KR900006140Y1 - Weaving machine for ginseng-blind - Google Patents

Abstract

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Description

Automatic feeding device of foot weaving machine for ginseng cultivation

Figure 1 is a perspective view of a ginseng cultivation weaving machine applied to the automatic stool feeding device according to the present invention.

2 is a side view of the automatic foot supply device according to the present invention.

Figure 3 is a side view of the operating state of the automatic foot supply device according to the present invention.

Figure 4 is an explanatory view of the operation of the lateral side feed roller used in the automatic paw feed device of the present invention.

Figure 5 is a front view of the main portion showing the lateral lateral transfer state according to the present invention.

Figure 6 is a side view of the operating state of the guide guide holder used in the automatic foot supply device of the present invention.

Figure 7 is a side view showing the main portion showing the falling step supply state according to the present invention.

* Explanation of symbols for main parts of the drawings

1: weaving machine frame 2: drive shaft

7: linear gear 8: wire winding rotary tube

9: Between supply stage 13: 1st wire bending lever

15: 2nd wire bending lifting height 16: foot feed lever

21: foot supply container 22: foot lifting wheel

23: step lift groove 33, 34: step side feed roller

35, 36: roller shaft 37: drive motor

43: spherical portion 44: bearing

45: spherical groove 47: wire

49: guide guide holder 49 ', 49' ': holder member

50. 52: Guide space 51, 53: Stop

54: dropping rod of the foot 55: foot falling lever

57: spring 58: cam interlocking piece

62: eccentric cam

The present invention relates to a foot automatic feeding device of the ginseng cultivation weaving machine for continuously supplying the stool to the ginseng cultivation foot weaving machine to manufacture the foot for ginseng cultivation by continuously weaving the foot with several strands of wire.

Conventionally, Korean Utility Model Publication No. 87-1781 is known as a ginseng cultivation weaving machine that manufactures a foot for ginseng cultivation by weaving a stool continuously with several strands of wire. Productivity of ginseng cultivation foot products was not only low, but each worker was required for each weaving machine.

In addition, the applicant filed a ginseng cultivation weaving machine of Utility Model Registration Application No. 2329 in 1988, but this also had a problem of lowering the productivity of the product and raising the cost since the worker manually supplied the stool one by one.

Therefore, an object of the present invention is to solve the above-mentioned wastes in the conventional ginseng weaving machine.

That is, the object of the present invention is to improve the productivity of ginseng cultivation foot products by continuously supplying the stool to the ginseng cultivation weaving machine continuously and at the same time, it is not necessary to have each worker for each weaving machine. The labor cost is greatly reduced due to the operation and management of the loom, and accordingly, it is to provide an automatic supply device for the starting machine for ginseng cultivation weaving machine that enables mass production and cost reduction of the product.

Hereinafter will be described in detail as an embodiment shown in the accompanying drawings an automatic feed device of the foot weaving machine for ginseng cultivation according to the present invention.

1 to 3 is a view showing an example of applying the automatic foot feeding device of the present invention to the applicant's previously applied ginseng cultivation foot weaving machine, the automatic footing device of the present invention is another ginseng cultivation foot weaving machine ( For example, the above-described high pore weaving machine) can also be applied.

As shown in the drawing, the automatic feeding device of the present invention is to be installed on the front side of the weaving loom for ginseng cultivation.

Here it will be described for the ginseng cultivation weaving machine prior to explaining the automatic stepping device of the present invention.

However, the ginseng cultivation weaving machine of the example of the city is the applicant's original application will be described only the main configuration necessary to explain the automatic feeding device of the present invention, and other detailed configuration and operation relationship, please refer to the previous application.

As shown in FIGS. 1 to 3, a ginseng cultivation weaving machine has a pair of driving wheel gears 3 installed at one end of a drive shaft 2 provided with a mandrel on the lower middle side of the weaving machine frame 1. It is connected to the weaving machine drive motor M by a pulley, a belt and a vibrating gear, and a plurality of wire tuft hooks 4 are installed on the upper rear side of the weaving machine frame 1, and the wire guide section A wire guide shaft is provided, and between the wire guide shaft and the wire guide shaft, a wire feed lever 5 having a wire feed shaft installed at the end thereof is supported by a hinge to the weaving machine frame 1 at the latter part thereof, and is connected to the drive shaft 2. It is installed to be rotated up and down by interlocked wire transfer eccentric cam (6), the linear gear (7) reciprocally rotates in conjunction with the drive wheel gear (3) on the upper middle side of the weaving machine frame (1) Weaving machine On the upper front side of (1), a plurality of wire winding rotary tubes 8 (eg, eight) each having a hook-shaped curved portion and a wire clamping clip are installed with a mandrel and interlocked with each other, and the linear gear 7 It is interlocked with one-way gear, etc., and the foot feeding section 9 is installed at the lower front side of the wire winding rotary tube 8, and the foot conveying wheel having a plurality of foot transfer hooks 10 'on the main surface thereof. 10) is provided with a mandrel is connected to the drive wheel gear (3), and the foot stop lever (11) having a foot stop piece (11 ') at the lower end is installed on the rear side of the wire winding rotary tube (8) On the lower side of the foot supply section 9, there is provided a primary wire bending lever 13, which is reciprocated by an eccentric cam 12 installed on the drive shaft 2, of the wire winding rotary tube 8 On the lower side, the lifting wire 15 for secondary wire bending, which is lifted by the hydraulic cylinder 14, Eccentric cam (16) is provided on the lower side of the primary wire bending lever 13, the foot feed lever 16 and the foot feed amount adjustment lever 17 having a foot feed roller (16 ') ( 18) is installed up and down, the lower rear side of the weaving machine frame (1) has a configuration in which the transfer drum 19 and the ticketing drum (20) interlocked with the drive shaft (2) is installed mandrel.

The automatic foot feeding device according to the present invention is installed on the front side of the weaving machine frame (1) in the ginseng cultivation foot weaving of the above-described configuration, the stool 70 is continuous one by one on the foot supply interval (9) Automatic feeding.

As shown in the front both sides of the weaving machine frame (1), and fixed to the upper foot supply cylinder (21) open to the upper side, in these both foot supply tube (21) the foot connected to the drive shaft (2) Install the lifting wheel 22.

The foot lifting wheel 22 forms a plurality of foot lifting grooves 23 on its outer circumferential surface, and is provided on both ends of the rotating shaft 25 installed on the support plate 24 fixed to the front side of the weaving machine frame 1. It is fixed installation.

The rotary shaft 25 is a pair of sprockets 31, 32 and chain 30 to the transmission shaft 29 interlocked with the pair of sprockets 27, 28 and the chain 30 to the drive shaft (2) Connect.

On both sides of the weaving machine frame 1, a pair of upper and lower lateral side feed rollers 33 and 34 facing outside the front end of the foot supply section 9 is provided so that the roller shafts 35 and 36 are disposed. The drive motor 37 is interlocked with each other in reverse rotation.

The roller shafts 35 and 36 of the upper and lower lateral feed rollers 33 and 34 are connected to the motor pulley 38 by a belt 41 by installing pulleys 39 and 40 at the rear end thereof. The pulley 40 of the lower roller shaft 36 hangs directly against the motor pulley 38, and the pulley 39 of the upper roller shaft 35 crosses the motor pulley 38 and the lower pulley 40. The upper and lower roller sides 35 and 36 rotate in opposite directions.

Here, the left side of the upper roller 33 is rotated counterclockwise from the front, the right side is rotated clockwise, and the left side of the lower roller 34 is rotated clockwise, Is rotated counterclockwise.

The lower roller shaft 36 is supported by the bearing 42 to be rotated in the right position, and the upper roller shaft 35 forms a spherical portion 43 in the front side portion of the pulley 39 to form a spherical groove ( By supporting the bearing 44 which holds 45, the lateral side feed roller 33 at its tip makes it possible to elevate with respect to the lower lateral side feed roller 34. As shown in FIG.

The bearing 46 is installed in the middle of the upper roller shaft 35, and it is interlocked with the wire transfer lever 16 as a wire 47.

The wire 47 is connected to both ends of the free end of the transfer lever 16 and the bearing 46 of the roller shaft 35, but is reversed by a guide pulley 48 installed on the weaving frame 1. The upper roller side 35 is lifted in reverse with respect to the lifting operation of the foot feed lever 16.

A plurality of tapered upper stool guide empathy 50 gradually narrowing from left to right and tapered lower stool guide space 52 gradually narrowing from right to left on the front end side of the stool supply interval 9 ( In the drawing, the three guide holders 49) are hinged at the top to support the weaving machine frame 1, and the right one of the guide guide holders 49 has its upper guide space 50 at the right end. The stop piece 51 is prevented, and the left one blocks the lower foot guide space 52 with the stop piece 53.

The foot guide holder 49 matches the upper foot guide space 50 on the horizontal line passing between the left foot side transport rollers 33 and 34, and transfers the lower foot guide space 52 to the right foot side. Match on a horizontal line passing between rollers 33 and 34.

In addition, the guide guide holder 49 is hinged to the upper and rear pairs of holder members 49 'and 49' ', respectively, so that the lower ends (free ends) are brought into close contact with each other by their own weight, and the lateral side transfer rollers ( The lower end is opened when the foot 70 inserted and supported by the upper and lower foot guide spaces 50 and 52 by 33 and 34 is pressed down by the foot drop rod 54 to be described later.

The front holder member 49 'of the holder members 49' and 49 '' is configured to open only the rear holder member 49 '' without contacting the rear surface of the support plate 24. Both holder members 49 'and 49' 'may be opened.

On the upper part of the weaving machine frame 1, a spring rod 57 is provided with a mandrel of a support shaft 56 of a foot drop lever 55 hinged to a tip of a drop rod 54 that is lifted between each foot guide holder 49. Eccentric cam is installed at all times upward elasticity, the cam interlocking piece (58) formed at one end of the support shaft (56) interlockingly connected to the drive shaft (2) by a pair of sprockets (59) (60) and the chain (61) ( 62) interlocked contact.

Reference numeral 80 is a wire for weaving the foot 70, 90 is a woven foot.

Preferably, the upper and lower stool side transport rollers 33 and 34 are coated with rubber.

The foot automatic supply device of the present invention configured as described above, the weaving machine driving motor (M) and the driving motor ( 37), the stool 70 is continuously fed one by one (or one on both sides) on the stool feeding section 9 to perform continuous weaving.

That is, after weaving once in the process of weaving the foot 90 according to the operation of the drive motor M of the weaving machine (here, the weaving process is not described in detail and refer to the selected contents of the present applicant). When the foot feed lever 16 is lowered, the roller shaft 35 of the upper lateral side feed roller 33 connected to the free end thereof is pulled and rotated upward as shown by the dashed lines shown in FIGS. 1 and 4. The upper lateral side feed roller 33 is spaced apart with respect to the lower lateral side feed roller 34.

At this time, the upper roller shaft 35 is rotated upward while rotating because the spherical portion 43 is supported by the bearing 44 having the spherical groove 45.

In this state, the foot lifting wheel 22 installed in the foot supply container 21 has a sprocket 27, 28, a chain 26, a vibration shaft 29, and a sprocket 31, 32 on the drive shaft 2; It is interlocked through the chain 30 and the rotating shaft 25 and rotated in the clockwise direction so that the foot 70 accommodated in the foot supply container 21 is inserted into the foot lifting groove 23 on its outer circumferential surface and pulled up.

Here, the stool 70 is made of bamboo, one side is thicker and narrower to the other, and the thick end in the foot supply container 21 is placed neatly toward the inside, and the thick end is pulled up by the foot lifting wheel 22. You lose.

Foots 70 lifted by foot lifting wheels 22 from both foot supply barrels 21 are placed on the lower foot side transport rollers 34 with the inner thick ends of the foot transport levers, respectively, which are lowered at the next moment. As the 16 rises, the wire 47 is relaxed, and the upper lateral side feed roller 33 is lowered by its own weight while the roller shaft 35 is lowered by its own weight. 33 is dropped, and the inner thick end of the stool 70 is sandwiched between the upper and lower rollers 33 and 34.

In this state, the upper and lower lateral feed rollers 33 and 34 are rotated in the opposite directions by the driving motor 37, the motor pulley 38, the pulley 39, 40 and the belt 41, and are sandwiched therebetween. The foot 70 is to be transferred to the side.

That is, the left one of the upper rollers 33 is rotated counterclockwise and the left one of the lower rollers 34 is rotated clockwise, so that the stool 70 supplied from the left is transferred to the right, and the upper roller 33 is The right one of them is rotated clockwise and the right one of the lower rollers 34 is rotated counterclockwise, so that the stool 70 supplied from the right is transferred to the left.

The foot 70 is moved sideways from the left side is inserted into the upper foot guide space 50 of the foot guide holder 49, the upper foot guide space 50 is a tapered type of the left side is wide and the right side of the foot 70 The lateral transfer is smooth, and the foot 70 is broadcast from the right side is inserted into the lower foot guide space 52, the lower foot guide space 52 is wider on the right side and narrow left tapered type of the foot 70 It will be smooth for side feed.

In the lateral movement of the stool 70, the left and right sides of the stool guide holder 49 are respectively the left end of the lower stool guide space 52 and the right end of the upper stool insertion space 50, respectively. Since it is blocked by the step 70 is transferred to a predetermined position without being excessively transferred.

The foot drop lever 55 which is being suppressed upward by the spring 57 at the next moment in the state where the lateral movement of the foot 70 is completed and the foot 70 is inserted and supported in the upper and lower foot guide spaces 50 and 52, respectively. Eccentric cam 62, which is rotated in conjunction with the sprockets 59, 60 and the chain 61 on the drive shaft 2, by pushing the cam interlocking piece 58, the tip is rotated downward, Hinge-connected foot drop rod 54 is lowered to press down the foot 70 is inserted into the upper and lower foot guide space 50, 52, and accordingly the foot 70 is before and after the foot guide holder 49 The holder members 49 'and 49' are dropped and supplied onto the weaving machine side while being opened onto the foot supply section 9.

The foot 70 dropped and supplied on the foot supply section 9 on the weaving machine side has a wire 80 inserted into the wire winding rotary tube 8 and continuously supplied downward. Primary bend), secondary bend by the elevating rail 15 for secondary wire bending, and is wound on the wire 80 by being wound three times by the wire winding rotary tube (8), After the weaving operation is performed, as the foot transfer lever 16 which transfers the foot 90 is lowered, the upper lateral side transport roller 33 is raised, and the foot drop rod 54 is also the eccentric cam 62. As the cam interlocking piece 58 is rotated without being pushed, it is lifted back by the spring 57 and waits for the next operation.

Therefore, by repeating the above-described operation is to continuously supply on the step supply interval 16 of the weaving machine, one foot for each step of weaving operation 70 is placed on the foot supply container 21 for each weaving operation.

As described above, according to the automatic foot feeding device of the present invention, it is possible to improve the productivity of the ginseng cultivating foot product by automatically supplying the foot to the ginseng cultivating foot weaving machine, and without having to have two workers for each one of the weaving machine. Only one manager puts many feet into the supply container at the same time, so it is possible to operate and manage several weaving machines, which greatly reduces labor costs, thereby reducing mass production and cost.

Claims (1)

Drive shaft (2) and linear gear (7), wire winding rotary tube (8), foot supply pipe (8), foot supply section (9), primary wire bending lever (13), secondary to weaving machine frame (1) In the foot weaving machine for ginseng cultivation provided with the lifting bar 15 for wire bending and the foot feed lever 16, the foot supply container 21 is provided in the front both sides of the said weaving machine frame 1, and this foot supply container In 21, a mandrel is provided with a mandrel of a foot lift wheel 22 having a plurality of foot lift grooves 23 formed on a main surface thereof, which is interlocked with the drive shaft 2, and located at both ends of the foot supply section 9, respectively. The lower roller shaft 36 is supported on the bearing 42 by connecting the roller shafts 35 and 36 of the pair of upper and lower lateral feed rollers 33 and 34 to the driving motor 37 in reverse rotation. The upper roller shaft 35 forms a spherical portion 43 at the rear end thereof and supports it to the bearing 44 having the spherical groove 45, and a bearing 46 in the space portion of the upper roller shaft 35. By installing A pair of holder members 49 'and 49' are connected to the free end of the foot transfer lever 16 in a reverse direction by a wire 47, and the upper end is hinged to an upper portion of the front end side of the foot supply section 9. A plurality of step guide holders 49 having tapered upper and lower step guide spaces 50 and 52 are formed therebetween, respectively, at the right end of the top step guide space 50 and the left end of the bottom step guide space 52, respectively. Forming the stop piece (51) (53), the stepping rod dropping rod 54, which is lifted between the guide guide holder 49 is installed by a mandrel of the drop lever 55 hinged to the tip of the spring always 57 Automatic installation device of the foot weaving machine for ginseng cultivation, characterized in that the resilient installation, the cam interlocking piece (58) formed on the foot drop lever (55) interlocked contact with the eccentric cam (62) linked to the drive shaft (2) .