Konfetozavertochny ZKTSA machine with belt feeder.

The machine is designed to wrap soft glazed and unglazed candies in a twist in three wrappers: a rolled label, foil and roll; The machine is installed in production lines and automatic wrapping of sweets.Konfetozavertochny automatic ZKTSA

Fig. 10.7. Konfetozavertochny automatic ZKTSA

The advantages of the machine are a short way to feed products into the wrapping mechanism due to the vertical positioning of the working rotor and the presence of a number of devices in the feeder and the wrapping mechanism, which ensure high-performance operation of the machine when wrapping sweets.

ZKTSA Machine (Fig. 10.7) consists of a frame 1, belt conveyor feeder 10, 8 brush mechanism, the mechanismStructural kinematics machine ZKTSA

Fig. 10.8. Structural kinematics machine ZKTSA

unwinding of a wrapper with 6 bobbin holders, 15 wrapper feeding and cutting mechanism, 14 wrapping mechanism, 9 wrapping feeding locking mechanisms, 13 probe mechanism, 12 photoresistance lamp, 2 latching mechanism, 3 tray, 4 pallet snapshots, snapshots of 16 wrappers, 5 snapshot wrapper , 11 control panel, 7 electrical panel, 17 devices for automatic machine turning.

All the mechanisms of the machine are driven by the 10 electric motor (see fig. 10.8). Through a system of belt and gears, shafts and cam mechanisms are connected, which are connected by a system of levers with the working parts of the machine.

The conveyor-feeder 17 (Fig. 10.8) is driven by the pulley 27. The 3 candy entering the wrapping is fed with a 17 belt feeder up to the 1 stop. Perpendicular to the movement of the candy, the 2 pusher is located, and the 13 damper is installed on the opposite side. It performs reciprocating motion in a vertical plane. When supplying the product to the pusher, the flap is in the upper position at the level of the conveyor-feeder guide and prevents the product from being skewed. At the same time, the steel 18 and the rubberized 19 rubber wrapper feed rollers are rotated. The 2 pusher then passes the 3 candy to the wrapping rotor grippers. At the same time, the 13 damper is lowered by the time it enters the grippers, the rotating 16 knife cuts off the wrapping material and the 2 pusher delivers candy to the rotor grips along with the wrapper. The 13 damper bends the bottom flap around the candy, and the upper flap bends the fixed rail. To fix the cut wrapper on the candy and keep it in a fixed position before serving, the spring-loaded lever stops with 14 and 15 slats, which are located opposite the 2 pusher, serve as rotors.

The rotor has six pairs of legs (grips) and periodically rotates 60 °, each time bringing a new pair of legs into the position for pushing candy into it.

The wrapping rotor moves the candy wrapped around the perimeter from four sides to the position where the ends of the wrapper are placed opposite the 20 twirl heads. They grab the ends of the wrapper and, spinning, twist them on 1,5 — 2 turns. In addition to rotational, the heads also have a translational motion: when the twist wraps the heads get closer. This eliminates the possibility of breaking the wrapper on the product. The wrapped candy is removed from the grips of the rotor with an 21 ejector pusher onto the bypass conveyor or into the inline container.

If the 2 candy doesn’t appear before the 3 pusher stroke, the 1 stop will close the contacts of the 6 electromagnet, which moves the 7 thrust, and the 12, 9, 8 latch will not allow the 2 pusher levers, 13 sides, and the 14 chassis and the XNUMX, and the XNUMX, XNUMX latches will not allow the XNUMX pusher arms, the XNUMX side, and the XNUMX, and the XNUMX, and the XNUMX, XNUMX, and XNUMX latches will not allow the XNUMX pusher levers, XNUMX frames, and the XNUMX frame and the XNUMX latches to move to the right side. Due to this, the pusher will not break the candy, which may not be completely in front of it, the clamping frame will not throw the ends of the wrapper into the rotor grips, and the board will block the passage in the side wall of the conveyor opposite the pusher.

The start of the pusher movement (cycle time) at which the presence of candy is controlled by the stop 1 is determined by the position of the cam 25 controlling the end switch 26. The limit switch has two pairs of contacts. Pressing the candy to the stop much earlier than the start of the working cycle will not cause the 6 electromagnet to be de-energized, since at this moment the upper contacts of the 26 limit switch blocking the probe contacts are closed. Only at the time of the 2 pusher stand, the 25 cam breaks the upper pair of contacts, de-energizing the 6 electromagnet, and the 11 spring pulls the 8, 9, 12 latches. Thus, the pusher mechanism is unblocked. The 25 cam and the 26 limit switch provide locking and unlocking of the pusher mechanism at the same time in the cycle.

In addition, if there is no candy under the 4 lever, he presses the 5 contacts and, through the 26 limit switch, turns off the wrapper feed using the 22 electromagnet. When the electric circuit of the electromagnet 22 is closed, the one-turn 24 clutch opens and the feed mechanism (18 and 19 rollers) and the wrapper trimmer (16 knife) stops. In order to avoid mismatch of the mechanisms when a new start-up is in operation, the 22 electromagnet is equipped with an 23 limit switch that de-energizes the 6 electromagnet. Due to this, the wrapper feed will turn on only when the 2 pusher movement begins.

In order to avoid a shift in the cycle of the moment of opening of the 24 clutch when the shaft turns due to inertia, the 5 shoe brake is installed on it (see fig. 10.7).

ZKCA automatic machines can be operated in the candy production line with their supply from the feeder, which is a system of trickle conveyors (by the number of automatic machines in the line), as well as separately outside the line from individual (manual and mechanical) feeders. The individual manual feeder is a fixed table adjacent directly to the conveyor of the feeder of the machine.

The individual mechanical feeder А2-ШПШ (UkrNIIprodmash design) consists of two consecutive feeding conveyors, a narrow transverse conveyor and a vertical conveyor installed above it (overall dimensions of the feeder (in mm) 795X770X910; weight 240 kg; performance - by machine). In the group feeder candy come from the enrobing machine; in individual feeders candy served by the operator.

When the machine is installed in a line (Fig. 10.9, a), candy A from the 1 feed conveyor, to which the machine is mounted at 90 ° or another angle, is rotated by the 2 rotating guide, fenced by the moving 3 guide, to the 4 feed conveyor automat. Candies that arrived at the feeder conveyor in position on the rib are laid flat on the 5 brush or dropped from the conveyor through the lower sections of the 6 guides. Candy on the feeder conveyor should come already oriented on the long side.

When feeding the machine from an individual manual feeder (fig. 10.9, b), candy A is oriented from the 7 table by the operator directly to the conveyor of the machine's 5 feeder.

With individual mechanical feeder A2-SHPSH (Fig. 10.9, c) the first feed conveyor 8 A candySweeteners for wrapping machines with belt feeders:

Fig. 10.9. Sweeteners for wrapping machines with belt feeders:

a - from the line; b - from an individual manual feeder; c - from individual mechanical feeder А2-ШПШ

When the automatic feeder overflows, the 3 movable guide is lowered under the action of an electromagnet, which is controlled by the photoelectric sensor of the automatic feeder, and the candies are dropped.

served on the second feed conveyor 9. Since the speed of the latter is much greater than the speed of the first, intervals are created between the candies. Sweets, coming to the 10 cross conveyor, under the action of friction on its surface and movements of the vertical 11 conveyor turn the long side in the direction of travel. Directed sweets are transmitted to the 5 conveyor of the machine feeder. Just as in the case of installation of the machine in line, candies that arrived at the feeder conveyor in position on the rib are laid flat with the 6 brush or dropped from the conveyor through lowered sections of the guides.

When the automatic feeder overflows, the drive of the А2-ШПШ feeder is turned off by the signal of the photoelectric sensor installed on the automatic feeder.

The 12 lever controls the availability of candy. In its absence, it turns and locks the wrapper feed through the limit switch.

The 5 conveyor of the candy feeder serves up the fixed stop 14 between the 15 pusher and the 13 frame. The candy brought by the 5 conveyor to the fixed stop 14 is moved from the 5 conveyor by the 15 pusher to the rotor of the automatic screwdriver. Before the start of the movement of the pusher, the moving frame 13 moves away from the path of movement of the candy.

Wrapping unit ISL. In the production of toffee and candy caramel, molding-IZL, Futurus, and others found wide distribution, in which the rope is continuously formed, cut into individual products and automatically wrapped. In the USSR, the Kievprodmash plant produces an IZL unit with IZM-1 and IZM-2 automatic machines.

The unit with an automatic machine IZM-1 is intended for the production of an “Golden Key” type of iris by molding articles of iris weights and wrapping with two-way twisting of the ends of the wrapper; the wrapping is made in a waxed roll and label or in a waxed roll, foil and label, fed from the rolls.

The unit with the machine IZM-2 is used for molding and wrapping Teatralnaya type candy caramel, etc. The unit is installed in production lines for the production of wrapped toffee or candy caramel.

ILD unit (Fig. 10.10) consists of a machine break-ASO-2 (or ASO-3) 1 and wrapping machine MOD-1 7.

Car break-ASO-2. The machine is designed for the molding of the Gladden (or caramel) harness weight, calibration and feed it into Wrapping Machine.

Machine KRM-2 consists of grooved taper spindles 3, the rolling mechanism and calibration harness 5, 2 gutter, drive spindles 6 and 4 bed.Aggregate IZL

The trough is mounted steam coil for heating the mass. The coil on top covered with a protective screen, through which a coil is prevented from entering crumbs formable mass.

The rolling machine has two drives - spindle assemblies and a mechanism for rolling rollers. The spindle drive is carried out from the individual electric motor through a V-belt drive and spur gears. The rollers of the first and second rolling receive movement through the cylindrical gears from the gear of the third rolling roller. The diameter of the harness regulate from 18 to 25 mm.

Calibrated to the desired diameter of the harness molded on the tray weight is continuously supplied to car-wrapping machine.

Iris-forming-wrapping machine IZM-1. The machine is designed to form an iris from a harness coming from a KRM-2 rolling machine, wrapping it in a roll, foil and label, fed from reels, with double-sided twisting of the label ends.

The machine consists of an 14 bed with a drive, a 8 toffee wedge feeding and molding mechanism, an 10 wrapper feeding and cutting mechanism, an 9 wrapping wrapping mechanism, an 11 wrapping mechanism and an 12 rotor.

The toffee bundle coming from the KRM-2 grinding machine is molded and rolled in two pairs of rolling rollers, acquiring a rectangular shape in cross section (12 X 10 mm). Periodically, articles 25 mm long are cut from the molded toffee harness with a rotating knife. Each product is pushed in the paws of the rotor. Since a wrapping material (label paper, foil, binder) passes between the product and the rotor, the product enters the rotor with the wrapper wrapping it from three sides. The wrapping material is fed by a pair of rollers, unwinding it from rolls mounted on three reels, and at certain intervals cut off to a length of 52 mm.

In fig. 10.11 shows a schematic diagram and sequence of operations for wrapping a product (before twisting the ends of a wrapper).

The main wrapping operations (fig. X.11, a) are carried out in three working positions (I, II and III) of the six-position vertical wrapping rotor 2, fixed on the horizontal shaft 1.

The 1 shaft is periodically rotated by 60 °. When the 2 rotor is in position I, the 11 pusher feeds the product previously cut from the 9 harness to the lower sponge 13 of the rotor. Between the product and the rotor is a wrapper 12, which, when the product enters the pototo, fits it from three sides (fig. 10.11, b, c). Then the movable sponge 6 of the rotor clamps the product with a wrapper, and the 14 bending tool bends the lower edge of the wrapping material (Fig. 10.11, d). When turning the rotorFlowsheet machine MOD-1:

Fig. 10.11. Flowsheet machine MOD-1:

a — working positions of the rotor; b, c, d, d - the sequence of wrapping in position I of the rotor

the upper edge of the wrapping material is folded, bumping into stationary plate 3 (Fig. 10.11, etc.).

In position II, the ends of the wrapper are captured by continuously rotating 19 legs, which, as they are twisted, come closer together to avoid breaking the ends of the label. In position III, the wrapped product is fed by an 16 ejector onto an inclined tray / 7, from which it rolls onto the 18 selection conveyor. When the 11 pusher pushes the cut piece into the rotor, the harness rests against the 10 rotating blade. Subsequently, the pusher returns to its original position, bypassing the fixed 8 table below, on which the product was moved.

Fig. 10.11, b shows the working bodies to facilitate the entry of products with a wrapper in the rotor: a guide frame and frame clamp 15 20 wrapper (the latter is shown only (p \ IP H.11, b, c, d, e) Guide frame 15 periodically.. and exits the rotor reaches 12 wrapper. to it a pusherMechanical forming feeder machine IZM-2

Fig. 10.12. Mechanical forming feeder machine IZM-2 for wrapping caramel

11 presses the wrapper and product, which are then jointly inserted by the pusher and frame into the rotor.

The protruding edges of the wrapping material are pressed against the 15 guide frame with the 20 hold-down frame. Wrapping materials are supplied by continuously rotating po

faces 4} and the cutting of the wrapper is carried out using a continuously rotating

7 knife and 5 fixed knife. The cutting edge of the fixed knife is inclined, which improves the cutting process of the packaging material.

The Izm-2 caramel wrapping machine differs from the Izm-1 machine in the design of the feeder. Feeder for caramel tow (Fig. 10.12) works as follows. The rope 1 caramel mass is fed into the gap of a pair of vertical forming rollers 2 of the first rolling. Upon leaving the gap, he turns into a tape that enters the gap between the horizontal 5 forming rollers, each with eight teeth. The teeth of the rollers are one against the other. They pinch the tape, shaping 4 products from it, interconnected with 5 jumpers.

The thickness of the lintel must not exceed 1 mm. Forming rollers push the chain of products so that the jumper is under the rotating 6 knife. It cuts a single 7 product, which the 8 pusher moves to the rotor for wrapping.

Productivity wrapping machines (in kg / h) is determined by the formula

Ac = 60nzC1C2/ Ʀ, (X .1)

where n is the frequency of rotation of the rotor, rpm; z is the number of grips on the rotor;

С1 - coefficient taking into account recyclable waste when wrapping (at a rate of recyclable waste up to 1% C1= 0,99); FROM2 - coefficient of utilization of machine productivity (C2= 0,9); Ʀ - the number of wrapped items in 1 kg.

If we take normalized stops and interruptions in the machine during the eight-hour shift equal to 0,5 hours (30 minutes), the shift performance of a single wrapping machine (in kg per shift) will

ПCM = 7,5Ч... (X.2)

The required number of wrapping machines for installation in the line will be respectively

N = psm. lin / psm. aut "(H.Z)

where psm. Lin - interchangeable performance LINE, kg; Psm. aut - shift performance of the machine. Technical characteristics of automatic machines for wrapping caramel, chocolates and toffee

Indicators On the horizontal axis With vertical rotor
Productivity, pcs. / Min By 120 110 to 300-400 180-260
Types of wrapping For the first twist In the area Next twist Next twist
Dimensions of products, wrapped with replaceable format parts, mm
caramel 40X18X12 (204-40) XX (134-25) XX (8-16)
sweets 42X22X1645X26X14 (30-40)Х20Х (14-+17)
Electric motor power, kW 0,55 0,33 1,6 1,0
speed, rev / min 1400 1440 750 930
Overall dimensions, mm
length 1600 1630 1700 1697
width 1200 1400 1300 911
height 1025 1000 1500 1760
Weight, kg 460 550 970 632
With vertical rotor
Indicators EU-5 Type EL-5 AMEND-1, AMEND-2
Productivity, pcs. / Min 180-350 160-250 550-600
Types of wrapping Vperekrutku Vperekrutku Next twist
Sizes of products, wrapped with replaceable format parts, mm
caramel 25X12X10
sweets (204-40)X(13-25) X(8-16) (26-43) X (23-27) X 14
iris 25X12X10
Electric motor powertelya kW 0,8 0,75 2,8

speed, rev / min

750 925 1370
Overall dimensions, mm
length 2100 1700 1208
width 1500 1900 872
height 1600 1500 1940
Weight, kg 1020 1000 720


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