnye ii.iaiiKH from the bottom of the fish supported by the fish (). The rotor 2 peschst se grabs, prediaziamsnnyi d | N udsr / | i1-a1 1 () sb1L IS my.cc1t iicpCAsoiueiiHH her at the same time as the movement distance of 11oG | iiivir 7, covering part of the circle) of the rotor circumference, and bearings, IC) en; 1 in at 11 pp; | ina. 9. Captures are made of nonchdvin; (11) 1x section of the tank /, n (; double-sided, tank 10, fixed and pijinarax // Ma ends) ij 4aroB // there are rollers 12, running around fixedly to} lachku Ii. Constant contact 1) of the cam 12 with the cam / 7 is spared //.

1111 pinions (textolite) are also used for ice 7. When the rotor rotates, the needle 7 is kept from mixing up the CBoefi axis by the needle holders / 5 and 1 (the needle holders whose ends are formed in the form of sharp teeth, the entrance the needle rotates; ia rotate the levers 17 and 18 and are driven from the rotor n;) and help to J9 and 31K heels 20 and 2J. The needle from arbitrariness (falling out of the pads) is held by the plates 22. Precise installation of the fish's eye in relation to the sandbox is provided with a fixed stop 2.

The fastening of the twine 24, unwound from the reel 25, on the needle 7 is carried out with the help of the pawl 26, resting its free end on the back wall} of the figured groove of the needle. The twine is filled into the needle with a mechanism consisting of a lever 27 with a tube 28 and a plate 29 fixed at its end, and a driving cam 30 driven from a speed box 3J, kinematically connected with the rotorm. Through the tube 28 is constantly passing the string. The twine is pulled out at the moment of stringing on its fish and made by hooks 32 pivotally attached to the links of the chain 33.

Cutting the cord with fish strung on it is carried out with a knife 34 fixed on the end of a spring-loaded cantilever lever 35 mounted on a hinge and interacting with a professional cam 36, Binding the knot of the cut K10; the pugo cord is carried out by the mechanism 37 knots which consists of a rotating about two fixed copiers 38 and 39 of a hollow cylindrical body 40 with a spring-loaded, returnable, accessible moving rod 41 mounted therein. The doggie 42 is fixed at the end of the rod, and the dog and 43, which is prior to 1 holding the two free ends of the cut twine and transferring them to the dog 42 at the time of knot formation. Twine is wound on the rod 4 when a knot is formed. When the rod 41 inside the corpus, sa 40, moves, the twine twisted around it is dropped and tied into a knot. When the fish moves to the driving drum of the conveyor 3, the slide 44, equipped with a deflecting fork and having a reciprocating movement, throws the fish onto the bar / rotor, and the fish head is fixed by the stop 23. When the rotor rotates clockwise, the rollers 12,} 1 running on the cam 13, reliably press the fish in a certain position to puncture the needle 7 into the eye socket. At the beginning of the pin 1 and the needle holder 15, under the influence of Bi icTvna, the cam 19 is raised above the needle 7 and gives free passage to the strung fish as the rotor is further rotated. The needle is at this time held by the needle holder 16, which inserts into its tetrahedral groove. After passing the bar / needle holder 15 is lowered and its end enters the needle slot, then the needle holder 16 is raised, giving the opportunity to go through the bar with the fish that can slide further along the needle (at this time the needle 7 holds the needle holder / 5). Upon further advance along the needle, the fish moves to the shpagat.

Closed at the end. After nanaproapple i: a psa.at: ..; ...,. the number of fish levers 27 psrelich g.tets to the needle and odi () p; n; g:;:;; ; i; the tank 43 of the mechanism of the nodes of the machine seizes the upper part of the sample ,; ;; vavshe11s loop twine. The mechanism of the knots has lagged a certain r1m in a stationary position, and the lever 27, continuing forward forwards, with the aid of a plate 29, flips out a pawl 2ii ig.-c ,. Tg1ki. way, the end of the twine, secured}; earlier, in the needle, a part of the twine is inserted into the needle, which is located in the dog section of the mechanism of the knot and pipe assembly; 2nd When changing; chi; 1 lever 27 in the opposite direction, the twine is threaded into the needle. The doggie 2 (the needle i goes down and when the bearings 8 of the rotor run into it; the needle groove, after which the knife 34 cuts off the twine with fish strung on it ,.

Subject invention

Claims (2)

1. A machine for attaching fish to a cord, including a valuable conveyor and a slider for feeding fish, rotated, -: ns rotor with knots: -, nicknames for a needle, made in the form of a part of a semicircle square cross, ig. Holders, K0 |) KopocTeii and the mechanisms of the hp of the needle in the needle and the extrusion of the twine in the process are low, from / and the Ayusha with the fact that, in order to carry out an exact fixation of the fish head before pinning the needle, - the rotating MoimipoBaiibi rotor consisting of a fixed and spring-loaded strips, which interact with the cam and the stop, is fixed on the rotor, and the needle holder ;; Machines are made in the form of two levers, equipped with a price in view; sharp teeth hinged on the axes and the h; 1 are driven down by the rotating cams. 2. The form of the machine according to claim 1, is distinguished by the fact that, in order to cut the twine strung and bind ON its end of the knot, B used a rotor that is installed at the rotor and interacting with the rotating cam KO; Isobol, pivotally fixed spring-loaded lever, which carries a knife at the end, and a machine knot mechanism, consisting of a ingrown-; about two fixed copiers of a hollow cylindrical body, mounted by a spring-loaded stem and two-turning dogs, one of which is fixed to the end of the cylindrical hollow body.