CH704138A1 - Device for the holding of ornament materials, and method of operating such a device. - Google Patents

Abstract

A method of operating a device for holding decorative materials, such as a sequin or soutache supply device, provides that for coupling with a drive unit of an embroidery machine, the entire device is moved relative to the embroidery machine from a rest position to an embroidering position in which a drive wheel of the device is engaged with a stationary drive shaft, and for decoupling the device is moved from the embroidery position to the rest position in which the drive wheel is out of engagement with the stationary drive shaft. An apparatus for carrying out the method is equipped with an actuator (27) and has fastening means (43, 53) which engage on the one hand on the actuator (27) and on the other hand on the support profile (25), so that upon actuation of the actuator (27) Device is movable from a rest position to an embroidery position, in which the drive wheel is coupled to a provided on the embroidery, sewing or quilting, stationary drive shaft.

Description

The invention relates to a method for operating a device for holding decorative materials according to the preamble of claim 1, as well as a device for keeping decorative materials according to the preamble of claim 4.

State of the art

Devices for embroidering decorative materials have been around for about a hundred years. In the literature, a distinction is made between so-called soutache and pearl and bauble embroidery. In the Soutachestickerei lace or band-shaped material is embroidered in the desired decorative form on the embroidery floor. The pearl and bauble embroidery is about the embroidery of small objects, such as sequins, beads and the like (Schöner, Freier, embroidery techniques, Leipzig, 1982, p 309, 329, FR 467 481, CH 563 486).

From the prior art, for example from EP-A 1 561 849 so-called sequin heads and from EP-A 1764 435 so-called Soutacheköpfe known which are used in Schiffli embroidery machines. With these devices, tape-like parts can be fed to an embroidery point and sewn on the embroidery base, wherein a band is separated with continuous sequins in Aristicken into individual sequins. A freshly separated sequin is already penetrated by a needle and is immediately embroidered with a few stitches.

EP 1 764 434 is also known from the prior art, which describes and claims a particular aspect of the above-mentioned heads. According to EP 1 764 434 each sequin and Soutachekopf has an operable by the needle ram coupling for engaging the devices and a return device for disengaging the devices. The restoring device comprises a cylinder / piston unit, by means of which over the entire length of the machine extending shift rod can be actuated. The shift rod has at each Sequin resp. Soutachekopf a gripper, which disengages the Paillettenköpf upon actuation of the return device. If a sequin resp. Soutachekopf off by the clutch wheel is disengaged from the drive shaft, a tooth engages the clutch wheel to block it. This has the advantage that the sequin tape is held in the position from which then the feed to be embroidered sequin is brought to the embroidery at a feed.

The devices known from EP 1 764 434 are stationarily arranged on the embroidery machine frame, wherein a special feature is that the sequin head is not driven directly, but via the coupling described. Another special feature is that to turn on a sequin resp. Soutachekopfes no separate actuator is necessary, as this is caused by the needle plunger.

After the above-described devices are not suitable for use in small-stitch machines, in particular multi-head embroidery machines, it is an object of the present invention to provide an apparatus for holding decorative materials such as sequins, cords, cords, strands, strings of pearls and the like To propose materials that can be individually switched on and off. Another object is to propose a device which is inexpensive to manufacture. The device should also be retrofittable to existing embroidery machines. Another object is to propose a device by means of which simultaneously different sequins or sequins and a string can be embroidered on a stick bottom. Yet another goal is to propose a device by means of which several sequins can be stitched on top of each other. The aim is also to propose a corresponding method for operating a device.

This object is solved by the subject matters of the independent claims. Advantageous embodiments will become apparent from the features of the dependent claims.

According to the invention, in a method according to the preamble of claim 1 for coupling with a drive unit, the entire device moves from a rest position to an embroidering position in which a drive wheel of the device engages the stationary drive unit, for example a drive shaft. For decoupling in turn, the device is moved from the embroidery position to the rest position, in which the drive wheel is out of engagement with the stationary drive unit or drive shaft. The method according to the invention has the advantage that the devices for holding decorative materials can be individually and simply coupled to a drive shaft. Another advantage is that the accessibility of the needle site is not significantly limited by the attachment of the device to the embroidery machine because it is removed from the needle site when not in use.

Advantageously, the device is pivoted from the rest position to an embroidery position, and vice versa. A pivoting movement can be realized by a corresponding articulated coupling of the device on the embroidery machine frame in a simple way. In this case, the drive wheel can be determined in the rest position to prevent it from moving on in an uncontrolled manner.

The present invention is also an apparatus for holding ornamental materials, such as a sequin ribbon and / or a cord. Such a device has a chassis or support profile on which a transport mechanism or gear for the transport of the decorative material is arranged. A drive member of the transmission or transport mechanism can be coupled to a drive shaft of an embroidery, sewing or quilting machine.

According to the invention, the device is equipped with an actuator, and has fastening means which engage on the one hand on the actuator and on the other hand on the support profile. As a result, during actuation of the actuator, the device can be moved from a rest position to an embroidery position, in which the drive wheel is coupled to a stationary drive shaft provided on the embroidery, sewing or quilting machine. Conversely, in the second operation of the actuator, the device can be moved away from the drive shaft. The inventive device can be arranged to save space, for example, laterally on the embroidery head of a multi-head embroidery machine.

Advantageously, the fastening means are realized by a fastening device arranged on the actuator and a pivotable on the support profile pivoting lever. This is a simple and inexpensive construction to achieve a local displacement of the whole device. Instead of a pivot lever but could also be used a stationary lever on which the support profile is slidably disposed.

An advantageous embodiment provides that the actuator is a piston / cylinder unit, that the fastening device is arranged on the cylinder of the piston / cylinder unit, and the piston engages the support profile. This makes it possible to effect a displacement of the support profile with a fixed cylinder.

The inventive device is equipped with at least one sequin device or a Soutachevorrichtung. Preferably, however, there are two devices for holding decorative materials, such as a sequin ribbon and / or a. Cord, arranged on the mounting profile. Thus, either a sequin device and a Soutachevorrichtung or two sequin devices may be provided on one and the same support profile. In the case of the presence of two sequin devices, two guide channels are provided for the sequin bands, which are arranged one above the other. This has the great advantage that two sequins can be embroidered at the same time.

Advantageously, a movable locking member is provided on the device, which blocks the transmission in the rest position of the device, and releases in the embroidery position. By the locking member of the transport mechanism can be locked in a defined position. Conveniently, the locking member is biased by a spring element in the locking position. This makes it possible to move or pivot the locking member by cooperating with a stationary stop. This stop can be mounted on the embroidery machine and arranged so that when moving the device into the embroidery position, the locking member is automatically moved.

A special feature of the Soutachevorrichtung is that it has a Soutacherad with a radial opening. This makes it possible to connect and disconnect the Soutachevorrichtung without the upper resp. Needle thread would have to be cut. So that the Soutacherad can be driven, the same is equipped on the periphery with a toothing and drivable by two spaced apart auxiliary gears. These auxiliary gears can in turn be driven by a central gear.

For cutting the cords and cords is preferably arranged on the Soutachevorrichtung a movable knife, which is actuated by an arranged on the support profile actuator, such as a compressed air cylinder. Advantageously, a clamping spring is arranged on the Soutachevorrichtung, by means of which a cord can be clamped after cutting. Preferably, the clamping spring is actuated by the knife. An advantageous embodiment provides that the clamping spring is arranged on the underside of the Soutachekopfs and actuated by a cam arranged on the knife.

The present invention is also an embroidery sewing or quilting machine, in particular multi-head embroidery machine, with a machine frame and arranged on the machine frame, inventive device for keeping decorative material. In this case, the device is preferably arranged pivotably about an axis of rotation on the machine frame. Alternatively, however, the device could be arranged linearly displaceable. For this purpose, appropriate guide means would have to be provided between the mounting profile and the support profile.

Conveniently, a drive shaft is provided which extends parallel to the row of needles. This drive shaft may be formed in one piece or composed of several sub-segments. Advantageously, a support profile for the device is provided, which is preferably releasably attached to the machine frame. In this case, the drive shaft can be accommodated in bearing sleeves, which are embedded in the mounting plate.

The inventive device for keeping decorative material is particularly suitable for equipping a multi-head embroidery machine. In this case, one or two devices for holding decorative materials can be arranged per embroidery head. These can each be arranged laterally on the embroidery head. The positioning of the devices is such that they can be pivoted by means of a pivoting movement directly to the respective outermost needle point of the embroidery head.

The invention will be explained with reference to the drawing by way of example in detail. The same reference numbers are used for the same and equivalent parts. It shows: <Tb> FIG. 1 <sep> In perspective view, a single embroidery head of a multi-head embroidery machine with an inventive <Tb> FIG. 2a-2c show a first exemplary embodiment of a sequin feed device which is attached to an embroidery head of a multi-head embroidery machine. is arranged in a side view from the right (Figure 1), in front view (Figure 1) and in a side view from the left (Figure 1), respectively in the rest position. <Tb> FIG. 3a-3c show the sequin supply device of FIG. 1 in a right side view (FIG. 2a), in a front view (FIG. 2b) and in a side view from the left (FIG. 2c), respectively in the embroidering position; <Tb> FIG. FIG. 4 shows a perspective view of a second embodiment of the device according to the invention from the left, which comprises a sequin supply device and a soutering head, the upper cover plate being removed from the soutering head; FIG. <Tb> FIG. 5 <sep> A perspective view of the device of Figure 4 from the right with attached cover plate. <Tb> FIG. Fig. 6 <sep> A bottom perspective view of the device of Fig. 5; <Tb> FIG. 7 <sep> Perspective and in an enlarged view the combined sequin and Soutachekopf; and <Tb> FIG. 8 <sep> A side view of the sequin and soutachead of FIG. 7.

The present invention generally relates to a device for embroidering decorative materials, which may be present, for example, as sequins and / or cords. The device for embroidering decorative materials can be arranged on an embroidery or sewing machine, in particular on a multi-head embroidery machine.

In Fig. 1, an embroidery head 11 of a multi-head embroidery machine is shown Such multi-head embroidery machines are characterized in that per embroidery head 11 a plurality of needle locations 13 are present, of which in operation a single is driven. Such an embroidery head can therefore also be referred to as a multi-needle embroidery head. Each needle point 13 comprises a large thread guide 15, various other thread guiding devices 17, a needle plunger 19 which can be moved up and down, and a needle 21 which is detachably fastened to the needle plunger 19. According to the embodiment shown, a total of six needle locations 13 (numbered 1 to 6) are provided, with the third location of the needle being in operation from the right, i. is active. To change the active needle point of the embroidery head 11 can be moved laterally in the direction of arrow 22 to couple another needle point with a drive, not shown. The working principle of these multi-head embroidery machines is well known to the person skilled in the art and therefore need not be explained in more detail here. Disposed sideways on the embroidery head 11 is a device 23 for feeding decorative materials in the form of sequin tapes 24 (Figure 7).

As can further be seen in FIGS. 2a and 3a, the device 23 comprises a carrier profile 25 on which an actuator 27 is arranged. In the present case, the actuator 27 consists of a piston / cylinder unit with a piston 29 and a cylinder 31 (FIG. 3). The piston 29 is screwed with its front end on the support section 25 (FIG. 3c: screws 33). The cylinder 31 in turn is arranged stationary on the embroidery head 11 or embroidery machine frame. For this purpose, as shown in the present exemplary embodiment, a mounting plate 35 is provided on the embroidery head 11 on which the cylinder 31 is arranged (FIGS. 2c and 3c). The mounting plate 35 has an arm 37 projecting at an angle, at the end of which a clamping device 39 is provided. The clamping device 39 has a preferably circular receptacle 41, in which a bolt 43 is rotatably received (Fig. 2c and 3c). The bolt 43 is detected by means of a clamping screw 45 against axial slipping out. The bolt 43 belongs to a clamping ring 47, which surrounds the cylinder 31 and clamps. By the pin 43, a first pivot point 49 is defined (= axis of rotation).

A second pivot point 51 is given by a pivot lever 53 which connects the embroidery head 11 at a distance from the axis of rotation 57 to the support section 25 articulated. The pivot lever 53 is pivotally mounted on an extension 55 of the mounting plate 35 (axis of rotation 57); Due to the described, articulated mounting of the device 23 on the embroidery machine by means of the switching member 27, a pivoting of the device 23 from a rest position (Fig. 2) in an embroidery position (Fig. 3) and vice versa allows doing the support profile 25 with the it mounted components pivoted about the axis of rotation 57 by the actuator 27.

A particular feature of the device 23 is that two different sequin belts can be processed simultaneously. Accordingly, two shoots for the transport of the sequin tapes are available. Each drive comprises in each case a drive gearwheel 59a, 59b for driving one respective warp wheel 61a, 61b (FIGS. 2a and 3c and FIGS. 3a and 3c). The drive gears 59a, 59b are coupled to first drive wheels 63a, 63b, and the warp wheels 61a, 61b are coupled to second drive wheels 65a, 65b. In this case, the first and second drive wheels 63a, 63b, 65a, 65b communicate with each other via a toothed belt 67a, 67b, so that the warp wheels 61a, 61b can be driven via the drive gears 59a, 59b.

For driving the Aritriebszahnräder 59a, 59b extending in the longitudinal direction of the embroidery machine, a first and a second rack 69a, 69b. The racks 69a, 69b are rotatably received in passages 71a, 71b of the mounting plates 35 (FIGS. 2c and 3c). The racks 69a, 69b are drivable by central drive units, not shown, in accordance with the specifications of an embroidery program stored in a control unit of the embroidery machine. In the position of the devices 23 shown in Fig. 3, the drive gears 59a, 59b are engaged with the racks 69a, 69b. Instead of racks but also waves could be used with attached gears.

In order to prevent an unintentional adjustment of the drive gears 59a, 59b in the passive position of the device 11, locking levers 73a, 73b are pivotably arranged on the support profile 25 (best seen in FIGS. 2a, 2c, 3c and 4) ). The locking levers 73a, 73b are biased by means of at least one spring 77 against the gears 59a, 59b and can engage with terminal locking cams 75a, 75b in the drive gears 59a, 59b (Fig. 1a and 1c). The locking levers 73a, 73b are secured to a lever 79, which in turn is pivotally mounted on the support profile 25. When pivoting the device 23 in the embroidery position of the lever 79 comes with one end into abutment with a stationary pin 81, whereby the lever 79 and the thereto arranged locking lever 73a, 73b are pivoted and out of engagement with the teeth of the drive gears 59a, 59b arrive (Fig .. 4). The stationary pin 81 is secured to the mounting plate 35, but could also be supported on the embroidery machine frame.

For exact positioning of the device 23 in the embroidery position an adjustable alignment pin 83 is provided on the support section 25 (Fig. 2c, Fig. 3c and Fig. 4). The adjusting pin 83 has a screw thread at one end and is screwed into a threaded bore of a bearing 84. A lock nut 86 allows the detection of the adjusting pin 83 in a once set position. With the free end of the adjusting pin 83 is supported in the embroidery position of the device 23 on the pivot lever 53 (Fig. 2c and Fig. 4). With the help of the adjusting pin 83, the pivotal position of the device can be adjusted relative to the embroidery head, so that the opening of an ejected sequin is positioned exactly in the axis of the needle movable up and down. This is important for a smooth embroidery operation. Otherwise, there is a risk that the needle 21 hits the paillette and breaks.

As can be seen from FIGS. 2 a and 3 a, the warp wheels 61 a, 61 b are arranged one behind the other, but offset in height by a small distance from each other, so as to be rotatable on the support profile 25. Each warp wheel 61a, 61b is assigned a guide element 85a, 85b, which is prestressed against an associated warp wheel 61a, 61b and in operation presses the sequin belts against the warp wheels 61a, 61b. The position of the guide elements 85a, 85b may be generated by spring or other force means, such as magnets. The guide elements 85a, 85b are preferably pivotable about axes of rotation 87a, 87b in order to facilitate the threading of the sequin bands on the warts 61a, 61b (FIGS. 2a and 3a). Directly adjacent to the guide elements 85a, 85b are guide channels 89a, 89b. The guide channels 89a, 89b have outlet openings 90a, 90b which lie directly above one another. By this construction, it is possible through the guide channels 89a, 89b different, in particular different sized sequins supply the embroidery point and at the same time to embroider. In contrast to other known sequin devices so 2 different sequins can be issued and fixed by means of a stitch on the embroidery ground, so that both sequins are arranged one above the other.

The sequin belts (not shown in Figures 2 and 3) may be fed to the cam followers 61a, 61b through feed channels 93a, 93b secured to the support profile 25 (Figures 2a and 3a).

The alternative embodiment of a device for embroidering decorative materials shown in Fig. 4 allows the simultaneous feeding and embroidering of sequins and ribbons or cords: in other words, the device comprises a sequin and a Soutachevorrichtung by means of which simultaneously sequins and bands ( or cords) can be supplied. This alternative device is basically the same structure as the device described above according to FIGS. 2 and 3, but with the difference that a sequin feeder is replaced by a Soutachevorrichtung.

The drive for the Soutachevorrichtung can be largely the same design as that of the sequin device. In this case, however, the drive wheel 65 a is coupled with a first bevel gear 91 instead of a cam wheel. The first bevel gear 91 cooperates with a second bevel gear 93, which is connected via a shaft 95 with a gear 97. The gear 97 engages in the toothing of two auxiliary gears 99, which in turn cooperate with a provided on the circumference of a Soutacherads 101 102 teeth. The Soutacherad 101 has an opening 103, which allows the device 23 to pivot from the embroidery position to the rest position without the needle thread would have to be cut off. The Soutacherad is rotatably mounted in a support 105 (Fig. 5). The Soutacherad has in a known manner a hole 107 through which a string to be embroidered can be performed.

By the two auxiliary gears 99, the teeth of the Soutacherads 101 remains independent of its rotational position permanently connected to the drive train.

As can be seen from Fig. 6, the sequencing belt guide channel 89b is located at the bottom of the support 105. The exit port 90b of the guide channel 89b is positioned such that the central opening of a whole sequin projecting entirely from the guide channel 104 is located substantially in the middle of the Soutacherads 101. The combination of a Soutache device with a sequin device has the advantage that at the same time cords and sequins, even 'one above the other, can be embroidered.

Laterally on the support 105, in which the Soutacherad 101 is mounted, a movable blade 109 is provided. This consists of a lever on which a cutting edge 111 is formed. The knife 109 is pivotally mounted on the support 105 (axis of rotation 106 in Fig. 6) and can be moved by means of an individual drive 113, e.g. a pneumatic cylinder to be pivoted. For this purpose, the knife 109 is connected by means of a lever 110 with the piston rod 112 of the drive 113 in connection. Another stationary cutting edge 115 is formed on the lower edge of the support 105. The cutting edges 111, 115 perform a scissor-like cutting movement when the knife 109 is actuated.

At the bottom of the support 105, a clamping spring 117, made for example of a spring steel, is provided (see Fig. 5 to 8). The clamping spring 117 extends substantially parallel and adjacent the knife 109. A cam 119 projecting from the knife 109 abuts the top of the clamping spring 117 and releases the spring when the knife 109 is opened (Figures 7 and 8). When the knife 109 is closed, the clamping spring 117 bears against the underside of the support 105. In this position, she can clamp the end of a string projecting out of the soutering wheel or a band.

For cutting a string, the knife 109 is first opened by the knife drive is actuated. At the same time, the clamping spring 117 opens, since the cam 119 entrains the clamping spring. Then, the embroidery frame with the embroidered embroidery ground is moved so that the between the Soutacherad and the embroidery base extending cord piece between the movable and the stationary cutting edges 111, 115 comes to rest. Once this is the case, the drive 113 can in turn be actuated and the blade 109 closed. When closing the knife 109, the cord is clamped by the clamping spring on the underside of the support 105 and then cut.

In summary, therefore, it can be stated that the method for operating a device 23 for holding decorative materials, such as a sequin or soutache supply device, provides that for coupling with a drive unit of an embroidery machine, the entire device relative to the embroidery machine from a rest position into one Stick position is moved, in which a drive wheel of the device engages with a stationary drive shaft, and for decoupling, the device is moved from the embroidery position to the rest position, in which the drive wheel is out of engagement with the stationary drive shaft. An exemplary device 23 for carrying out the method is equipped with an actuator 27, for example a piston / cylinder unit. In this case, a part of the piston / cylinder unit is attached to a support profile 25. Fastening means 43, 53 for fastening the device to an embroidery or sewing machine engage on the one hand on the other part of the piston / cylinder assembly and on the other hand on the support profile 25, so that upon actuation of the actuator (27) the device is movable from a rest position to an embroidery position, in which the drive wheel is coupled to a stationary drive shaft provided on the embroidery, sewing or quilting machine.

Legend

[0040] <Tb> 11 <sep> embroidery head <Tb> 13 <sep> needle location <tb> 15 <sep> big thread guide <Tb> 17 <sep> yarn guides <Tb> 19 <sep> needle plunger <Tb> 21 <sep> Needle <tb> 22 <sep> Shift direction of the embroidery head <tb> 23 <sep> Device for embroidering decorative materials <Tb> 24 <sep> Paillettenband <Tb> 25 <sep> Support section <Tb> 27 <sep> actuator <Tb> 29 <sep> Piston <tb> 31 <sep> Cylinder ' <tb> 33 <sep> Screws for fixing the piston 29 <Tb> 35 <sep> Mounting plate <Tb> 37 <sep> Arm <Tb> 39 <sep> clamp <Tb> 41 <sep> Recording <Tb> 43 <sep> Bolts <Tb> 45 <sep> clamping screw <Tb> 47 <sep> clamping ring <tb> 49 <sep> first articulation point <tb> 51 <sep> second articulation point <Tb> 53 <sep> pivoting lever <tb> 55 <sep> Extension of the mounting plate 35 <Tb> 57 <sep> axis of rotation <tb> 59a, 59b <sep> Drive gears <tb> 61a, 61b <sep> Warts Wheels <tb> 63a, 63b <sep> first drive wheels <tb> 65a, 65b <sep> second drive wheels <tb> 67a, 67b <sep> Timing Belt <tb> 69a, 69b <sep> first and second rack <tb> 71a, 71b <sep> Bookkeeping <tb> 73a, 73b <sep> Locking lever <tb> 75a, 75b <sep> Locking cams <Tb> 77 <sep> Spring <Tb> 79 <sep> Lever <Tb> 81 <sep> Pin <Tb> 83 <sep> alignment pin <Tb> 84 <sep> Bearings <tb> 85a, 85b <sep> Guide elements <Tb> 86 <sep> locknut <tb> 87a, 87b <sep> Rotary axes of the. guide elements <tb> 89a, 89b <sep> Guide channels <tb> 90a, b <sep> Outlet openings of the guide channels <Tb> 91 <sep> bevel <tb> 93 <sep> second bevel gear <Tb> 95 <sep> wave <Tb> 97 <sep> Gear <Tb> 99 <sep> auxiliary gears <Tb> 101 <sep> Soutacherad <tb> 102 <sep> Gearing on the circumference of the Soutacherads <tb> 103 <sep> Opening of the Soutachade <Tb> 104 <sep> Sequin <Tb> 105 <sep> Support <tb> 106 <sep> Rotary axis of the knife <tb> 107 <sep> Hole in the Soutacherad <tb> 109 <sep> Moving knife <tb> 110 <sep> lever (connecting) <tb> 111 <sep> Cutting edge on the knife <Tb> 112 <sep> piston rod <tb> 113 <sep> knife drive, e.g. pneumatic cylinder <tb> 115 <sep> Stationary cutting edge <Tb> 117 <sep> clamping spring <Tb> 119 <sep> cam

Claims (23)

A method of operating a device (23) for holding decorative materials, such as a sequin or soutache feed device, in which method a device for holding decorative material is coupled or decoupled with a central drive unit of an embroidery, sewing or quilting machine, characterized in that, for coupling with the central drive unit, the entire device is moved from a rest position to an embroidering position in which a drive wheel of the device engages a stationary drive shaft and for decoupling the device is moved from the embroidering position to the rest position which is the drive wheel out of engagement with the stationary drive shaft. 2. The method according to claim 1, characterized in that the device is pivoted from the rest position to an embroidery position, and vice versa. 3. The method according to claim 1 or 2, characterized in that the drive wheel is detected in the rest position. 4. Apparatus (23) for holding ornamental materials, such as a sequin ribbon and / or a cord, with a carrier profile (25), - One on the support profile (25) arranged gear for the transport of decorative material to an embroidery point, and a drive member (59a, 59b) connected to the transmission, which can be coupled to a drive shaft (69a, 69b) of an embroidery, sewing or quilting machine, characterized in that the device (23) is equipped with an actuator (27) and fastening means (39) which acts on the one hand on the actuator (27) and on the other hand on the support profile (25), so that upon actuation of the actuator (27) Device is movable from a rest position to an embroidery position, in which the drive wheel is coupled to a provided on the embroidery, sewing or quilting, stationary drive shaft. 5. Apparatus according to claim 4, characterized in that the fastening means (39) by a on the actuator (27) arranged fastening device (39) and an on the support profile (25) can be arranged pivoting lever (53) is realized. 6. The device according to claim 5, characterized in that the actuator (27) is a piston / cylinder unit (29,31), that the fastening device (39) on the cylinder of the piston / cylinder unit is arranged, and that the piston (29) on Support profile (25) attacks. 7. Device according to one of claims 4 to 6, characterized in that the device with at least - a sequin device or - a Soutachevorrichtung is equipped. 8. Device according to one of claims 4 to 7, characterized in that two devices for holding ornamental materials, such as a sequin ribbon and / or a cord, are arranged on the mounting profile. 9. Apparatus according to claim 8, characterized in that the devices either - a sequin device and a suspension device or - comprise two sequin devices. 10. Apparatus according to claim 8 or 9, characterized in that in the case of the presence of two sequin devices two guide channels (89a, 89b) are provided for the sequin bands, which are arranged one above the other. 11. The device according to one of claims 4 to 10, characterized in that on the Vorrichturig a movable locking member (73a, 73b) is provided, which blocks the transmission in the rest position of the device, and releases in the embroidery position. 12. The device according to claim 11, characterized in that the locking member (73a, 73b) is biased by a spring element (77) in the locking position. 13. The apparatus of claim 11 or 12, characterized in that the locking member (73a, 73b) is designed to act in the embroidery position of the device with a provided on the embroidery or sewing machine stop (81) together. 14. Device according to one of the preceding claims, characterized in that the Soutachevorrichtung has a Soutacherad (101) with a radial opening (103). 15. Device according to one of the preceding claims, characterized in that the Soutacherad is equipped at the periphery with a toothing (102) and by two spaced-apart auxiliary gears (99) is drivable. 16. Device according to one of the preceding claims, characterized in that on the Soutachevorrichtung a movable knife (109) is arranged, which by an on the support profile (25) arranged actuator (113), for example a compressed air cylinder, can be actuated. 17. Device according to one of the preceding claims, characterized in that on the Soutachevorrichtung a clamping spring (117) is arranged, which is preferably actuated by the knife (109), 18. The apparatus according to claim 17, characterized in that the clamping spring (117) arranged on the underside of the Soutachevorrichtung and by a cam in contact with the associated cam (119) is actuated. 19. embroidery sewing or quilting machine, in particular multi-head embroidery machine, with a machine frame, and at least one arranged device (23) according to one of claims 4 to 16. 20. Machine according to claim 19, characterized in that the device for holding decorative material about an axis of rotation (57) is arranged pivotably on the machine frame. 21. Machine according to claim 19 or 20, characterized in that at least one drive shaft (69 a, 69 b) is provided, which extends parallel to the row of needles. 22. Machine according to one of claims 19 to 21, characterized in that a support profile (25) for the device (23) is provided, which is preferably releasably attached to the machine frame, and that the drive shaft (69 a, 69 b) in bearing sleeves, which are embedded in the mounting plate (35) are received. 23. Machine according to one of the claims 19 to 22, characterized in that the embroidery sewing or quilting machine is a multi-head embroidery machine.