CS242230B1 - Labeling and cutting equipment - Google Patents

Abstract

The device is intended for. embossing textile labels through the embossing tape and for cutting these labels of a specified. length. The device consists of a pressure distribution and a system of distributors, to which two feed rollers are connected, on the centers of which pressure rollers are fixed - for feeding the textile tape, a feed roller with two gripping rollers for feeding the embossing tape, a cutting roller, on the piston rod of which an upper end and a tilting roller are arranged; on the feed piston rod of which an embossing roller is fixed. The invention can be used for the production of labels used for marking products in the rubber and textile industries.

Description

242230

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for embossing labels comprising a coil unwinding of a textile and embossing tape, an embossing and textile tape feeding mechanism, an embossing head, a shearing mechanism, and a switchgear assembly connected to a pressure distribution. There are known devices for embossing textile tapes through an embossing tape having a column construction. Textile and embossing tape are added! manually or automatically under a die which fixes the required data from the embossing to the textile tape by pressure and heat. The non-advantageous design with manual feeding is a high productivity, labor and laborious difficulty in keeping the posture of the finished label. A further disadvantage of these devices is the need to handle the tape containing the data encountered when dividing the individual label used, in particular, for the labeling of footwear and textile products. Instead of stamping data through a scanning tape, suppression heads containing a suppressing medium are also used.

However, the above-mentioned disadvantages are also manifested in this method of producing labels. Furthermore, spit types of devices for stamping or stamping are similar. suppressing paper labels, including splitting and affixing them, typically sticking them to the objects to be labeled. As indicated articles may be particular articles or their packaging.

The devices are complemented by various types of control, such as microcomputers and micro-processors, as well as printers for printing additional and changing data, or accessories for automatic trimming. Furthermore, there are devices for applying self-adhesive labels from a backing material, for suppressing self-adhesive etiquettes with metal or rubber blocks, or with reels. Such devices are advantageous and highly productive for the various types of products and especially the packaging, but for textile labels used in the footwear industry, especially for the labeling of winter footwear, and some textile products, these devices are unsuitable. In order to overcome the above-mentioned disadvantages, the device according to the invention has been constructed, in that the first pressure roller is connected to the pressure distribution via a first distributor and on which the first lid is fixed and a first pressure piston is provided on the first piston. a pressure plate mounted on a first piston rod of a first feeder connected to a second distributor, wherein a second feeder roll is attached to the second piston rod and a second pressure roller is provided, provided with a second and second pistons with a second pressure plate and connected via a third distributor to a pressure manifold, to which a displacement cylinder is connected via a fourth distributor, on which a first bracket with a first gripping roller attached to the pressure distributor via a fifth distributor and on it is fixed to the piston rod there is also a second gripping roller attached to the second bracket In the case of a displacement roller, a cutting cylinder is mounted on the pressure distributor via a sixth distributor, which is mounted on a pivot pin and on its first piston rod there is provided a top knife mounted on a knife pivot inserted in the lower blade which is supported by the carrier fixed to the foundation a plate, the seventh cylinder, on whose displacement piston a punching cylinder mounted on the upper peg and fixed to the pressure manifold via a switchgear is mounted by means of a pivot nut.

The higher technical effect of the device of the invention is based on the high productivity of the embossing and shearing of the textile labels and the possibility of reliable feeding with an adjustable exact dimension of the desired length of the label. The device described further allows the use of a simple control system of all its functions. An exemplary embodiment of the apparatus is shown schematically in the accompanying drawings, wherein: FIG. 1 shows a plan view of the apparatus; FIG. 2 shows the connection of a pressure distribution system with individual distributors and pressure cylinders; FIG. Fig. 4 shows a front view of a textile tape dispensing mechanism, Fig. 5 an embossing tape dispensing mechanism according to Fig. 1, Fig. 6 of the embossing mechanism of the embossing tape; 7 shows a textile tape cutting mechanism in the direction S according to FIG. 1, FIG. 8 a view of the textile strip cutting mechanism, FIG. 9 a punching mechanism in the direction R according to FIG. 1 and FIG.

The base plate 4 and the distribution plate 2 with fixed first to eighth distributors R1 to R8 are fixed to the frame 1 of the device. The pressure medium comes from a source (not shown) to the pressure distribution 6, the conditioning unit 7. The first pressure cylinder V3 is connected to the pressure distribution system via the first distributor R1. Via the second distributor R2, the first feeder roller VI with the first and second throttle valves 2S and 27 is connected to the pressure distribution 6, and the second feeder roller V2 with the third fourth throttle valve 28 and 29 is connected. bonded pressure roller V4. The first and second feed rollers VI and V.2 are attached to the base plate 4 by non-illustrated ascutters. On the first piston rod 9 of the first feeder roller VI, a first thrust roller V3 is fixed by means of a first gripper 37 to which a first lid 30 is attached by a screw (not shown). A first thrust plate 13 is provided on the first piston 13 of the first thrust roller V3. similarly provided on the second piston rod 10 of the second one 242230.

A suction roller V2 secured by a second carrier 38 to a second pressure roller V4 to which a second lid 32 is attached. On the second piston 14 of the second thrust roller V4, a second thrust plate 16 is provided, secured by a second locking nut 33. A bracket 34 is also fixed to the base plate 4, in which a spigot 35 is provided and a cover 36 is mounted thereon. Through the fourth distributor R4, a feed roller V5 is connected to the pressure

The plurality of bolts 17 is a first bracket 18 supporting a first gripping roller V6. The feed roller V5 is mounted on a shoulder 39 attached to the base plate 4 and a second bracket 19 attached thereto, not a second gripping roller V7. The first and second gripping rollers V6 and V7 are connected to a pressure divider 6 via a fifth distributor R5. A first tab 57 is attached to the first piston 55 of the first gripper VB, and a first cushion 59 is attached to the second piston 56. 58 and a cushion 60 are adhered thereto. A shear V8 mounted on a pivot pin 20 of a not shown piston 20 is connected to the pressure manifold 6 via a manifold R8. On its first piston rod 21 there is a twin-arm upper blade 22 provided with a guiding projection 22a. Furthermore, the base 22 is rotatably mounted on a leg pin 42 secured by a piston nut65 on a lower blade 40 supported by a carrier 41 fixed to the base plate 4. The top shell 22 is pressed against the lower blade 40 by a spring 61 and a double arm lever 62 mounted thereon on a vertical pin 63 on which a second spring 64 is inserted at the end.

Through the seventh distributor R7 and throttle 43, a pusher roller V9 is connected to the pressure distribution 6, on which the pusher roller V10 is fixed by means of a pivot nut 44, a terminal 45 and a plug 46. The punching roller V10 is mounted on the pivot 24 embedded in a support 25 fixed to the base plate by screws 4 (not shown). On the second piston rod 47 of the friction cylinder V10 connected to the pressure conduit 6 via an eight-way distributor R8, a plate 48 is provided, carrying the support body 49, to which a clamping tab 50 is attached, in which the punch 51 is clamped. and a guide 25 is fixed to the frame 25. A first coil 3 is attached to the frame 1 in the lower part, on which a textile tape (not shown) is wound. On the support 53 mounted on the base plate 4, a second spool 5 is mounted, on which the embossing tape (not shown) is wound. Further, a control panel 54 is attached to the base plate 4 with a control element 66 (not shown). The operation of the device is as follows. The textile tape (not shown) is unrolled from the first coil and led under the punch 51, between the first and second press plates 15 and 16 and the first and second lids 30 and 32 to the lower knives 40. The automatic feeding of the textile tape is secured by a mechanism , comprising a first second feed roller VI and V2 with a first and a second piston rods 9 and 10, a first and a second thrust rollers V3 and V4 with a first second piston 13 and 14 and a first and second thrust plates 15 and 16, respectively. they operate alternately, that is, when the first piston rod 9 of the first feed roll VI is inserted, the second piston 10 of the second feed roll V2 is extended. After-

In the case of the H55 medium, the medium from the pressure distribution 6 receives the first pressure roller V3, the first piston 13 is retracted, whereby the first pressure plate 15 pushes the textile tape to the first age 30. At the same time, the pressure medium from the pressure expansion is applied by the second distributor R2. 6 passes through the second throttle valve 27 into the first feed roller VI and the first piston 9 begins to extend, carrying the first press roller V3 with the web tightened thereon. The first piston 9 is extended by a length corresponding to the desired length of the finished e-ticket. Simultaneously with the operation of the first feeding roller VI, the second feeding roller V2 performs the opposite operation. By the action of the second conveyor R2, the pressure medium 6 is supplied through the fourth throttle valve 29 to the second feed roller V, 2, the second piston 10 is retracted, carrying a second pressure roller V4 whose second piston 14 is extended. In the following cycle, the first and second feed rollers VI and V2 and the first and second press rollers V3 and V4 operate in opposite functions. The embossing tape (not shown) is unwound from the second spool 5 and guides the die 51 and further under the first and second types 59 and 60. By the action of the fourth distributor R4, the pressure medium 6 reaches the feed roller V5, the displacement piston 17 retracts, thereby also moving the first gripping roller V6, the first piston 55 being extended, whereby the first cushion 59 pushes the embossing tape to the first bracket 18 and moves them while unwinding the second coil 5. During insertion the thrust rod 17 is the second piston 56 of the second gripping roller V7 retracted, whereby the grip of the strip can freely pass under the cushion 60. After the insertion of the pre-piston rod 17 by the fifth distributor R5 to which it is connected is completed the second plunger roller V7 extends the second plunger 56 and the second plunger 60 fixes the punching tape. At the same time, the first plunger 55 of the first gripping roller V6 is inserted, where the check 59 releases the stamping tape. By further action of the fourth distributor R4, the displacement piston 17 is extended, carrying the first actuating cylinder V6 at the same time. By further action of the piston distributor R5, the first piston 55 of the first gripping roller V6 extends, whereby the first pillow 59 again presses the punching strap of the first bracket 18. By the action of the fifth distributor R5, the second piston 56 of the second gripper roller V6 is retracted.

Claims (1)

242230 of the casting roller V7 retracts, thereby releasing the second tube 60 of the stamping tape. Above it, the embossing tape passes under Mlo 51, the pressure medium from the pressure duct 6 to the embossing roll V10, the second piston rod 47 extends along with the plate 48 and the support body 49, and the punch 51 carries the embossing tape imprint onto textile band. The support body 49 is guided by a guide. After the embossing of the embossing tape with the appropriate data on the textile tape by the eighth distributor RE, the second plunger rod 47 is fed, thereby raising the punch 51. The relative embossing tape and textile tape cycle is repeated. In the event of the need for replacing the punch 51, the tilting cylinder V9 is brought into operation by positioning the seventh distributor R7, the displacement piston 23 starting to be vacuumed, whereby the pivot cylinder V10 rotates around the upper pivot 24 and goes from the flood to the horizontal position. After replacing the punch 51 in the clamping tab 50, the feed piston 23 is lowered and the vertical position of the embossing roll -a V10 is fixed. The textile tape is then fed in the manner described above between the lower knife 40 and the upper knife 22. After the textile tape has been pulled, the stroke of the first and second pistons 9 and 10 of the first and second feeders V1 and V2, respectively, is increased. the required length of the etiquette, pQsoBgnra §10mB kg starts to vacuum the first piston rod 21 of the cutting cylinder VB. The ion knife 22 rotates on the knife pin 42 and cuts the textile tape by cutting the lower knife 40. The upper knife 22 is guided by the guide lug 22a in its movement. The finished labels are collected in the cartridge 66. By moving the sixth distributor R6a, the first piston rod 21 of the shearing roller V8 shifts and the upper knife 22 returns to the upper position. The entire follow-up cycle of feeding, texting and embossing tape, embossing and cutting-off labels can be repeated. The first switchgear R1-RE is controlled by a non-illustrated electric circuit located in the control panel 54, and the number of labels can be set with the respective devices. The embossing tape may be disposed obliquely to the direction of feed of the textile tape in order to better use it with respect to its width to the width of the embossed tape. The invention can be used in areas where there is a need for labeling products, for example the shoe and textile industries. OBJECT The device for stamping and cutting labels, consisting of spools for unwinding of textile and embossing tape, the feeding mechanism of embossing and textile tape, embossing head, cutting mechanism and the switchgear cabinet connected to the pressure distribution, the marked team that the first pressure roller (V3) is connected to the pressure distribution system (6) via a first distributor (R1), on which a first lid (30) is attached and a first pressure plate (15) is provided on its first piston (13), fixed on a first piston rod (9) of a first dispensing roller (VI) connected to a second dispenser (R2), to which a second dispensing roller (V2) is attached, on whose second piston rod (10) a second thrust roller ( V4), provided with a second lid (32) and a second piston (14) with a second thrust plate (16) and connected to a third distributor (R3), via a fourth distributor (R4) to move the OUTER cylinder (V5) to which piston ( 17), a first bracket (18) is fixed by a first gripping roller (V6) which is connected to a fifth distributor (R5) and a second gripping roller (V7) attached to the second slide roller bracket (V5) attached thereto, via a six-way distributor (R6) a cutting cylinder (V8) which is mounted on the pivoting pin (20) and on its first piston rod (21) an upper knife (22) mounted on the knife pin (42) inserted in the bottom a knife (40) which is supported by a carrier (41) fixed to the base plate (4), a seventh distributor (R7) of a tilting cylinder (V9), on whose feed rod (23) is a pivot nut (44) a fixed punching roller (V10) provided on the upper pivot (24) of the rack (25) and connected to a pressure manifold (6) via an eight-way distributor (R8). 6 sheets of drawings