CN102535053B - For presenting the device of ornament materials and the method for operating this device - Google Patents

Abstract

A kind of operation is for presenting the method for the device (23) of ornament materials, this device is such as a sequin or lace feed arrangement, the method provides, in order to be combined with the driver element of an embroidery machine, whole device moves to a needlework location from a resting position, and wherein a driving wheel of device moves to drive shaft rod fixed with and engages, and in order to be separated, this device moves to resting position from needlework location, and wherein this driving wheel is that drive shaft rod fixed with this is separated.Be equipped with an actuator (27) for realizing a device (23) of the method, and comprise fixed mechanism (43,53), first this fixed mechanism is engaged on actuator (27), and be secondly engaged on carrier profile (25), therefore when actuator (27) starts, device can move to a needlework location from a resting position, and wherein driving wheel is and is located at embroidery machine, Sewing machines or the fixed drive axostylus axostyle served as a contrast on cotton machine is combined.

Description

For presenting the device of ornament materials and the method for operating this device

Technical field

The present invention is about a kind of method for operating the device presenting ornament materials and a kind of device for presenting ornament materials.

Background technology

Device for having the embroidery of ornament materials can obtain 100 years nearly.Among technical literature, the embroidery of so-called lace and nail pearl embroider golden green onion embroider between be discrepant.Among lace embroidery, the material of cord or similar ribbon is sewn on embroidery base portion with required decorative form.Nail pearl is embroidered the embroidery of golden green onion, small-sized object similarly is sequin, beading and analog be sewn ( freier, Embroidery Techniques, Leipzig, 1982, p.309,329, FR 467481, CH 563486).

From prior art, for example, EP-A 1 561 849 discloses so-called sequin head, and EP-A1 764 435 discloses lace head, which uses shuttle embroidery machine.Use these devices, the parts of similar band are supplied to embroidery point and are sewn to embroidery base portion, and wherein when being sutured in appropriate location, a band linking sequin is separated into other sequin.Freshly sepd sequin has been pierced through by knitting needle and has therefore been embroidered with new seam and has been attached securely.

Prior art also includes EP 1 764 434, and it describes and claimed a special aspects of above-mentioned head.According to EP 1 764 434, each sequin and lace head have a connector and a reset apparatus, described connector can start by knitting needle tappet, for being incorporated among this device, this reset apparatus is then for separately this device.Reset apparatus includes a cylinder/piston, by means of described assembly, can operate the connecting rod that extends the whole length of this machine.With regard to each sequin or lace head, connecting rod has holds pawl, and this holds pawl can untie sequin head when operating reset apparatus.When sequin or lace head depart from and wherein this link wheel become engage with drive shaft rod time, a tooth can engage link wheel to stop that this link is taken turns.Such advantage is, this sequin belt can be firmly immobilizated among appropriate location, and from this position, the sequin will embroidered by seam can be brought into when advancing among the tram for stitching embroidery.

The device learnt from EP 1 764 434 is installed with sleep mode, namely can not the carrier on embroidary machine frame rotate.In order to engage sequin or lace head, link wheel and only rotated, wherein the miscellaneous part of this device then cannot move.A feature of described device is, sequin head can not be driven directly, but is driven by described connector.An other feature is, engage sequin or lace head, without the need for the actuator separated, because engaging sequin or lace head reached by knitting needle tappet.

Summary of the invention

Because device as described above is not useful on small-sized embroidery machine, special is not on multiheaded embroidery machine, a project of the present invention be to propose a kind of device, it is for presenting ornament materials, similarly be can engage individually or depart from sequin, braid, cord, ribbon, wear getting lines crossed and similar material of pearl.Another object to propose a kind of device manufacturing very economical.Device so also can be assemblied on existing embroidery machine.Another object to propose a kind of device, by means of this device, is no matter that different sequins or sequin and cord can be sewn on embroidery base portion at the same time.Another object to propose a kind of device, by means of this device, the sequin of majority can be sutured in and go up each other.The object of the invention is to propose a kind of corresponding method for operating aforementioned means further.

Embodiments provide a kind of operation for presenting the method for the device (23) of ornament materials, this device is such as a sequin or lace feed arrangement, in the method, for present the device of ornament materials be bonded to an embroidery machine, Sewing machines or lining cotton machine a central drive unit, or be separated with it

Wherein, this device (23) is movably configured on machine frame, and for being combined with driver element, whole device moves to a needlework location from a resting position, wherein a driving wheel of device moves to drive shaft rod fixed with and engages, and in order to be separated, this device moves to resting position from needlework location, wherein this driving wheel is that drive shaft rod fixed with this is separated.

According to the present invention, in the above-mentioned methods, in order to be combined with a driver element, a needlework location is moved to for the whole device presenting ornament materials from a resting position, wherein a driving wheel of device can become and fixed driver element, such as, be drive shaft rod engagement.And in order to again be separated, preferably using identical actuator, this device moves to resting position from needlework location, and this driving wheel is with this fixed driver element or drive shaft rod is separated wherein.The advantage that method according to the present invention has is, can individually and easily be incorporated into a drive shaft rod for the device presenting ornament materials.Another advantage is, the desirability of knitting needle position can not be subject to restriction device being installed on embroidery machine haply, because this device can remove from knitting needle position when not using.This sequin being fixed on machine frame in a position-stable manner with EP-A 1 764 435 quoted above and lace head are contrary.

Advantageously, this device can rotate to needlework location from resting position, and vice versa.Can by means of by device accordingly pivotable be attached to embroidary machine frame and easily reach rotary motion.This driving wheel can be fixed among resting position and prevent it not to be controlled and movement further herein.

Present invention also offers a kind of device of the ornament materials for presenting the such as wire rod such as sequin belt and/or cord.Device so has a chassis or carrier profile, and one is configured in this chassis or carrier profile for the transport mechanical device or gear assembly formula transporting ornament materials.Gear assembly or the driving element transporting mechanical device can combine with embroidery machine, Sewing machines or the drive shaft rod serving as a contrast cotton machine.

According to the present invention, this device is provided with an actuator.This device is designed or prepares for the diverse location place on machine frame, namely close to embroidery point operating position and away from embroidery point static position set up carrier profile.In order to this project, this device has fixed mechanism, and first this fixed mechanism connects actuator with embroidery head or embroidary machine frame and is secondly connected carrier profile and head or the embroidary machine frame of embroidering.This represents that this device can first by means of effect the first fixed mechanism on the actuator and be connected with machine frame by means of the second fixed mechanism acted on carrier profile.Preferably this first fixed mechanism creates and is connected with the rigidity of machine frame (fixed) herein, and preferably the second fixed mechanism creates and is connected with the movable type of machine frame.Therefore when starting actuator-this actuator can't change its position relative to machine frame-this device and move to needlework location from resting position, in this needlework location, driving wheel is located at embroidery machine, Sewing machines with one or the fixed drive shaft rod served as a contrast on cotton machine combines.Conversely when repeated priming identical actuator, this device moves away from drive shaft rod.This be other one with the difference of the device of EP-A 1 764 435, in the device of EP-A 1 764 435, actuator is just used to sequin and lace head to separate with connector, and link effect is through knitting needle tappet occurs.With EP-A 1 764 435 by contrast, the rotating shaft of other driven wheel individual and driving wheel is to be static and cannot to change position relative to carrier profile.Can be configured to compact very much according to device of the present invention, for example be configured in the side of the embroidery head of multiheaded embroidery machine.

Advantageously, this fixed mechanism is implemented by a configuration fixture on the actuator and a rotating lever be configured on carrier profile.This is a kind of simple and structure of low cost, for reaching the local variation of whole device.But can not use rotating lever, also can use fixed lever, carrier profile is can the mode of displacement be installed on this fixed lever.This represents among background of the present invention, can envision the combination by means of fixing and guide and the device for presenting ornament materials is configured in machine frame, make device integrally can move to needlework location from resting position, and vice versa.

Favourable embodiment provides, and this actuator is a piston/cylinder units, and this fixture formula is configured on the cylinder of piston/cylinder units, and piston acts on carrier profile.As a result, with the cylinder firmly configured relative to machine frame, possible is the displacement producing carrier profile by means of starting actuator.

At least one sequin device or lace (soutache) device is equipped with according to apparatus of the present invention.But, preferably be according to the other separate point of view of the present invention, for present two devices of the ornament materials similarly being sequin belt and/or cord be configured in installing profile.A sequin device and a lace device or two sequin devices can be located at one and on identical carrier profile.When having two sequin devices, for two guiding channels of sequin belt, it is square on the other that described guiding channel is configured to a passage, and the very large advantage had like this is, can stitch embroidery two sequins simultaneously.Outward appearance and/or the size of the sequin will embroidered by seam can be different.

Advantageously a portable locking member establishes on the apparatus, and this locking member blocks gear assembly and among needlework location, discharges this gear assembly in the resting position of device.Locking member is allowed and is locked among a precalculated position by transport mechanical device.Advantageously this locking member is stretched among latched position by means of the effect of a spring element in advance.Allowing the atmosphere this locking member can be moved or rotate, wherein this locking member be and fixed block cooperation.This block can be installed on embroidery machine and to be arranged so that when device moves among needlework location, and this locking member can automatically be moved.

A feature of this lace device is, it has the lace with radial opening and takes turns.Allowing the atmosphere this lace device can be incorporated into wherein or take out when line or knitting needle line above not need to cut.In order to make it possible to drive lace wheel, its around on tooth is installed and can by two separate equipment gear drive.These equipment gears can thus driven by a central gear.

Cut cord and braid to cut, preferably on this lace device, be configured with a portable cutter, the actuator that this cutter can be configured on carrier profile by, for example compressed air cylinder activated.Advantageously a fastening spring is configured on lace device, cord can after cutting clamp by this fastening spring.Preferably, fastening spring can start by cropped device.Advantageous embodiment provide this fastening spring be configured in lace head bottom side on and can be started by the protuberance that is configured on cutter.

Object of the present invention also can be embroidery machine, Sewing machines or lining cotton machine, particularly multiheaded embroidery machine, and it is with a machine frame, and the device for presenting ornament materials according to the present invention is configured in this machine frame.This device is configured to rotate around the rotating shaft on machine frame.Or this device can be configured to the mode displacement can using straight line.For this purpose, the guide of correspondence can be located at installing profile and carrier profile and an actuator, such as, between a stepping motors, in order to this carrier profile of movement.

Easily, be provided with one and be parallel to knitting needle column and the drive shaft rod extended.This drive shaft rod can be formed as one or be made up of the part fragment of majority.Advantageously be provided with a carrier profile for this device, it is preferably fixed to machine frame in the mode that can separate.Drive shaft rod can be accommodated in bearing insert, enters among installing plate.

Be specially adapted to be installed on multiheaded embroidery machine for the device presenting ornament materials according to invention.For each embroidery head, one or two can be provided with for presenting the device of ornament materials.On each side that can be configured in embroidery head of these devices.The location of this device, can make this device directly can rotate to the outmost knitting needle position of embroidery head by means of rotary motion.

Accompanying drawing explanation

Fig. 1 has according to the stereogram presenting indivedual embroidery heads of the multiheaded embroidery machine of the device of ornament materials of the present invention, and described embroidery head is the form of sequin head (not having sequin belt);

Fig. 2 a-2c be the first illustrative embodiment of sequin feed arrangement watch from right side side view (Fig. 2 a), front view (Fig. 2 b) and from left side viewing side view (Fig. 2 c), this sequin feed arrangement is configured on an embroidery head of multiheaded embroidery machine, in above-mentioned often kind of situation is all among resting position;

Fig. 3 a-3c be the sequin feed arrangement of Fig. 1 watch from right side side view (Fig. 3 a), front view (Fig. 3 b) and from left side viewing side view on the left of (Fig. 3 c), in above-mentioned often kind of situation be all among needlework location;

Fig. 4 is the stereogram watched from left side according to second embodiment of apparatus of the present invention, and this device includes a sequin feed arrangement and a lace head, and hiding plate above wherein on lace head is be removed;

Fig. 5 is the stereogram that covering plate that the device in Fig. 4 has installation is watched on the right side of device;

Fig. 6 is the stereogram that the device in Fig. 5 is watched from below;

Fig. 7 is the solid of sequin and the lace head combined and the view of amplification; And

Fig. 8 is the side view of sequin in Fig. 7 and lace head.

[primary clustering symbol description]

11 embroidery heads

13 knitting needle positions

15 large-scale wire conductors

17 line guiding devices

19 knitting needle tappets

21 knitting needles

The direction of motion of 22 embroidery heads

23 devices for embroidering on ornament materials

24 sequin belts

25 carrier profiles

27 actuators

29 pistons

31 cylinders

33 for the screw of fixed piston 29

35 installing plates

37 arms

39 folder devices

41 holders

43 bolts

45 clamping screws

47 clamping rings

49 first pivotal points

51 second pivotal points

53 rotating levers

The extension of 55 installing plates 35

57 rotating shafts

59a, 59b driven wheel

61a, 61b thorn-like is taken turns

63a, 63b first driving wheel

65a, 65b second driving wheel

67a, 67b toothed belt

69a, 69b first and second dentation rod member

71a, 71b passage

73a, 73b locking lever

75a, 75b locking cam

77 springs

79 levers

81 pegs

83 adjustment bolts

84 bearings

85a, 85b induction element

86 locking nuts

The rotating shaft of 87a, 87b induction element

89a, 89b guiding channel

The exit opening of 90a, 90b guiding channel

91 helical gears

93 second helical gears

95 axostylus axostyles

97 gears

99 equipment gears

101 lace wheels

102 take turns the teeth portion in surrounding in lace

The opening of 103 lace wheels

104 sequins

105 support

The rotating shaft of 106 cutters

Hole in 107 lace wheels

109 portable cutters

110 levers (in connection)

111 cutters cut edge

112 piston rod piece

113 cutter drivers (such as pneumatic cylinders)

115 fixedly cut edge

117 fastening springs

119 nose

Detailed description of the invention

The present invention is relevant to a kind of device for embroidering on ornament materials substantially, and this ornament materials is such as the form of sequin and/or wire rod.Device for stitching embroidery on ornament materials can be arranged on an embroidery or Sewing machines, particularly a kind of multiheaded embroidery machine.

Fig. 1 shows an embroidery head 11 of a multiheaded embroidery machine.The feature of this multiheaded embroidery machine is for it is provided with multiple knitting needle positions 13 for each embroidery head 11, wherein only has a single knitting needle position to be driven in running.Therefore this embroidery head can be called many knitting needles embroidery head.Each knitting needle position 13 includes a large-scale wire conductor 15, various other line guiding device 17, can the knitting needle tappet 19 of movement up and down, and is fixed to the knitting needle 21 of knitting needle tappet 19 separably.According to the one exemplary embodiment of display.Altogether be provided with six knitting needle positions 13 (No. 1 to No. 6), the 3rd knitting needle position wherein come from the right number is running, namely effectively.In order to change effective knitting needle position, this embroidery head 11 can move to side, so that in conjunction with another knitting needle position by a driver (not showing in detail in figure) in the direction of arrow 22.The operation principle of this kind of multiheaded embroidery machine known by those having an ordinary knowledge in this technical field, and does not need to illustrate in greater detail in this article.Side on embroidery head 11 is configured with a device 23, and it is formed as the ornament materials of sequin belt 24 (being shown in Fig. 7) form for feeding.

As Fig. 2 a and 3a shows further, it is be arranged on this carrier profile 25 that device 23 includes a carrier profile 25, actuator 27.In the present embodiment, actuator 27 is made up of (Fig. 3) the piston/cylinder unit with a piston 29 and a cylinder 31.Piston 29 firmly screws togather to carrier profile 25 (Fig. 3 c: screw 33) with its front ends.Cylinder 31 is configured on embroidery head 11 or embroidary machine frame successively regularly.For this purpose, as being shown in this one exemplary embodiment, embroidery head 11 is be provided with an installing plate 35, this cylinder 31 is configured at (Fig. 2 c and Fig. 3 c) on this installing plate 35.This installing plate 35 has an arm 37, and it is given prominence to angle, and the end of this arm is provided with a clamping device 39.It is be retained on (Fig. 2 c and Fig. 3 c) in this recess in rotatable mode that this clamping device 39 preferably has circular depressions 41, bolt 43.Bolt 43 is fixed to opposing by a clamping screw 45 and axially skids off.Bolt 43 belongs to a clamping ring 47, this clamping ring around and clamping cylinder 31.Bolt 43 defines first pivotal point 49 (being equivalent to rotating shaft).

One second pivotal point 51 is given by a rotating lever 53, and this rotating lever connects embroidery head 11, leaving distance pivotable together with carrier profile 25 of rotating shaft 57.Rotating lever 53 is configured in the upper rotation of an extension 55 (rotating shaft 57) of installing plate 35.Because device 23 pivotable is installed on embroidery machine, by switch element 27, this device 23 can be rotated away from a resting position (Fig. 2) and enter a needlework location (Fig. 3), and vice versa.Carrier profile 25 and installing element are thereon rotated around rotating shaft 57 by actuator 27.

The wherein specific characteristic of device 23 be for, two different sequin belts can side by side operate.Therefore, two drivers are provided with for conveying sequin belt.Each driver has driven wheel 59a, a 59b, and it is for driving thorn-like wheel 61a, 61b (Fig. 2 a and 2c, and Fig. 3 a and 3c).Driven wheel 59a, 59b are combined with first driving wheel 63a, 63b, and thorn-like wheel 61a, 61b are combined with second driving wheel 65a, 65b.First and second driving wheel 63a, 63b, 65a, 65b link together separately via toothed belt 67a, a 67b, and making thorn-like take turns 61a, 61b can be driven via driven wheel 59a, 59b.

In order to drive this driven wheel 59a, 59b, one first and second dentation rod member 69a, 69b extends in the longitudinal direction of embroidery machine.Dentation rod member 69a, 69b be rotatably be retained on installing plate 35 passage 71a, 71b in (Fig. 2 c and 3c).Dentation rod member 69a, 69b can be driven by central drive unit (not being shown in figure) according to the specification of the embroidering program be stored in a control unit of embroidery machine.In the position of the device 23 be shown in Fig. 3, driven wheel 59a, 59b engage with dentation rod member 69a, 69b.But, replace dentation rod member, the axostylus axostyle of the gear with installing can be used.

In order to the displacement preventing driven wheel 59a, 59b in the passive position of device 11 unnecessary, locking lever 73a, 73b (being best viewed in Fig. 2 a, 2c, 3c and Fig. 4) are configured to pivotable on carrier profile 25.This locking lever 73a, 73b abut against gear 59a, 59b by pretension by least one spring 77, and locking cam 75a, the 75b that can install with the end in driven wheel engage (Fig. 2 a and 2c).This locking lever 73a, 73b are secured to a lever 79, and this lever is configured on carrier profile 25 successively rotationally.When device 23 turns to needlework location, this lever 79 is still on a steady pin 81 with a wherein end, and this lever 79 and configuration locking lever 73a, 73b thereon rotate and move away driven wheel 59a, 59b (Fig. 4) by this.Steady pin 81 is fixed to this installing plate 35, but also can be supported on embroidary machine frame.

In order to accurately be positioned in needlework location by device 23, an adjustable pin 83 is arranged on (Fig. 2 c, 3c and Fig. 4) on carrier profile 25.An adjusting pin 83 wherein end has a screw thread, and be screwed in a bearing 84 screw among.A locking nut 86 allows adjusting pin 83 once be fixed after arranging.Adjusting pin 83 stops being placed at (Fig. 2 c and Fig. 4) on the rotating lever 53 in the needlework location of device 23 with its free end.Use this adjusting pin 83, device can be adjusted relative to the position of rotation of embroidery head, makes the opening of the sequin be discharged be accurately positioned in the axis of knitting needle movement up and down.For smooth-going embroidery running, this is very important.Otherwise, have knitting needle 21 and can clash into sequin and the risk of damaging.

Such as understand from Fig. 2 a and Fig. 3 a and learn, thorn-like wheel 61a, 61b be mutually after be rotatably configured on carrier profile 25, but in height offset each other with a small distance.One induction element 85a, 85b is assigned to each thorn-like wheel 61a, 61b, and it abuts against distributed thorn-like wheel 61a, 61b by prestretching, and in running, sequin is taken turns 61a, 61b against thorn-like and press down.The active force mechanism that the position of induction element 85a, 85b can similarly be magnet by spring or other produces.Induction element 85a, 85b are preferably and can rotate to help sequin belt to be fixed at thorn-like wheel 61a, 61b upper (Fig. 2 a and 3a) around rotating shaft 87a, 87b.That be directly adjacent to induction element 85a, 85b is guiding channel 89a, 89b.Guiding channel 89a, 89b have exit opening 90a, 90b, and it is directly placed in mutually top.Design with this, it can guide the sequin be of different sizes put by guiding channel 89a, 89b to embroidering and side by side embroider these sequins.Compared with other existing sequin devices, therefore can export two different sequins and be attached to embroidery base portion by a skill of handling needles, therefore two sequins are configured in mutually.

Sequin belt (not being shown in Fig. 2 and Fig. 3) is supplied to thorn-like wheel 61a, 61b by feeding passage 93a, 93b, and feeding passage 93a, 93b are affixed to carrier profile 25 (Fig. 2 a and Fig. 3 a).

The alternate embodiment being shown in the device for embroidery decoration material in Fig. 4 allows feeding simultaneously and sequin and ribbon or the embroidery of wire rod: in other words, this device includes a sequin device and a lace (soutache) device, by these mechanisms, sequin or lace (or rope) can side by side be fed.This substitute device be construed as the device similar in appearance to described by Fig. 2 and Fig. 3 in principle, but have one do not exist together for, a sequin feed arrangement is replaced by a lace device.

Driver for lace device can mainly be formed identical with the driver of sequin device.But driving wheel 65a is bonded to the first helical gear 91 replacing thorn-like wheel.First helical gear 91 and one second helical gear 93 are cooperated, and the second helical gear is connected with gear 97 via axostylus axostyle 95.Gear 97 engages the teeth portion of two equipment gears 99, this equipment gear then be configured in the teeth portion 102 that a lace takes turns in the surrounding of 101 and cooperate.Lace wheel 101 has an opening 103, and it allows that device 23 rotates to resting position from needlework location, and does not need to dismiss knitting needle line.This lace wheel is installed in a support member 105 (Fig. 5) in rotatable mode.In existing mode, this lace wheel mode has a hole 107, wire rod can be conducted through this hole 107.

Because two equipment gears 99, the teeth portion of lace wheel 101 keeps for good and all being connected with power train, has nothing to do with its position of rotation.

Obviously learn from Fig. 6, the guiding channel 89b for sequin belt is the below being positioned at support member 105.The exit opening 90b of guiding channel 89b is positioned such that the central opening of the complete sequin 104 fully stretched out from guiding channel (Fig. 7) is placed in the central authorities of lace wheel 101 haply.It is that wire rod and sequin all can be embroidered that the combination of one lace device and a sequin device has advantage, embroiders thereon even each other.

What be installed in the side of the support member 105 being wherein equiped with edging wheel 101 is a portable cutter 109.This comprises a lever, and one to cut edge 111 be formed on this lever.This cutter 109 is rotatable to be installed on support member 105 (rotating shaft 106 in Fig. 6) and to be rotated by other driver 113 (such as a pneumatic cylinders).For this purpose, this cutter 109 is connected with the piston rod piece 112 of driver 113 via a lever 110.The one other fixed edge 115 that cuts is the belows being formed at support member 105.After startup cutter 109, this cuts, and edge 111,115 execution one is scissors-like cuts motion.

The bottom of support member 105 is be provided with a fastening spring 117, this fastening spring is such as be made up (with reference to Fig. 5 to Fig. 8) of spring steel.Fastening spring 117 is parallel to haply and extends near cutter 109.One nose 119 of extending from cutter 109 is placed in the top of fastening spring 117, and lifts spring (Fig. 7 and Fig. 8) when cutter 109 is opened.When cutter 109 is closed, fastening spring 117 is placed on the bottom of support member 105.In this position, it can clamp the wire rod or the end of colour band that stretch out from lace wheel 101.

In order to cut a wire rod, the first cutter 109 opens, and wherein cutter driver is activated.Fastening spring 117 is unlocked simultaneously because nose 119 by spring together with it is carried on.Subsequently, be moved with by the embroidery frame of embroidery base portion clamped, the wire segment therefore extended between lace wheel with embroidery base portion becomes parked in mobile and fixedly cut edge 111,115.Once so, driver 113 can be activated again, and cutter 109 is closed.When cutter 109 is closed, then the below that wire rod is clamped in support member 105 by fastening spring 117 cuts.

Sum up, for operating the method for the device 23 (such as sequin or lace feed arrangement) presenting ornament materials, provide the combination with the driver element of embroidery machine, whole machine moves to a needlework location relative to embroidery machine from a resting position, wherein a driving wheel of device becomes drive shaft rod fixed with and engages, and in order to be separated, this device moves to resting position from needlework location, wherein driving wheel is separated with fixed drive shaft rod.Be equipped with an actuator 27 for carrying out an example of the device 23 of the method, a such as piston/cylinder units.The position of piston/cylinder units is affixed to a carrier profile 25.First fixed mechanism 43,53 for device being fixed to an embroidery or Sewing machines is engaged in other positions of piston/cylinder units, next is engaged on carrier profile 25, therefore when actuator 27 starts, device can move to a needlework location from a resting position, and wherein driving wheel is and is located at the fixed drive shaft rod embroidering, sew or serve as a contrast cotton (quilting) machine and is combined.

The above is the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the prerequisite not departing from principle of the present invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.

Claims (14)

1. operation is for presenting a method for the device (23) of ornament materials, in the method, is the central drive unit being bonded to an embroidery machine, Sewing machines or lining cotton machine, or is separated with it for presenting the device of ornament materials,

It is characterized in that, this device (23) is movably configured on machine frame, and for being combined with driver element, whole device moves to a needlework location from a resting position, and wherein a driving wheel of device moves to drive shaft rod fixed with and engages, and in order to be separated, this device moves to resting position from needlework location, wherein this driving wheel is that drive shaft rod fixed with this is separated, and this device rotates to needlework location from resting position, and vice versa.

2. operation according to claim 1 is for presenting the method for the device (23) of ornament materials, and it is characterized in that, this driving wheel is fixed on resting position.

3. one kind for presenting the device (23) of ornament materials, and this device has:

One carrier profile (25),

One gear assembly, it is configured on carrier profile (25), for ornament materials being delivered to an embroidery point, and

One driving element (59a, 59b), it is connected with gear assembly, and it can combine with an embroidery machine, Sewing machines or the drive shaft rod (69a, 69b) serving as a contrast cotton machine,

It is characterized in that:

Device (23) is equipped with an actuator (27) and comprises the first and second fixed mechanism (39,53), wherein this first and second fixed mechanism (39,53) is first engaged on actuator (27), and be secondly engaged on carrier profile (25), therefore when actuator (27) starts, device can move to a needlework location from a resting position, and wherein driving wheel is and is located at embroidery machine, Sewing machines or the fixed drive axostylus axostyle served as a contrast on cotton machine is combined.

4. the device for presenting ornament materials according to claim 3, it is characterized in that, first and second fixed mechanisms (39) implement with a fixture (39) and a rotating lever (53), this fixture is configured on actuator (27), and rotating lever (53) is configured on carrier profile (25).

5. the device for presenting ornament materials according to claim 4, it is characterized in that, this actuator (27) is a piston (29) and cylinder (31) assembly, this fixture (39) is configured on the cylinder of piston (29) and cylinder (31) assembly, and piston (29) acts on carrier profile (25).

6. the device for presenting ornament materials according to any one of claim 3 to 5, it is characterized in that, this device is equipped at least

-one sequin device; Or

-one lace device and a sequin device.

7. the device for presenting ornament materials according to claim 3, it is characterized in that, device is be equipped with a portable locking member (73a, 73b), it is blocking teeth wheel assembly in the resting position of device, and discharges gear assembly in needlework location.

8. the device for presenting ornament materials according to claim 6, it is characterized in that, this lace device has lace wheel (101), this lace wheel has a radial opening (103), wherein this lace is taken turns around and is equipped with a teeth portion (102), and the equipment gear (99) that can be separated by two drives.

9. the device for presenting ornament materials according to claim 6, it is characterized in that, one portable cutter (109) is installed on lace device, and an actuator (113) that can be configured on carrier profile (25) starts.

10. the device for presenting ornament materials according to claim 9, is characterized in that, lace device is be configured with a fastening spring (117), and it starts by this cutter (109).

11. 1 kinds of embroidery, sewing or lining cotton machines, it has a machine frame and at least one device (23) for presenting ornament materials according to any one of claim 3 to 10, and this device is configured on this machine frame.

12. embroidery according to claim 11, sewing or lining cotton machine, it is characterized in that, be configured in the machine frame that can rotate around a rotating shaft (57) for presenting the device of ornament materials.

13. embroidery according to claim 11 or 12, sewing or lining cotton machine, it is characterized in that, it is provided with at least one drive shaft rod (69a, 69b), and this drive shaft rod is parallel to knitting needle column and extends.

14. embroidery according to claim 11, sewing or lining cotton machine, it is characterized in that, it is provided with the carrier profile (25) for this device (23), this carrier profile (25) is installed on machine frame separably, and this drive shaft rod (69a, 69b) is retained in bearing insert, enter among installing plate (35).