JPH0510282U - Bundling drawer container - Google Patents

Abstract

(57) [Summary] [Purpose] Even if the wires are unwound from multiple bundles at the same time, they can be bundled and pulled out securely without getting entangled with each other, and the workability can be greatly improved. Since they are used in piles, they do not take up space even in a narrow construction site, and they can be piled up in an empty state for easy transportation and storage. [Structure] A ring-shaped upper draw-out port 3 and a ring-shaped lower draw-in having a larger inner diameter than the center of the inner side of a bundled wire storage part 2 having a tapered substantially cylindrical shape with an open upper part and an inner diameter enlarged upward. With a structure in which a tapered substantially cylindrical guide portion 5 having a mouth 4 is provided so that the upper outlet 3 is projected higher than the upper edge 2a of the bundle housing portion 2, the bundle wire 9 is inserted into the bundle housing portion 2. A plurality of the electric wires 8 are vertically stacked so that the electric wires 8 pass between the upper and lower guide portions 5 and 5 and are pulled out upward to be bundled.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

  The present invention is a container that stores electric wires wound in a bundle and draws out multiple bundles at the same time. It is related.

[0002]

[Prior art]

  Generally, when controlling a building's air conditioning equipment, it is necessary to open and close valves and dampers. Numerous motors are installed, and the control wire for controlling these motors is 1 About 3 to 6 wires are required in some places, and wiring to a control panel allows wiring in a small building. As a whole, dozens to several hundreds are required.

[0003]   Several wires for this control are bundled and wired at the same time to the air conditioning equipment. Spread a plurality of bundled wires on the floor and place them one by one from the inside of these bundled wires. The electric wire is fed out, and several wires are put together and passed through the electric wire piping.

[0004]   However, if you put multiple bundles on the floor and feed them out at the same time, The wires tend to get entangled with each other, especially when the number of wires decreases It will be easier. Once the wires get entangled like this, it takes time to loosen them. The work was often interrupted. For this reason, in the past There is one person, and paying attention to the wires so that they do not get entangled However, it may still get tangled when the number of bundles decreases and it collapses.

[0005]   Further, conventionally, there is a bundled wire drawing container in which a lid having an opening for a drawing opening is covered on a cylindrical container. However, this is to put the bundled wire in the container, put the lid on, and feed the electric wire from the inside of the bundled wire. Some are pulled out from the outlet of the lid.

[0006]   However, this bundle drawing container also has a wide outlet when the bundles collapse and collapse. It becomes easier to get entangled. Also, store one bundled wire in one container and place multiple bundles on the floor. Since they have to be spread out and placed, in addition to taking up space on a construction site with a narrow building, Since empty containers cannot be stacked, there was a problem in that they were bulky to carry.

[0007]

[Problems to be solved by the device]

  The present invention eliminates the above-mentioned drawbacks, and even if the electric wires are simultaneously drawn out from a plurality of bundle wires, It is possible to improve the workability significantly by bundling it to the end without pulling it out and pulling it out. In addition, since multiple bundles are used vertically, they do not take up space even in a narrow construction site. In addition, since it can be stacked in an empty state, it provides a bundle drawing container that is easy to transport and store. To do.

[0008]

[Means for Solving the Problems]

  The present invention has a tapered cylindrical bundle with an open upper part and an inner diameter that increases upward. A ring-shaped upper outlet and a ring with an inner diameter larger than this at the inner center of the wire storage A tapered substantially cylindrical guide portion having a lower inlet port with an upper outlet port It is characterized in that it is provided so as to project higher than the upper edge of the wire storage portion.

[0009]   Further, according to the present invention, a plurality of protrusions are provided at predetermined intervals on the inner circumference of the upper part of the bundle storage part. At the same time, the outer circumference of the bundle wire storage part is A structure having a groove may be used.

[0010]

[Action]

  The bundle drawing container according to the present invention is first installed in the bundle storing parts of a plurality of bundle drawing containers respectively. Insert the bundled wires one by one, and then power on from the inside of the bundled wires stored in the first-stage bundled wire drawing container. Draw out one wire and pass it through the inside of the guide part of the bundle drawing container for the second step. After pulling out from the ring-shaped upper outlet, the bundle drawing containers of the second stage are stacked.

[0011]   Next, pull out one wire from the bundle of the second-stage bundle drawing container and then Pass the inside of the guide part of the second-stage bundle drawing container from the first-stage bundle drawing container. Put the above two wires together and pass them through the guide part of the bundle drawing container on the third stage. After drawing out from the partial drawing outlet, the bundled line drawing containers of the third stage are stacked.

[0012]   In this way, a plurality of bundled wire drawing containers containing bundled wires are sequentially stacked vertically, By pulling out from the uppermost guide part, the electric wires in each bundle drawing container are It unwinds from the side one after another. At this time, it becomes a core rod provided inside the bundle. The outer surface of the guide is swung up while being pulled up, and the outer circumference of this guide and the upper guide It passes through the cylindrical passage formed between the inner circumference of the part and the upper part of the uppermost guide part. Entangled because each wire goes through different passages until it is drawn out from the outlet and each wire becomes straight It can be pulled out without fitting, and there is a guide part that is a core rod inside the bundle so it is a bundle It can be pulled out smoothly without collapse.

[0013]   Also, it is common to provide a plurality of protrusions at a predetermined interval on the inner circumference of the upper part of the bundle storage part. On the outer circumference of the bundled wire storage part, a plurality of recessed groove parts are formed corresponding to the protrusions. In the structure that was made, in the unused state, the concave groove of the upper bundle drawing container is The bundled wire storage section expands upward by pressing the bundled wire drawer into the protrusion of the container. Since it is formed in a large taper shape, it is possible to stack multiple bundle drawing containers. It is also easy to transport and store.

[0014]

【Example】

  Hereinafter, embodiments of the present invention will be described in detail with reference to FIGS. Bundled wire drawer The container 1 has a tapered, substantially cylindrical bundle in which the upper part is opened and the inner diameter is expanded upward. At the center of the inner side of the wire storage part 2, there is a ring-shaped upper outlet 3, and a lid having an inner diameter larger than this. A tapered substantially cylindrical guide portion 5 having a ring-shaped lower lead-in port 4 The outlet 3 is provided so as to project higher than the upper edge 2a of the bundle storage unit 2, and is transparent or semi-transparent. It is made of plastic or metal plate.

[0015]   Further, on the inner circumference of the upper part of the bundled wire storage part 4, four protrusions having a substantially trapezoidal shape are arranged at intervals of 90 degrees. The projections 6 are provided so that the projections 6 are inserted into the outer periphery of the bundle housing portion 2 4 .. are formed in the vertical direction with a deviation of 45 degrees from the projection 6.

[0016]   When three bundles of electric wires 8 are simultaneously fed out using the bundle drawing container 1 having the above structure Will be described. First of all, one in each bundle storage part 2 of the three bundle drawing containers 1 ... After inserting the two bundled wires 9, as shown in FIG. Stack vessel 1 in 3 layers. In this case, first, the bundled wire stored in the bundled drawer 1 of the first stage After paying out one electric wire 8 from the inside of 9, the bundled wire drawing container 1 of the second stage The second bundle after being pulled out from the ring-shaped upper outlet 3 through the inside of the guide portion 5. Stack the wire drawing containers 1. As a result, the bundle is drawn out from the first-stage bundle drawing container 1. The electric wire 8 has a cylindrical shape between the outer circumference of the guide portion 5 and the inner circumference of the second step guide portion 5. It is pulled out upward through the excess portion 10a.

[0017]   In this case, on the inner circumference of the upper side of the bundle storage part 2 of the bundle drawing container 1 in the first stage, Four projecting portions 6 ... Having a shape are provided in a projecting manner, and the opposing intervals are the second stage bundle drawing Since the diameter of the bottom of the container 1 is narrower, the bundle drawing container 1 of the second stage Is supported and fixed by the projection 6 of the first stage.

[0018]   Next, one wire 8 is wound from the inside of the bundle 9 stored in the bundle drawing container 1 of the second stage. After taking it out, this and the above-mentioned bundle drawing container 1 to the second bundle drawing container The two electric wires 8 that have passed through the inside of the guide portion 5 of No. 1 are drawn together and the bundle wire of the third stage is drawn out. After drawing out from this upper outlet 3 through the guide portion 5 of the container 1, the bundle drawing of the third stage Stack the delivery container 1.

[0019]   Therefore, the electric wire 8 fed from the bundle drawing container 1 in the first stage is guided by the guide in the third stage. The electric wire 8 that has passed through the central portion of the portion 5 and has been unwound from the second-stage bundle drawing container 1 Is a cylindrical passage portion 10b between the outer circumference of the guide portion 5 and the inner circumference of the third stage guide portion 5. It is in a state of being pulled out upward from the upper outlet 3 through.

[0020]   After this, from the inside of the bundle 9 stored in the bundle drawing container 1 of the third stage, one electric wire 8 It is fed out, and this and the above-mentioned first and second bundle drawing containers 1, 1 to 3 3 wires including the two electric wires 8 that have passed through the inside of the guide part 5 of the bundle drawing container 1 Together with the guide portion 5 of the bundle drawing container 1 in the fourth stage, An empty bundled line drawing container 1 in which the bundled line 9 of the fourth stage is not inserted after being pulled out is stacked.

[0021]   That is, the electric wires 8 and 8 fed from the first stage and the second stage are connected to the guide portion 5 of the fourth stage. The electric wire 8 passing through the central portion and fed out from the third-stage bundle drawing container 1 is Pass through the cylindrical passage portion 10c between the outer periphery of the guide portion 5 and the inner periphery of the third stage guide portion 5. And is pulled upward from the upper outlet 3.

[0022]   In this way, the three bundle drawing containers 1 ... Simultaneously by bundling three electric wires 8 with the empty bundled wire drawing container 1 overlaid and covered. Go out to. The electric wires 8 in each bundle drawing container 1 are sequentially arranged from the inside of the bundle 9. Is pulled out, and is pulled up while turning the outer surface of the guide portion 5 that serves as the inner core rod. And a cylinder formed between the outer circumference of the guide portion 5 and the inner circumference of the upper guide portion 5. Passing through the strip-shaped passage portions 10a, 10b, 10c, and the ring-shaped upper portion of the uppermost guide portion 5 Since the electric wire 8 is pulled out from the outlet 3 and passes through different passages until the electric wire 8 becomes a straight line, It can be pulled out without mating, and there is a guide part 5 that is a core rod inside the bundle 9. Therefore, the bundled wire 9 can be pulled out smoothly without any collapse.

[0023]   In addition, if the bundle drawing container 1 is molded with transparent or translucent plastic, The remaining amount of the line 9 can be confirmed from the outside. Also, do not perform deep drawing or welding on metal plates. In case of molding, the slits are provided on the side wall of the bundle storage unit 2 so that the remaining amount Can be checked from the outside, and the weight can be reduced. Many metal plates The hole may be formed of punched metal or wire mesh.

[0024]   Further, in the empty state not used, the concave groove portion 7 of the upper bundle drawing container 1 is set to the lower bundle. The bundled wire storage unit 2 is moved upward by pressing the wire drawing container 1 in alignment with the protrusion 6. Since it is formed in an enlarged taper shape, a plurality of bundle drawing containers 1 ... It is not bulky and is easy to transport and store.

[0025]   FIG. 5 shows another embodiment of the present invention in which the upper portion is opened and the inner diameter is directed upward. At the center of the inside of the bundled wire storage part 2 that is enlarged and tapered, the ring-shaped upper drawer A taper substantially circle having a port 3 and a ring-shaped lower lead-in port 4 having an inner diameter larger than this The cylindrical guide portion 5 is provided so that the upper outlet 3 is higher than the upper edge 2a of the bundle housing portion 2. Is provided. Further, 11 is a lid for covering the bundled wire storage part 2, and a guide part 5 is provided at the center. The outlet 12 having a larger diameter is opened, and the curved portion 13 is formed on the peripheral portion. While fitting the bottom of the bundled wire storage portion that is stacked on the upper stage to the upper surface of this curved portion 13, The upper edge 2a of the bundle storage part 2 is adapted to fit.

[0026]   In this structure, the electric wire 8 fed from the first and second bundled wires 9 is the same as in FIG. The electric wire 8 drawn out from the bundle 9 of the third-stage bundle drawing container 1 is It is drawn out from between the outlet 11 of the lid 11 while swiveling the guide part 5 which is the core rod. It has become.

[0027]   6 and 7 show another embodiment of the present invention, in which the bundle storage unit 2 is a round bar 14. A ring-shaped upper edge 2a and a ring-shaped lower edge 2b having a smaller diameter than this A plurality of round bars 14 are connected to each other at intervals to form a tapered substantially cylindrical shape. In addition, a ring-shaped lower inlet 4 is provided at the center of the lower edge 2b. A plurality of round bars 14 are radially connected to the edge 2b. Furthermore, above the lower edge 2b On the other hand, a ring-shaped upper outlet 3 having a smaller diameter than this is provided. A plurality of round bars 14 are radially connected between the lower edge 2b and the lower edge 2b to form the guide portion 5, and It is formed like a basket as a body.

[0028]   Further, the round bar 14 forming the side wall of the bundle storage unit 2 has four protrusions 6 having a substantially trapezoidal shape. ... is horizontally projected, and a round bar 14 is bent at the lower edge 2b of the bundle storage part 2. Are formed with four concave groove portions 7 ...

[0029]   The usage of the above bundle drawing container 1 is the same as that shown in FIG. 4, and the rod 14 is shaped like a basket. Since it is formed, the remaining amount of the bundled wire 9 can be confirmed and the weight can be reduced. In the above embodiment, the case where three bundled wires 9 are drawn out is shown, but six or more layers are stacked. However, it can be used similarly.

[0030]

[Effect of device]

  As described above, according to the bundle drawing container according to the present invention, a plurality of bundles can be used in the same manner. Sometimes even if you pull out the wires, you can bundle them up to the end without pulling them out, and Since multiple lines are used vertically, they do not take up space even on a narrow construction site. Since they can be stacked in the same state, they can be easily transported and stored, and the drawers can be monitored as before. It is extremely practical because it eliminates the need for a worker It is very effective.

[Brief description of drawings]

FIG. 1 is a perspective view showing a bundle drawing container according to an embodiment of the present invention.

FIG. 2 is a sectional view of the bundle drawing container shown in FIG.

FIG. 3 is a plan view of the bundle drawing container shown in FIG.

FIG. 4 is a cross-sectional view showing a state in which the bundled wire drawing containers shown in FIG. 1 are stacked and a plurality of electric wires are drawn out at the same time.

FIG. 5 is a cross-sectional view showing a state in which a bundled wire drawing container covered with a lid according to another embodiment of the present invention is stacked and a plurality of electric wires are drawn out at the same time.

FIG. 6 is a cross-sectional view of a bundled wire drawing container formed in a basket shape with a round bar according to another embodiment of the present invention.

FIG. 7 is a plan view of the bundle drawing container shown in FIG.

[Explanation of sign]

1 bundle drawing container 2 bundle storage 2a Upper edge 3 Upper exit 4 Lower entrance 5 Guide section 6 protrusion 7 groove 8 electric wires 9 bundles 10a Cylindrical passage 11 lid 12 exit 13 curved part 14 Round bar

Claims (2)

[Scope of utility model registration request] 1. A ring-shaped upper outlet and a ring-shaped lower inlet having an inner diameter larger than the center of the inner side of a taper-like substantially cylindrical wire bundle housing having an upper opening and an inner diameter enlarged upward. A bundled-line drawing container, characterized in that a tapered substantially cylindrical guide portion having a mouth is provided so that the upper outlet port projects higher than the upper edge of the bundled-line storage portion. 2. A plurality of protrusions are provided on the inner circumference of the upper part of the bundle storage part at predetermined intervals, and a plurality of protrusions are inserted in the outer periphery of the bundle storage part corresponding to the protrusions. The bundled wire drawing container according to claim 1, wherein the concave groove portion is formed.