JPH11116030A - Slide rail coil conveyer - Google Patents

Abstract

PROBLEM TO BE SOLVED: To eliminate a possibility that a slide rail comes into contact with a rotation conveying coil by arranging the slide rail in the same direction as that of the coil adjusting to the outer surface of the rotation conveying coil and by conveying a hanger fixed to the slide rail by rotation of the coil. SOLUTION: Slid rails 3 are mounted and fixed to supporters 4 such that they are close to right and left diagonally lower parts of the outer surface 2a of a rotation conveying coil 2 mounted to the supporters 4 and are arranged in the same direction as the rotation conveying coil 2 at a facing positions. A coil conveyer 1 consisting of the rotation conveying coil 2 and the slid rails 3 rotates the rotation conveying coil 2 with a rotation driving source 15, and presses a hanger hung on the slid rails 3 in the rotation direction of the rotation conveying coil 2 to convey it on the slid rails 3, following the rotation of the rotation conveying coil 2. Because a hook of the hanger is conveyed with linearly contacting with the slid rails 3 by the rotation of the coil 2, sliding noise is hardly generated.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a slide rail coil conveyor for transporting clothes and other articles while being hung on hangers, and more particularly, to hanging and hanging a hanger on which articles are hung on a slide rail. The present invention relates to a slide rail coil conveyor provided so that a hanger can be transported by rotation of a transport coil.

[0002]

2. Description of the Related Art In a conventional hanger conveyor of this type, a chain conveyor, a wire conveyor or a belt conveyor is provided by hanging a plurality of hanger hooks on an endless chain conveyor, a wire conveyor or a belt conveyor. Is conveyed by rotating endlessly.

[0003] Further, a conventional hanger conveyor has a hanger formed by projecting a torsion blade of a screw in an axial direction on an outer peripheral surface of a rotating shaft of a wire or coil rod, or by winding and fixing a coil. In these conveyors, a hanger hook was hung on a rotating shaft and rotated so that the hanger was conveyed by screw blades or coils.

Further, in Japanese Patent No. 2564472,
The hanger is hung from the core rod member by inserting the core rod member into the spiral member, and the gap between the spiral member and the core rod member is formed so as to be equal to or more than the width of the engaging portion of the hanger. The hanger was transported by the rotation of the spiral member.

Further, in the utility model registration No. 3036560 proposed by the inventor of the present application, a slide bar is loosely inserted coaxially into a cylindrical coil body, and a gap is provided between the cylindrical coil body and the slide bar to provide a slide. The hanger suspended from the bar is transported by rotation of the rotary coil body.

[0006]

Among conventional hanger conveyors, such as a chain conveyor, a wire conveyor, or a belt conveyor, which conveys a hanger suspended on a conveyor while rotating the conveyor in an endless manner and rotating the conveyor. In addition, a space for the hanger conveyor is frequently used because a two-way arrangement of the sending-out direction and the returning direction is necessary.
In general, many people are quite complicated in a very narrow space and many complicated devices are arranged, and work with various operations is performed.Therefore, it is not possible to arrange a conveyor in the return direction of return. There is a problem that it is both dangerous to the work of the worker and dangerous, and that there is not enough space.

In a conventional hanger conveyer, in which a hanger is conveyed by a screw blade or a coil provided on the rotation shaft by rotation of the rotation shaft, the conveyance direction is only one direction. The hanger conveyer has the advantage of requiring less space for placement and less danger in factory work, but with the twisted blades integrated with the outer peripheral surface of the rotating shaft. Or, the manufacturing technology for winding and fixing the coil is difficult. Especially, since the torsion blade as a screw is attached and fixed to the outer peripheral surface of the rotating shaft, the blade is limited due to the restriction of breakage due to torsional stress in manufacturing the blade. It is technically impossible or difficult to wind a material having a wide width.

[0008] In the case where a screw blade or a coil is wound around a rotating shaft of a wire or coil rod and fixedly attached thereto, it is possible to change the conveying direction to a substantially horizontal direction to some extent. Since the screw blade or coil is wound around the rotating shaft and fixedly attached, the height of the screw blade or coil wound around the rotating shaft is fixed, and the screw blade wound around the rotating shaft is constant. As described above, it is practically impossible to manufacture a coil having a width larger than the range, and it is practically impossible to wind the coil around the rotating shaft when the coil has a cross section having a diameter exceeding a certain range. Because it is possible, screw vanes or coils having a height higher than a certain range cannot be wound around the rotating shaft and attached and fixed. Therefore, the hanger can be vertically moved more than about 20 degrees by this type of conveyor. If you transport while changing the transport direction in the range, from the screw blade and the pitch of the coil hanger to transport, there is a problem that can not be conveyed will slide down.

Also, the hanger to be conveyed cannot be conveyed if the width of the hook (the height of the hook of the suspended hanger) exceeds the height of the screw blade or coil. There is a problem that the hanger is restricted by the height of the screw blades and coils, and furthermore, the screw blades and coils that are wound and mounted and fixed and the rotating shaft rotate integrally, so it is suspended. The hanger that is conveyed is rotated while spirally rotating the outer peripheral surface of the rotating shaft, so that the sliding distance of the hanger becomes extremely large. Depending on the caliber of
The sliding distance becomes extremely large, so that there is a problem that the hook of the hanger is shaved by the transfer of the sliding movement and the hanger is scattered in a powder form.

[0010] Further, there are problems such as hair loss of long hair of women and women, and a wrapping bag for cleaning packaging such as vinyl or the like wound around the rotating shaft.

Furthermore, since the hook of the hanger is hung directly on the rotary shaft, the hanger slides on the rotary shaft on the rotary shaft by point contact sequentially according to the pitch of the coil or screw blade. By moving and conveying according to the cycle (in a spiral rather than in a linear manner), the metal or plastic hanger is transported over a distance much larger than the actual transport distance, and the hook of the metal or plastic hanger is attached to the rotating shaft. The point contact position generates heat by sliding over a large distance due to contact, or is cut and conveyed, so the hooks cut with the transfer of the hanger are dispersed in a powdery manner as if they were scattered. Metal or plastic powder that has fallen, is heated, and is charged with static electricity will adhere strongly to clothing and other articles. Easy with an article of clothing such as long-awaited can not be dropped there has been a problem that the contamination.

Further, in a cleaning factory or a sewing factory where the present invention is frequently used, when clothes to be hung on hangers are clothes, Japanese clothes, etc., a load of about 3 kg is usually applied to one hanger. When 4 to 5 hangers are suspended between the supporters (support hooks) provided on the coil conveyor at intervals of about 20 cm, a load of about 12 to 15 kg is applied, and the rotating shaft itself may be deformed or worst. In such a case, there is a problem that it is broken.

Furthermore, if the rotating shaft is bent to change the carrying direction to an arbitrary direction, the pitch of the rotating shaft at the bending position is reduced or adhered to each other, making it impossible to carry the hanger smoothly. there were.

Further, Japanese Patent No. 2564472 and Utility Model Registration No. 3036560 proposed to solve the above-mentioned problems disclose a slide bar (core rod member) inside a cylindrical coil body (spiral member). The slide hanger is hung on the slide bar by providing a gap between the slide bar and the cylindrical coil body that is loosely inserted without being fixed, and the load of the hanger is applied only to the slide bar, and the cylindrical coil The body only pushes the hanger suspended on the slide bar, and the hook of the hanger and the slide bar are not in point contact but in line contact, and are conveyed linearly in the slide bar shape, and the conventional hanger The sliding distance of the hanger is extremely small as compared with the conveyor, and it is possible to prevent the hook from being scraped due to the transportation of the hanger. However, in Japanese Patent No. 2564472, the gap between the spiral member and the core rod member must be formed to be larger than the width of the engaging portion (hook) of the hanger. If the width is larger than the gap between the spiral member and the core rod member, there is a problem that it cannot be conveyed. Thus, the width of the engaging portion of the hanger is limited by the gap between the spiral member and the core rod member. , The types of hangers that can be conveyed are limited by the width of the engaging portion of the hanger, and particularly, a wide plastic hook (engaging portion) that is inexpensive and widely used is provided. The hanger cannot be transported at all, and since the core rod member is loosely inserted into the rotating helical member, the helical member is bent to a certain angle or more, or the hanger is hung above a certain amount to apply a certain amount of load. Then, since the core rod member is supported only at two points at both ends of the conveyor, the core rod member is pushed down, the core rod member comes into contact with the inner side surface of the spiral member, and the rotation of the spiral member is inhibited. In addition, there has been a problem that the core rod member is shaved by the rotation to generate dust or generate heat, and in some cases, the core rod member is broken.

Further, in the utility model registration No. 3036560, there is no restriction by the gap between the cylindrical coil body and the slide bar as in Japanese Patent No. 2564472, but the inside of the cylindrical coil body in which the slide bar rotates is provided. The slide bar is pushed down when the cylindrical coil body is bent more than a certain angle because it is loosely inserted, or when a certain amount of load is applied by hanging a certain hanger or more,
The slide bar may come into contact with the inner surface of the cylindrical coil body, hindering the rotation of the cylindrical coil body, or the rotation of the slide bar may cause shaving to generate dust or generate heat. There was a problem.

The present invention solves the above-mentioned problems in the prior art, in which a slide rail is juxtaposed in the hanger coil conveyor in the vicinity of the outer surface of the rotary transfer coil, and the slide rail is suspended by the rotation of the rotary transfer coil. By mounting the lowered hanger so that it can be transported, the slide rails are not inserted into the rotary transport coil and are arranged side by side near the outer surface, so that the slide rail only has the function of suspending and holding the hanger to be transported Since the rotary transfer coil has only the function of transferring the hanger suspended from the slide rail, there is no danger of the slide rail coming into contact with the rotary transfer coil, and there are restrictions due to the weight and quantity of the hanger. Hanger transported by the gap between the slide rail and the rotary transport coil without being hung It is an object to provide a slide rail coil conveyor is not being restricted by hangers such as large and small.

[0017]

The present invention has been made by the inventor of the present invention as a result of intensive studies to overcome and solve the above problems.
The present invention has been completed, and a slide rail is juxtaposed in the same direction as the rotary transfer coil close to the outer surface of the rotary transfer coil spirally wound in the axial direction, The hanger hung on the slide rail is provided so as to be able to be transported by the rotation of the rotary transport coil.

A slide rail is provided in the same direction as the rotary transfer coil at a substantially opposing position close to the outer surface of the rotatable rotary transfer coil which is spirally wound and rotatably provided at a predetermined pitch interval in the axial direction. A slide rail is provided in parallel with the hanger hung on the slide rail so that the rotary transfer coil can abut on the hanger, and the hanger hung on the slide rail can be transferred by rotation of the rotary transfer coil. Things.

The slide rail is formed by spirally winding an elastic metal rod such as stainless steel or steel or a plastic rod such as hard synthetic resin or a metal wire such as steel or stainless steel into a single or concentric multiple winding. And a coil rod.

One of the side-by-side slide rails is bent at the hanger insertion section toward the other slide rail.

A slide rail is provided at a substantially opposing position close to the outer surface of a rotatable and rotatably provided coil which is helically wound and rotatably provided at a predetermined pitch interval in the axial direction in the same direction as the rotatable coil. A slide rail is provided so that a rotary transfer coil can abut on a hook of a hanger hooked on the slide rail, and the hanger hooked on the slide rail can be transferred by rotation of the rotary transfer coil. In addition, the guide rail crosses the slide rail, and the hanger sent by the guide rail is provided so as to be transferable to the slide rail.

Slide rails are juxtaposed in the same direction as the rotary transfer coil, close to the outer surface of a rotatable rotary transfer coil that is spirally wound and rotatably provided at a predetermined pitch interval in the axial direction. Then, a slide rail is provided so that the rotary transfer coil can abut on the hook of the hanger hooked on the slide rail, and the hanger hooked on the slide rail is provided so as to be transferable by rotation of the rotary transfer coil, The slide rail is cut off at an arbitrary position to provide a branch transfer portion, and one end of the branch guide rail is inserted from the branch transfer portion to a position close to the rotary transfer coil, and is juxtaposed or crossed with the slide rail. The hanger transferred by the slide rail is provided so as to be transferable to the branch guide rail.

[0023]

BEST MODE FOR CARRYING OUT THE INVENTION A rotary transfer coil in a slide rail coil conveyor according to the present invention is a spiral wire having a pitch of about 10 mm to 100 mm, preferably a pitch of about 20 mm from the transfer speed and the diameter of the coil. A rotary transfer coil formed by winding into a cylindrical coil, the rotary transfer coil is supported by a supporter protruding and disposed at an appropriate interval, and is disposed at an appropriate position in a factory or the like. The support of the rotary transfer coil is supported by a plurality of rotary transfer coils arranged at intervals of about 20 cm in the axial direction of the rotary transfer coil so as to be rotatable by a drive source.

The slide rail is made of a metal rod such as steel or stainless steel, a rigid plastic rod having elasticity, or a metal wire such as a steel wire wrapped in a single layer or multiple layers. The coil rod is formed into an appropriate shape such as a round or rectangular cross section or a hollow pipe as a coil rod. The upper surface of the slide rail is hung so that the hanger of a hanger hung can slide smoothly. The slide rails are formed in such a manner as to be smooth, and the slide rails are juxtaposed in the same direction as the rotary transfer coils near the outer surface of the rotary transfer coils.

The slide rail is supported by a supporter mounted on a wall or the like in a factory, supporting the rotary transfer coil, at a position close to the outer surface of the rotary transfer coil.
The gap between the slide rail and the rotary transfer coil is arranged in the same direction as the rotary transfer coil, and the hook of the hanger hung on the slide rail and hung contacts the rotary transfer coil, and The hook is slid on the slide rail in the axial direction along with the rotation of the rotary transfer coil, and the hanger is pushed in a linear direction while being in line contact.

The slide rails are juxtaposed in the same direction in proximity to the outer surface of the rotary transfer coil, and are mounted in a position where the rotary transfer coil comes into contact with a hook of a hanger hung and suspended from the slide rail. Irrespective of the arrangement position, if it can be conveyed, it is arranged in any direction such as diagonally above and to the right and left of the rotary conveying coil, in the direction of the left and right sides, in the direction of the lower side, and in the direction of the upper side. Not only two but also two pieces can be arranged in the opposite direction across the rotary transfer coil.

In a branch transfer portion provided with a slide rail on which a hanger conveyed by the rotary transfer coil is hung, one end of the guide rail for branch is brought close to the rotary transfer coil. Up to the position, inserted from the branch transfer section and juxtaposed or crossed on the slide rail,
The hanger transferred by the slide rail can be transferred to the branch guide rail and transferred.

The guide rail is provided so as to cross the slide rail, and the hanger separately fed by the guide rail is transferred from the guide rail to the slide rail, so that the hanger is joined to the slide rail by the guide rail from the middle. It can be transported.

[0029]

The hanger to be hung on the slide rail may be hung by hanging the hook of the hanger directly on the slide rail, or may be hung on the slide rail through the pitch of the rotary transfer coil. It is also possible to stop the hanger directly on the slide rail, and the hanger that is hung on the slide rail via the pitch of the rotary transfer coil. Since it can be transported by coils, the hanging position of the hanger is changed depending on the type of clothing hung on the hanger, etc., so that it can be divided into clothing types and clothing sizes, etc., or cleaned with cleaned ones. It functions so that it can be transported by the rotary transport coil by separating it from those that do not.

Slide rails are juxtaposed in the same direction near the outer surface of the rotary transfer coil, and the hanger hooked on the slide rail can be transferred while being hung on the slide rail by the rotation of the rotary transfer coil. Since the hanging of the hanger and the transport of the hanger in the linear direction are performed separately, if the rotary transport coil is in contact with the hanger and is provided so as to be transportable, the hanger is provided. It works to ensure that the hook is conveyed regardless of the width of the hook or the type of hanger.

In a conventional hanger coil conveyor in which a screw blade or a coil is wound around a rotation shaft, the functions of rotation by the rotation shaft and conveyance of the hanger are simultaneously exerted integrally by one member. Although
In the coil conveyor of the present invention, the slide rail has a function of holding the hanger suspended, and the rotary transfer coil makes the hanger slide in the linear direction while sliding on the upper surface of the slide rail. This has the function of transporting the hanger suspended on the slide rail in the axial direction while pushing it from behind by rotating the rotary transport coil, and the rotary transport coil and the slide rail are separate from each other. Therefore, the hanger can be suspended and transported smoothly and smoothly.

The hook of the hanger slides on the outer peripheral surface of the slide rail while sliding in line contact, and is transported linearly in the axial direction. Therefore, the transport of the hanger is smooth and the hook is cut. It acts so that the powder is not scattered.

One of the side-by-side slide rails is bent in the direction of the other slide rail at the hanger input portion, so that the hanger can be easily hung on the slide rail and suspended.

When the slide bar is made of a hard plastic having elasticity or is formed as a single-layer or multiple-layer coil rod of a cylindrical coil body, the coil conveyor can be easily bent. It works so that the conveyance direction can be easily changed even after the conveyor is once disposed.

Since the guide rail intersects with the slide rail, the hanger conveyed by the guide rail automatically joins the slide rail to the slide rail at the intersection with the slide rail and works. Things.

A hanger to be conveyed hung on the slide rail by the rotation of the rotary conveying coil is provided with a branch transfer section provided by cutting a part of the slide rail in the middle, and a guide rail for branch is provided on the branch transfer section. Is provided so as to intersect with the slide rail, so that the hanger transferred by the slide rail works so that the hanger is transferred from the slide rail to the branch guide rail in the branch transfer section.

[0037]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to the drawings showing embodiments. FIG. 1 shows a part of a coil conveyor 1 which is a main part of a slide rail coil conveyor according to the present invention. The coil conveyor 1 uses a steel wire coil material having a cross-sectional diameter of 6 mm and has an outer diameter of 32 mm. A rotary transfer coil 2 is formed by being wound around a cylindrical helical coil having a pitch interval of 20 mm, and is formed at a position in an opposing direction close to and obliquely below the outer surface 2a of the rotary transfer coil body 2. A slide rail 3 having a cross-sectional diameter of 8 mm formed in a round rod-like body made of an elastic hard plastic is juxtaposed.

The rotary transfer coil 2 and the slide rail 3 are connected by a supporter 4 formed in a substantially hook shape via a mounting pipe 5 for mounting and fixing the supporter 4 and at a distance of 20 cm between walls of a factory or the like. At an appropriate position, such as at an appropriate angle in the horizontal direction, up, down, left, or right, or by bending and changing the angle, it is fixed.

As shown in FIG. 2, the rotary transfer coil 2 is suspended from above the supporter 4 and is provided with a rotary supporter plate 6 provided so as to be vertically adjustable.
The rotatable support coil 7 is provided below the supporter 4 so that the rotatable transfer coil 2 can be rotatably sandwiched from above and below.
The slide rail 3 is provided on the outer surface 2 a of the rotary transfer coil 2 mounted on the supporter 4.
The supporter 4 is arranged in the same direction as the rotary transfer coil 2 at a position in the opposing direction in the vicinity of the left and right diagonally downward direction.
It is mounted and fixed.

The coil conveyor 1 composed of the rotary transfer coil 2 and the slide rail 3 is disposed at an appropriate place such as in a cleaning factory by a mounting pipe 5 and a supporter 4, and is rotated by a rotary drive source 15. The coil 2 is rotated, and with the rotation of the rotary transfer coil 2, FIG.
4 and 5, the hanger 8 hung on the slide rail 3 on which the rotary transfer coil 2 is in contact with the rotary transfer coil 2 is rotated and pushed on the slide rail 3 while being pushed in the axial direction of the rotary transfer coil 2. To be transported.

As described above, in the coil conveyor 1, the slide rail 3 is formed of an elastic hard plastic round bar and the hanger 8 is in contact with the rotary transfer coil 2. Is transported while being in line contact with the slide rail 3 by the rotation of the rotary transport coil 2, so that there is an effect that smooth movement is performed with almost no sliding noise.

The hanger 8 can be hooked on the slide rail 4 in a state sandwiched between the pitches of the rotary transfer coil 2 as shown in FIG. 4, that is, via the rotary transfer coil 2. As shown in FIG. 1, the hanger 8 can be directly hung on the slide rail 3, but in this case, the hook 9 of the hanger 8 must be hung so as to always contact the rotary transfer coil 2 and be transferred. Need to be lowered,
Furthermore, as shown in FIG. 1, the hanger 8 is used separately from the one hung on the slide rail 3 via the pitch of the rotary transfer coil 2 and the hanger 8 directly hung on the thrust rail 3. 8 can be divided into suspensions on the slide rail 3.

FIG. 6 shows that one of the slide rails 3 juxtaposed at the position facing the rotary transfer coil 2 is bent in the hanger insertion section 10 in the other thrust rail 3 direction. It is provided.

As described above, one of the slide rails 3 is bent in the direction of the other slide rail 3 so that the slide rail 3 is brought into close contact with the slide rail 3 to form the hanger insertion portion 10, so that the hanger 8 can be easily hooked onto the slide rail 3. This has the effect.

FIG. 7 shows a guide rail 11 for sliding and transferring the hanger 8 with respect to the slide rail 3. The guide rail 11 slides and is transferred by the guide rail 11 so that the hanger 8 slides at the intersection. 3 is provided.

By arranging the guide rail 11 so as to cross the slide rail 3 in this manner, the guide rail 1
There is an effect that the hanger 8 which is separately fed by sliding the slide 1 can be automatically transferred to the slide rail 3 at the intersection to join and transfer.

FIG. 9 shows another embodiment of the present invention, in which the slide rail 3 is formed as a rod having a substantially rectangular cross section. The slide rail 3 is formed as a rod having a substantially rectangular cross-section so that the slide rail 3 can be easily attached to the supporter 4 and the production thereof can be facilitated. This has the effect of being easier.

The slide rail 3 of the present invention is formed into a coiled rod formed by winding a steel wire having a cross section of 2 mm in diameter into a cylindrical form having a diameter of 8 mm instead of a material of a round rod made of elastic hard plastic. In this case, if necessary, the coil rod-shaped body may be used by winding a steel wire (not shown) not only in a single layer but also in a concentric multiple winding.

If the slide rail 3 is formed as a coil rod in this manner, the elasticity is further increased, and the direction of conveyance of the coil conveyor 1 is changed. There is an effect that the slide rail 3 can be easily bent and arranged.

In the coil conveyor 1 of the slide rail conveyor of the present invention, the supporters 4 shown in FIG. 1 are arranged at intervals of 200 mm to support the load, and the supporters 4 rotate the hanger 8 by the rotation of the coil conveyor 1. There is an effect that the coil conveyor 1 can be held while being disposed in an arbitrary direction such as a substantially horizontal direction or an up-down direction while being able to withstand a load without any hindrance or restriction of the conveyance.

By using a metal or plastic having a smooth outer peripheral surface for the slide rail 3, a metal or plastic hanger 8, which has been generally used conventionally, can be used as it is. There is an effect that generation of a powdery material due to scraping of the hook 9 due to conveyance can be prevented.

In the present invention, even when an article such as clothes is not hung on the hanger 8 and the hanger with no load is hung and conveyed, the supporter 4 is provided with a rotation guide from above the rotary conveyance coil 2. Since the rotary support plate 6 which can be adjusted in the vertical direction as the presser and the rotary support plate 7 from the lower side are provided, even if the rotary transfer coil 2 changes the angle in the vertical transfer direction, There is an effect that the hanger can be easily transported while rotating smoothly.

FIG. 10 is a sectional view of the branch transfer section 1 in which the slide rails 3 arranged side by side in the coil conveyor 1 are cut away.
3, one end of the branch guide rail 12 is inserted from the cut-out position of the slide rail 3 to the position below the rotary transfer coil 2 in the branch transfer section 13, and the cut-out end of the slide rail 3 is provided. The hangers 8 hung on the slide rails 3 and conveyed are transferred to the branch guide rails 12 in such a manner that the part direction and a part of the end direction of the branch guide rails 12 are arranged side by side or intersect. It is provided.

If the branch guide rails 12 are arranged in the middle of the coil conveyor 1 as shown in FIG. 11, the hanger 8 to be conveyed is selected as required, and is branched to a predetermined position and conveyed. For example, in FIG. 11, only clothes hanged on the hanger 8 conveyed by the coil conveyor 1 and wrapped by the garment wrapping device provided in the middle are selected by the guide rails 12 for branching, There is an effect that it can be transported to the position.

According to the present invention, since the branch transfer section 13 in which the slide rail 3 is cut off is provided in the middle of the coil conveyor 1 and the branch guide rail is provided side by side or intersects with the slide rail 3, the slide rail 3 is provided. Has the effect that the hanger 8 conveyed can be transferred to the branch guide rail 12.

[0056]

According to the present invention, the hanger hung on the slide rail in the coil conveyer of the slide rail conveyer moves the hanger with the rotation / conveyance coil as the rotation / conveyance coil rotates. Since it is transported in a linear direction on the slide rail, even if a large number of hangers are suspended and transported, there is no danger that hangers will gather at one place, and it is possible to carry out sequentially and smoothly. effective.

Further, unlike the conventional hanger coil conveyor, the hanger is hung only on the slide rail and hung without hanging the hanger directly on the coil body of the rotary transfer coil. All of the weight of the hanger is conveyed by hanging on the slide rail, and the transfer locus of the hanger hung on the slide rail is a linear movement due to line contact. The travel distance is shorter,
As a result, there is no danger that the hook that slides and moves due to the transport of the hanger will be cut off, and there will be almost no sliding noise associated with the transport of the hanger, and the smooth transport will be performed.

According to the present invention, the functions are separated into a slide rail having a function of suspending and moving the hanger and a rotary transfer coil having a function of pushing the hanger while rotating in the transfer direction. From this, the transfer of the hanger by the rotary transfer coil will be performed extremely smoothly even with a small rotary transfer force, and the slide rail is separate from the rotary transfer coil,
In addition, since the slide rail is provided close to the outer surface, there is an effect that the long rail, the package bag, and other objects of the women and the slide rail that have fallen off work to prevent the coil from being wound around the coil conveyor.

[Brief description of the drawings]

FIG. 1 is a perspective view of a state in which a slide rerail conveyor of the present invention is attached to a wall surface of a factory or the like and a hanger is suspended.

FIG. 2 is a side view of a main part of the present invention in FIG.

FIG. 3 is a partially transparent front view of a main part of the present invention in FIG. 1;

FIG. 4 is a perspective view of a main part showing a state where a hanger is hung on the slide rail conveyor of the present invention.

FIG. 5 is a partially transparent sectional view of a main part of FIG. 4;

FIG. 6 is a perspective view of a main part showing a use state of the present invention.

FIG. 7 is a perspective view of a main part showing a use state of the present invention.

FIG. 8 is a partially transparent plan view of a main part of the present invention.

FIG. 9 is a side view showing another embodiment of the present invention.

FIG. 10 is a side view showing another embodiment of the present invention.

FIG. 11 is a perspective view of a main part of FIG. 10;

FIG. 12 is a perspective view of a main part showing a conventional use state.

FIG. 13 is a perspective view of a main part showing a conventional use state.

FIG. 14 is a partial cross-sectional front view showing a conventional use state.

FIG. 15 is a side view of a partial cross section of a main part of FIG.

FIG. 16 is a perspective view of a main part showing a conventional use state proposed by the present inventors.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Coil conveyor 2 Rotary transfer coil 2a Outer side surface of rotary transfer coil 3 Slide rail 4 Supporter 5 Mounting pipe 6 Rotary supporter plate 7 Rotation support plate 8 Hanger 9 Hook 10 Hanger insertion part 11 Guide rail 12 Branch guide rail 13 Branch Transfer unit 14 Packaging device 15 Rotary drive source 16 Rotary shaft 17 Coil 18 Coil conveyor 19 Spiral member 20 Core rod member 21 Support member 22 Hanging shaft 23 Upper support unit 24 Hanger coil conveyor 25 Cylindrical coil body 26 Slide bar

Claims (6)

[Claims] 1. A slide rail is juxtaposed in the same direction as the rotary transfer coil near the outer surface of the rotary transfer coil spirally wound in the axial direction. A slide rail coil conveyor, wherein a hanger hung on a slide rail is provided so as to be transportable. 2. A coil which is spirally wound at a predetermined pitch interval in the axial direction and is slidably provided at a substantially opposing position close to an outer surface of a rotatable transfer coil in the same direction as the rotary transfer coil. Rails are provided side by side, a slide rail is provided so that a rotary transfer coil can abut on a hanger hooked on the slide rail, and a hanger hooked on the slide rail is provided so as to be transferable by rotation of the rotary transfer coil. A slide rail coil conveyor characterized in that: 3. The slide rail is formed by spirally winding an elastic metal rod such as stainless steel or steel or a plastic rod such as hard synthetic resin or a metal wire such as steel or stainless steel in a single or concentric multiple winding. The slide rail coil conveyor according to claim 1, comprising a coil rod-shaped body wound. 4. The slide rail coil conveyor according to claim 2, wherein one of the side-by-side slide rails is bent toward the other slide rail at the hanger insertion portion. 5. A rotary transfer coil helically wound at a predetermined pitch interval in an axial direction and slid in the same direction as the rotary transfer coil at a substantially opposing position close to an outer surface of the rotatable transfer coil. Rails are provided side by side, a slide rail is provided so that a rotary transfer coil can abut on a hanger hooked on the slide rail, and a hanger hooked on the slide rail is provided so as to be transferable by rotation of the rotary transfer coil. A slide rail coil conveyor, wherein a guide rail crosses a slide rail and a hanger sent by the guide rail is provided so as to be transported to the slide rail. 6. A slide rail is arranged in the same direction as the rotary transfer coil close to the outer surface of a rotatable rotary transfer coil that is spirally wound and rotatably provided at a predetermined pitch interval in the axial direction. The slide rail is provided so that the rotary transfer coil can contact the hanger hung on the slide rail,
The hanger hung on the slide rail is provided so as to be able to be conveyed by the rotation of the rotary conveyance coil, and the sliced rail is cut off at an arbitrary position to provide a branch transfer section, and one end of the branch guide rail is provided from the branch transfer section. The direction is inserted up to a position close to the rotary transfer coil and juxtaposed or crossed on a slide rail, and the hanger transferred by the slide rail is provided so as to be transferable to the branch guide rail. Slide rail coil conveyor.