JPH0484829A - Clip part material-arranger for setting winding paper part material winding on opening part of mushroom-culturing vessel - Google Patents

Abstract

PURPOSE:To automatically arrange clip part materials by adopting a construction comprising charging many clip part materials into a rotating drum, discharging each of the clip part material from a window opened in a peripheral face of the rotating drum in turn with rotation of the rotating drum, conveying the clip with a conveying device, arranging with an arranging mechanism and superposing in arranging with an arranging and superposing part materials. CONSTITUTION:The aimed equipment is an equipment for winding an inner face of a base part of a winding paper part material 55 for culturing on an outer peripheral face of an opening part of a mushroom-culturing vessel 54, arranging many pieces of almost C-letter type clip part materials 1 hooking the wound winding paper part materials 55 in engaging with said outer peripheral face of the opening part and supplying said arranged clip part materials 1 to an automatic paper winding machine in arranged state and adopts following structure. That is, the aimed equipment is composed of a rotating drum 2 for receiving many pieces of clip part materials 1, many discharging windows 3 having a diameter almost equal to an outer diameter of the clip part material 1 and discharging each of the clip part material 1 in turn by rotation of the rotating drum 2 in the peripheral face of the rotating drum 2, a conveying device 4 conveying the clip part material 1 discharged from the discharging window 3, an arranging mechanism 5 arranging the clip part materials 1 in conveying to a fixed direction and an arranging and superposing part 6 arranging and superposing the successively arranged and conveyed clip part materials 1.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application] The present invention relates to a clip member alignment device for securing a wrapping paper member to be wrapped around the mouth of a mushroom cultivation container.

[Problems to be solved by conventional technology and invention]

As shown in Figure 5, approximately C
A large number of clip members 1 having the shape of the shape are arranged in a suspended state on a long support plate 50, and a long clamping plate 51 is fastened to the top of the long support plate 50. Tighten and fix, and in this state, insert the sixth
Store it as shown in the diagram.

Then, if necessary, a large number of clip members 1, which are still aligned, are taken out from the cassette case 52 along with the elongated support plate 50, and the automatic paper winding device 53 (for example, 60-118792, etc.), and the automatic paper wrapping device 53 wraps the inner surface of the base of the wrapping paper member 55 for cultivation around the outer peripheral surface of the opening of the mushroom cultivation container 54, and immediately separates the clip members I in the aligned and superposed state into one clip. The member I is taken out and fitted onto the outer peripheral surface of the opening, and the base of the wrapped paper wrapping member 55 is automatically crimped and fixed.

Conventionally, various automatic paper winding devices 53 have been developed to automate the paper winding operation, but there is no device that can stack and align a large number of clip members l, and there is no device that can stack and align a large number of clip members l, and there is no device that can stack and align a large number of clip members l. The clip members were manually aligned one by one in an alignment storage section provided in the automatic paper winding device 53.

The present invention can automatically align and overlap a large number of clip members l, and supply them in alignment to the above-mentioned cassette case 52 or the alignment storage section of the automatic paper roller 53 as is, and also increases the utility value of the automatic paper roller 53. This invention provides a clip member alignment device for securing a wrapping paper member to be wrapped around the mouth of a mushroom cultivation container.

[Means to solve the problem]

The present invention will now be described in detail with reference to the accompanying drawings.

A wrapping paper member 5 for cultivation is placed on the outer peripheral surface of the opening of the mushroom cultivation container 54.
The aligned clip members I are automatically arranged without arranging a large number of approximately C-shaped clip members I that wrap around the inner surface of the base of the paper wrapper 55 and fit onto the outer circumferential surface of the mouth portion to secure the wrapped paper wrapping member 55. A rotary tram 2 that can be arranged and supplied to the paper rolling device 53 and into which a large number of clip members 1 are input is provided. A large number of ejection windows 3 are opened from which the clip members 1 are ejected one by one in the rotating drum 2, and a transfer device 4 is provided to transfer the clip members 1 ejected from the ejection windows 3. A wrapping paper member to be wrapped around four parts of a mushroom cultivation container, characterized in that a slip alignment mechanism 5 is provided to align the clip members 1 in a fixed direction, and a slip alignment overlap portion 6 is provided to align and overlap the clip members 1 that are aligned and transferred one after another. This relates to a clip member alignment device for fastening.

[For production]

A large number of clip members l are put into the rotating drum 2.

When the rotating drum 2 is rotated, the clip members are ejected one by one from the ejection window 3 opened on the circumferential surface of the rotating drum 2, transferred by the transfer device 4, aligned in a fixed direction by the alignment mechanism 5, Alignment and polymerization is performed on the alignment and polymerization member 6.

〔Example〕

In this embodiment, a rotating shaft 8I mounted on a machine frame 7 is provided with a rotating drum 2 that is closed on one side and opened on the other side as an input port.
A large number of circular discharge windows 3 are formed on the circumferential surface of the rotary drum 2, the outer diameter of which is slightly larger than the outer diameter of a commercially available clip member l which is approximately C-shaped as shown in the figure.

A receiving plate 9 is circumscribed on the outer circumferential surface of the lower part of the rotating drum 2, and this receiving plate 9 is provided so as to serve as a bottom plate of the discharge window 3 located below the rotating drum 2. Therefore, as the rotating drum 2 rotates, the clip member l stuck in the discharge window 3 below the rotating drum 1 moves up along the surface of the receiving plate 9 while remaining stuck in the discharging window 3. When the ejection window 3 passes over the front end, the ejection window 3 becomes open, so that the clip member l fitted in the ejection window 3 is ejected from the rotary tram 2 through the ejection window 3.

Reference numeral 17 in the figure represents a regulating plate attached to the rotary drum 2 with its lower end close to the lower inner circumferential surface of the rotary drum 2 and regulating the clip member I to the position where the receiving plate 9 is disposed.

The shape of the ejection window 3 is not limited to a circle, but may be the same external shape as the clip member l, and the ejection window 3 is most certainly formed in the clip member inside the rotating drum 2! In this example, they are formed in a staggered manner in order to ensure that they fit together and are ejected, but they may also be formed in a single vertical row or horizontally (horizontally) to form several vertical rows, or horizontally and diagonally. Several pieces may be arranged in vertical rows.

In addition, if the clips are not arranged in a straight line in the horizontal direction (horizontal direction) as in this embodiment, but arranged in a staggered manner or horizontally diagonally, the clips that are discharged one by one from the discharge window 3 as described above will not come out. This also has the effect of being able to horizontally transport the droplets that are dropped and discharged at a predetermined time lag and at regular intervals.

In this embodiment, a discharge sliding inclined plate 10 is provided in front of the rotary drum 2 and connected to the front end of the receiving plate 9 on which the clip member 1 to be discharged slides. A facing inclined plate If, which has a 7-shaped shape when viewed from the outside, is provided to receive the clip members l discharged one by one from the discharge window 3.

As shown in FIG. 1, the transfer device 4 has an inclined plate 12 extended and connected to the side of the discharge sliding inclined plate lO, and a belt conveyor 13 is provided at the lower end of the discharge sliding inclined plate 10 and the inclined plate 12.
is provided, and the clip member 1 that has slid down along the discharge sliding slope plate 10 is transferred laterally along the discharge sliding slope plate 10 and the slope plate 12 by a belt conveyor 13.

The alignment mechanism 5 employed in this embodiment is for aligning the C-shaped clip member l so that both ends thereof are in a horizontal state as shown in FIG. This method utilizes the fact that the height dimension of the member l is smaller than the width dimension v in this aligned state. To explain in detail, the belt conveyor 1 of the inclined plate 12
Pins 14 are provided protruding from 3 at predetermined intervals at positions lower than this height dimension. Therefore, the clip members l that are transferred in an aligned state are transferred as they are without hitting the pin 14, or, for example, the clip members l that are transferred in an inverted or tilted state are transferred as they are without hitting the pin 14.
The pins 13 are rotated by the lateral movement of the belt conveyor 13, and are rotated by at least two pins 14 to be properly aligned.

Then, the inclined plate 12 further to the side of this second pin 14
A drop window 15 is formed into which the aligned clip members 1 fit and fall.

In addition, a clip member l whose height dimension and medium dimension Q are equal
When using the clip member 1, three drop windows 15 are formed as shown in FIG. The clip members 1 that have already been transferred in an aligned state are dropped, and the clip members 1 that are not aligned due to being tilted are dropped.
fits into the first drop window 15 and passes through without falling, and when rotated by the pin 14 and aligned, it fits into the next drop window 15 and falls, and at least the second pin 14 It is designed so that it fits and falls in alignment with the last drop window 15.

Note that the pin 14 may be caused to sink by a sensor that detects the transfer state of the clip member 1, or if the clip members 1 are transferred in an overlapped manner, this is detected and the falling window 15 is
It may be designed so that a discharge hole (not shown) provided in front of the transfer device 4 is automatically opened to automatically discharge the sample from the transfer device 4.

As shown in FIG. 3, the aligned overlapping portion ε is formed by attaching a downwardly inclined long support plate 16 to the drop window 15 and suspending the long support plate 16 from the drop window 15. 16
They are arranged so that they slide down one after another to the lower end of the frame and align and overlap.

The aligned and superposed clip member l is taken out together with the long support plate 1B in a suspended state, and as described above, the automatic paper wrapping f
153.

Note that the transfer device 4, alignment mechanism 5, alignment and overlapping section 6 are not limited to those in the above embodiments, and can be designed as appropriate.

〔Effect of the invention〕

Since the present invention is configured as described above, a large number of clip members fed into the rotating drum are automatically aligned and polymerized, and the aligned and polymerized clip members can be supplied to the automatic cigarette rolling device, thereby increasing the utility value of the automatic cigarette wrapping device. This also serves as a clip member alignment device for securing a wrapping paper member to be wrapped around the mouth of a mushroom cultivation container.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention; FIG. 1 is a front view, FIG. 2 is a side sectional view of the discharge section, FIG. 3 is a side view of the alignment and overlapping section, and FIG. 4 is a separate view of the alignment mechanism. FIG. 5 is a perspective view of the clip members arranged and superimposed in a suspended state on a long support plate, FIG. 6 is a front view of the cassette case stored, and FIG. 7 is a schematic diagram of the automatic cigarette winding device. . DESCRIPTION OF SYMBOLS 1... Clip member, 2... Rotating drum, 3... Discharge window, 4... Transfer device, 5... Alignment mechanism, 6... Alignment overlapping part. July 25, 1990

Claims (1)

[Claims] Wrapping the inner surface of the base of a wrapping paper member for cultivation around the outer circumferential surface of the opening of the mushroom cultivation container, arranging a large number of approximately C-shaped clip members that fit around the outer circumferential surface of the opening and fixing the wrapped wrapping paper member; This device is capable of supplying the aligned clip members to an automatic cigarette rolling machine, and is equipped with a rotating drum into which a large number of clip members are input, and the circumferential surface of the rotating drum is approximately equal to the outer diameter of the clip members. A large number of ejection windows are opened through which the clip members in the rotating drum are ejected one by one by rotation, and a transfer device is provided to transfer the clip members ejected from the ejection windows, and the clip members being transferred are aligned in a fixed direction. A clip member aligning device for attaching wrapping paper members to be wrapped around the mouth of a mushroom cultivation container, characterized in that an aligning mechanism is provided to align and transfer clip members one after another, and an aligning and overlapping portion is provided to align and overlap clip members that are aligned and transferred one after another.