JP6240464B2 - Long body storage - Google Patents

Description

  The present invention relates to a storage body for an elongated body.

As shown in Patent Document 1, a general storage body for a long body such as a cord reel has a winding part such as a reel built in a casing, and a cord is wound around the reel in multiple turns. Devices for storing and storing are known.
This type of elongated body storage body can be broadly divided into an energy consuming type and an energy self-contained type. The energy consuming type is a winding unit that consumes electric energy, rotates an electric motor, rotates a reel by rotation of the electric motor, and winds a long body. On the other hand, the energy self-sufficiency type stores the energy when pulling out the long body from the winding unit, and winds the long body with the stored energy. As means for storing energy, there are known means for storing as elastic energy using a spring spring and means for storing potential energy as shown in Patent Document 1.

The energy self-sufficiency type is advantageous from the viewpoint of energy saving because the long body is wound up by releasing the stored energy. However, since the stored energy acts so as to be always released, it is necessary to stop the winding of the long body by the stopper mechanism. And when winding is necessary, release the stopper mechanism,
It is necessary to wind the long body.

  On the other hand, the long container is used for various purposes such as winding an electric cord of an electric appliance, winding a communication cord of a communication appliance, and winding a hose through which a fluid passes. ing. The user of the present application has developed various winding devices for electric cords, but has taken up charging cords for plug-in hybrid vehicles and EV vehicles (hereinafter collectively referred to as electric vehicles). Developed a storage body for storage. Specifically, the cord is pulled out from the storage body arranged on the power source side over several meters, and the connecting body provided at the tip of the cord is connected to the outlet of the plug-in hybrid vehicle or EV vehicle, and charged. After the charging is completed, the cord is wound around the winding portion of the storage body and stored in the storage body. The user of the present application applied the technology related to the winding device of the conventional electric cord and developed it, but the charging cord is relatively thick and heavy, and the tip of the tip is grounded. It has been found that there is a need to make various improvements since it is necessary to wind up without any problems.

Japanese Utility Model Publication No.55-133301

When developing a storage body for a long body, more specifically, a storage body for a cord for charging an electric vehicle, the long body can be reliably wound and stored, and the long body It is necessary to improve convenience as a storage body.
In particular, when the drawn long body is wound up, if the winding is performed carelessly, it is predicted that an accident such as a fall on the long body will be taken. From such a safety point of view, the present inventors initially kept the winding of the long body always stopped by the stopper mechanism described above, and when the winding is necessary, We have not developed a storage body for a long body that pushes a push button to release the stopper mechanism so that the long body is wound, and stops winding when the user releases the push button. It was. However, it is impossible to instantaneously wind the long body drawn over several meters in length, and even if it can be wound, it is not desirable from the viewpoint of safety. For this reason, the long body is wound up over several seconds, but it is not desirable from the viewpoint of convenience that the user keeps pressing the push button all the time.
Then, the 1st subject of this invention is providing the storage body of the elongate body which can wind up the elongate body which made safety and the convenience compatible.

  In addition, the long storage container for the charging stand of an electric vehicle installed in an outdoor installation location, such as a parking lot device developed by the present inventor or a public facility site, is long by the user. In order to make it easier to pull out the body, a long hole is provided at a position slightly lower than the height of the user. If the long body is pulled out and rewound in a state where the long body is in contact with the drawer hole, the frictional resistance of the long body may increase and may be damaged. Therefore, it is preferable to guide the elongated body by the guide roller so that the elongated body does not come into contact with the drawing hole. However, when the elongated body passes through the guide roller, it hangs down under its own weight and turns into an elongated body. Can do. Since this inflection point becomes a resistance of winding, there is a possibility that winding may not be performed well. If the winding force of the long body is increased, it is possible to wind even if the winding resistance is large, but if the winding force of the long body is increased, the user pulls out the long body. In some cases, a large force is required, making it difficult to pull out the long body.

  Then, the 2nd subject of this invention is providing the storage body of the elongate body which can make winding resistance of an elongate body small.

The present invention relates to a winding part, a long body such as a cord wound around the winding part, a tip provided at a tip of the long body, and the tip part being detachable. It is related with the storage body of the elongate body provided with the receiving part to stop. The receiving portion includes an operation portion that moves when the distal end portion is locked to the receiving portion, and the winding of the elongated body by the winding portion is started by the movement of the operation portion, and the distal end portion Is maintained in the receiving portion, the winding of the long body is continued until the winding of the long body is completed.
The present invention also provides a winding portion, a long body such as a cord wound around the winding portion, a tip provided at a tip of the long body, and the tip can be attached and detached. In the case of a storage body having an elongated body provided with a receiving portion to be locked, the receiving portion includes an operation portion that moves when the tip portion is locked to the receiving portion, and the movement of the operation portion is at least 1 One starting condition is that the winding of the elongated body by the winding part is started, and the state in which the leading end is locked to the receiving part is maintained as at least one continuation condition. The long body storage body is characterized in that the winding of the long body is continued until the winding of the body is completed.

  As a result, the user can automatically wind up the elongated body that has been pulled out simply by locking the tip portion to the receiving portion. The winding of the long body by the winding unit may be electric, but the long body is pulled out against an energy storage means such as a spring or gravity and stored by pulling out. From the viewpoint of energy saving, it is desirable to wind up the elongated body using energy stored in the means.

  As described above, in the case of an apparatus having an energy storage means, the winding unit always pulls the long body in order to wind up the long body in the drawn-out state. It becomes a state. However, if the long body is in a state of being pulled all the time, if the stopper mechanism for stopping the winding of the long body by the winding portion is not provided, the drawn long body is It becomes difficult to use. Although this stopper mechanism can take various forms, it is also possible to use a stopper mechanism that includes a contact portion that stops the winding by applying resistance to the elongated body. it can. As a result, when the elongated body is in a free state, the long body is always pulled by the winding portion, and receives a resistance by the contact portion, thereby maintaining the state where the winding is stopped. it can. And when the said operation part is connected to the said contact part and the said operation part moves, the said resistance by the said contact part will weaken, and the said elongate body will be wound by the said winding part Can be implemented as

  As the winding portion, a cord reel or the like that is wound by a spring spring can be used, but a winding reel composed of at least two guides of a first guide and a second guide can also be used. In this case, the elongated body is stretched between the guides, and at least one of the guides is a guide that can be moved toward and away from the other guides. Is provided on the slide portion, and the slide portion slides along the guide portion, winds the long body by the separation, and feeds the long body by the approach. . The approaching / separating guide is arranged so as to move up and down, so that when it is pulled out, potential energy is stored in the approaching / separating guide, and it is released from the other guides. The long body can be wound up by separating. Further, when the guide element capable of approaching / separating is arranged so as to move in the lateral direction, it can be stored in the energy urging means at the time of withdrawal by using an urging means such as a spring. Moreover, potential energy can also be stored even when arranged so as to move laterally. Specifically, the potential energy of the weight can be used by connecting a long body such as a wire to the guide member that can be moved away from and moving, and hanging the long body and attaching a weight to the tip of the long body.

  The winding unit can be provided in a casing installed on the installation surface. At that time, a lead-out hole is opened in the casing, and the elongated body wound around the take-up part is drawn out from the take-up part through the lead-out hole. And the lower end of the said drawing hole is located below from the release starting point of the said elongate body from which the said elongate body is unwound from the said winding part, In the said casing, an intermediate | middle guide part And an outlet guide part provided closer to the extraction hole than the intermediate guide part, the outlet guide part is located below the release start point, and the intermediate guide part includes the outlet guide part and the outlet guide part. The elongated body may be kept curved in the casing in the region from the release start point to the extraction hole by being positioned above the line segment connecting the release start point. As a result, the elongated body can be kept in a natural curved state, and the resistance during winding can be reduced.

  The long body storage body can wind up various long bodies, but the long body is a charging cord for a plug-in hybrid vehicle or an EV vehicle, and the tip portion is It can also be set as the charge plug which has a connection terminal in the front-end | tip.

  The present invention has been able to provide a storage body for a long body capable of winding a long body that achieves both safety and convenience.

(A) The front view of the storage body which concerns on one embodiment of this invention, (B) The side view of the storage body. The center longitudinal cross-sectional view of the same storage body. (A) The principal part enlarged view of FIG. 2, (B) The principal part enlarged view of the modification. (A) The side view of the charge plug provided in the receiving part of the storage body and the front-end | tip of a elongate body, (B) The front view of the charge plug. Explanatory drawing of the principal part of the internal structure of the storage body. Internal structure explanatory drawing which shows the modification of the storage body.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
(Basic configuration)
The storage body according to the embodiment of the present invention is implemented as a storage body for a charging cord, and this storage body includes a casing 1 installed on a floor or a ground installation surface g of a parking lot or the like. In the casing 1, a winding unit 3 for winding the elongated body 2 that is an electric supply line, an exit roller 4, an intermediate roller 5, a guide mechanism 6, and a stopper mechanism 7 are provided. . The user pulls out the elongated body 2 and connects the charging plug 21 provided at the tip thereof to the connection terminal of the battery of the electric vehicle for charging. When charging is completed, the drawn elongated body 2 is wound into the casing 1 simply by returning the charging plug 21 to the receiving portion 22 of the casing 1. Hereinafter, each configuration will be described in detail.

(Long body 2)
The elongated body 2 is a charging cord in which a conductive member is covered with an insulator. In this example, a charging plug 21 is provided at the tip of the elongated body 2. The charging plug 21 is connected to the electric vehicle when charging the battery of the electric vehicle.

(Casing 1)
The casing 1 is a vertically long rectangular parallelepiped casing, and includes a drawer hole 10 for the elongated body 2 on the front surface thereof. The position of the extraction hole 10 may be set as appropriate, but the lower end 11 of the extraction hole 10 is positioned below the release starting point k1 of the elongated body from which the elongated body 2 is unwound from the winding unit 3. And it is desirable not to contact the elongate body 2 (refer FIG. 2).

More specifically, it is appropriate that the lower end 11 of the extraction hole 10 is positioned at a height of about 1 to 2 m from the installation surface g, and the elongated body 2 that naturally hangs down from the extraction hole 10 to the installation surface g is Usually, it grounds in the position away from the front of the casing 1 to the front (for example, a position away from 20 to 50 cm). In the casing 1, a power feeding unit 12 that supplies electricity to the elongated body 2 (charging cord) is disposed above the winding unit 3, and the power feeding unit 12 is connected to an external power source.

(Winding part 3)
In this example, the winding unit 3 is composed of at least two guides, a first guide 31 and a second guide 32, as shown in FIGS. The elongate body 2 is wound around the guides 31 and 32 by one or more rounds around the guides 31 and 32 as winding axes, and the first guide 31 and the second guide The long body 2 is unwound and unwound by approaching and separating 32. The first guide 31 and the second guide 32 are moved toward and away from each other by moving at least one of them. In this example, the first guide 31 is fixed and the second guide 32 is moved (elevating and lowering). To make it approach and leave. The extended long body 2 can be pulled out from the winding portion 3 through the pull-out hole 10.

  In many conventional cord reels, in order to wind the cord around the rotating reel, the cord for drawing is separated from the power feeding cord for supplying power to the cord, and both cords are separated by rotating electrical contact portions. Was electrically connected. However, the winding unit 3 according to this embodiment can connect to the power feeding unit 12 as it is without cutting the long body 2 at the winding unit 3, and thus there is a possibility of electric leakage or short circuit. This is advantageous in that it can be suppressed. Specifically, the elongated body 2 drawn out from the power feeding unit 12 reaches the second guide 32 along the first guide 31, is folded back by the second guide 32, and returns to the first guide 31. When one reciprocation is sufficient, it returns to the first guide 31 or is guided by another guide and led out from the pull-out hole 10. In the case of two or more reciprocations, the first guide 31 is folded back and guided to the second guide 32, and then returned to the first guide 31 or returned to the first guide 31 or guided by another guide through the pull-out hole 10. Derived. At that time, it is desirable that the first guide 31 and the second guide 32 are formed in a circular reel shape, and are provided with a groove for receiving the long body 2 of each turn. The first guide element 31 and the second guide element 32 are preferably rotatable in order to reduce the frictional resistance with the elongated body 2 and to make the movement smooth, but the material has a small frictional resistance. For example, it may be impossible to rotate.

(Guide mechanism 6)
Although the support shaft of the first guide 31 is supported by the casing 1, the second guide 32 moves up and down while being guided by the guide mechanism 6. The guide mechanism 6 includes a slide portion 61 and a guide portion 62. The support shaft of the second guide element 32 is supported by the slide portion 61, and the slide portion 61 moves up and down while being guided by the guide portion 62 extending vertically. In this example, by arranging the guide portions 62 before and after the slide portion 61, the overall lateral width of the casing 1 (the axial length of the first guide 31) is reduced.

The slide portion 61 moves downward by its own weight, and a weight adjusting weight is provided as necessary.
In a state before the elongated body 2 is extended, the slide portion 61 and the second guide element 32 are located at the lower end. Then, when the user pulls the distal end side of the elongated body 2 protruding from the drawer hole 10 of the casing 1, the slide portion 61 rises against gravity. By stopping the pull and the long body 2 is in a free state, the slide part 61 is lowered by the potential energy of the slide part 61 and the long body 2 is wound up.
In addition, although illustration is abbreviate | omitted, it is also desirable to provide shock absorbers, such as a coil spring, in the upper limit and the lower limit of the raising / lowering of the slide part 61. FIG.

(Exit roller 4 and intermediate roller 5)
As shown in FIG. 3A, an outlet roller 4 as an outlet guide part and an intermediate roller 5 as an intermediate guide part are arranged in the casing. The exit roller 4 is disposed near the drawing hole 10, and the intermediate roller 5 is disposed between the exit roller 4 and the first guide 31.

  The exit roller 4 and the intermediate roller 5 are located below the long body 2 and supported from below the long body 2. The outlet guide portion and the intermediate guide portion can be configured by a support that does not rotate, but are configured by both rotatable rollers 4 and 5 in order to reduce the resistance of winding and drawing out of the elongated body 2. It is desirable.

The positions of the outlet roller 4 and the intermediate roller 5 are set so that the elongate body 2 can be guided smoothly. In this example, as shown in FIG. 3A, the exit roller 4 is in contact with the elongated body below the release start point k1 and above the lower end 11 of the extraction hole 10. The intermediate roller 5 is in contact with the elongated body 2 below the release start point k1 and above the exit roller 4. The exit roller 4 and the intermediate roller 5 are arranged on a straight line with respect to the release start point k1.

As shown in FIG. 3B, it is also desirable to arrange the intermediate roller 5 so as to be positioned above a line segment a connecting the exit roller 4 and the release start point k1. In the example of FIG. 3B, the intermediate roller 5 regulates the downward movement of the long body 2, and the long body between the release start point k1 and the exit roller 4 with respect to the line segment a. 2 is kept as a convex curve upward. It is desirable that this curve be close to a natural bend in the long state in order to reduce the movement resistance of the long body 2.

(Stopper mechanism 7)
The stopper mechanism 7 is provided to prevent the long body from being inadvertently wound even if the hand is removed from the drawn long body 2. Specifically, a contact portion 71, an operation portion 72, and a connecting member 73 are provided. The connecting member 73 is rotatably supported by a fulcrum 74, and a contact portion 71 is connected to one end of the connecting member 73, and an operation portion 72 is connected to the other end. The operation unit 72 is disposed outside the casing 1. By pressing the operation portion 72 so as to approach the casing 1, the contact portion 71 moves in a direction away from the elongated body 2.

The action of the stopper mechanism 7 will be described for each of the three states of the elongate body 2 being pulled out, stopped from being pulled out, and rolled up.
(Drawer of long body 2)
When the user pulls the distal end side of the long body 2, the long body 2 is pulled out while pushing up the contact portion 71 while receiving a slight resistance by the contact portion 71. At that time, as described above, the second guide element 32 and the slide part 61 rise against the gravity.

(Drawer stop for long body 2)
When the user releases the hand from the long body 2, the movement of the long body 2 is stopped by the resistance of the contact portion 71, and the second guide element 32 and the slide portion 61 are also stopped. It acts in the direction of pulling the elongated body 2 in the direction of winding. Therefore, the resistance by the contact part 71 is set to be larger than the pulling force due to the gravity.

  More specifically, the abutting portion 71 is formed in a long shape by pressing and sandwiching the long body 2 supported from below by the outlet roller 4 and the intermediate roller 5 from the opposite side (upper side). The movement resistance of the body 2 is added and stopped. Although a member with a large frictional resistance can be used for the contact portion 71, in this example, a rotatable roller similar to the rollers 4 and 5 is used. When a rotatable roller is used as the contact portion 71, its own frictional resistance is small. However, the contact portion 71 is disposed between the exit roller 4 and the intermediate roller 5, and the exit roller. 4 and the intermediate roller 5 are brought close to each other, whereby the long body 2 can be curved to stop the winding of the long body 2. In addition, by using a roller with a one-way clutch that rotates only in the pull-out direction for the contact portion 71, it is possible to increase the resistance in the winding direction while reducing the pull-out resistance. Further, an urging means such as a spring may be arranged on the connecting member 73 or the like so that the long body 2 is constantly pressed by the contact portion 71.

(Drawer entrainment of long body 2)
When the operation part 72 is pushed so as to approach the casing 1, the connecting member 73 rotates around the fulcrum 74 and moves the contact part 71 in a direction away from the elongated body 2. As a result, the resistance by the contact portion 71 is reduced or released, and the pulling force on the elongated body 2 due to the gravity of the second guide element 32 and the slide portion 61 becomes larger than the resistance by the contact portion 71. The long body 2 is wound around the winding portion 3.

(Stopper mechanism 7 and charging plug 21)
In this embodiment, the charging plug 21 is attached to the receiving portion 22 provided outside (in this example, the front) of the casing 1 so as to press the operation portion 72 of the stopper mechanism 7. When charging of the electric vehicle is completed, the user sets the charging plug 21 at the tip of the long body 2 to the receiving portion 22 so that the long body 2 is automatically wound up. The charging plug 21 is standardized as a charging plug 21 for an electric vehicle, and includes a cylindrical insertion portion 28 and a latch 24 protruding above the insertion portion 28 at the tip thereof. Inside the insertion portion 28, a pair of power terminals 25, a pair of signal terminals 27 disposed below the pair of power terminals 25, and one ground terminal 26 are provided.

  Specifically, the receiving portion 22 has a cylindrical shape that receives the insertion portion 28 at the tip of the charging plug 21, and a locking portion 23 is provided on the upper portion of the receiving portion 22. The locking portion 23 engages with a latch 24 protruding from the top end of the charging plug 21, and the user can connect the charging plug 21 to the receiving portion 22 in the same manner as the connection at the time of charging to the electric vehicle. By simply inserting the insertion part 28 at the tip, the latch 24 engages with the locking part 23 and the setting of the charging plug 21 is completed. The operation unit 72 described above is disposed inside the receiving unit 22. The operation unit 72 is pushed when the setting of the charging plug 21 is completed. As a result, the above-described elongate body 2 is automatically drawn out. When the charging plug 21 is removed from the receiving portion 22, the pressing by the contact portion 71 of the stopper mechanism 7 is released, and the long body 2 can be pulled out and stopped.

  In this example, 72 is configured so as to be in contact with and pressed against the ground terminal 26 that protrudes to the extreme end among the power terminal 25, the ground terminal 26, and the signal terminal 27. It is sufficient if it is pressed when the charging plug 21 is set, such as being pressed by the tip of 28.

  The relationship between the stopper mechanism 7 and the charging plug 21 can be variously changed. The receiving portion 22 may be a simple hook and the charging plug 21 may be simply hooked. Then, the receiving portion 22 may be lowered downward by the weight of the charging plug 21 hooked on the receiving portion 22, and the operation portion 72 may be pushed by the downward movement. In the above-described example, the contact portion 71 presses the elongated body 2 by pressing the operation portion 72 in the lateral direction. However, the contact portion 71 is moved downward by the movement of the operation portion 72 downward. May be made to be pressed.

(Other)
As shown in FIG. 5, the guide portion 62 that guides the slide portion 61 described above is arranged on the front and rear of the casing 1 (on both sides with the support shaft of the second guide element 32 interposed therebetween), thereby reducing the width on the left and right. Has been implemented. However, as shown by the black circles, the guide portions 62 may be arranged in front of and behind the support shaft of the second guide element 32 so as to suppress the left and right widths of the casing 1. Further, as indicated by X, the guide portion 62 may be disposed obliquely with respect to the slide portion 61.
In the above-described example, the start and continuation of winding of the long body 2 is determined only by the presence / absence of the movement of the operation unit 72. However, the long body 2 is added with other conditions. The start and continuation of winding may be determined. For example, second operating means such as a push button may be provided in the casing 1, and the operation of the operating means by the operator may be added to the second start condition and the second continuation condition. More specifically, winding may be started on the condition that the second operating means is operated before, after, or before and after the charging plug 21 is attached. . The winding of the elongated body 2 may be interrupted by operating the second operating means even when the charging plug 21 is locked. The second operating means may be provided with a stopper mechanism that is separate from the above-described stopper mechanism 7. If the second operating means is not operated, the second operating means is incorporated into the above-described stopper mechanism 7. It may be configured such that the contact portion 71 does not move. Furthermore, the second operating means may be one of the start condition and the continuation condition, and a third operating means may be provided in addition to the second operating means.
The winding unit 3 is composed of two guides, the first guide 31 and the second guide 32, but three or more guides may be used. At that time, these three or more guides may be arranged at the apex of the polygon, may be arranged at the W-shaped end and the bending point, or a plurality of guides may be moved, Various modifications can be made. In addition, when the guides are not rotated, it is only necessary to have a portion where the elongated body contacts, so that the guides can be brought close to each other by being made of a semicircular shape. it can.

DESCRIPTION OF SYMBOLS 1 Casing 2 Elongate body 3 Winding part 4 Exit roller 5 Intermediate roller 6 Guide mechanism 7 Stopper mechanism 10 Pull-out hole 11 Lower end 12 of a pull-out hole Feed part 21 Charging plug 22 Receiving part 23 Locking part 24 Latch 25 Power supply terminal 26 Ground terminal 27 Signal terminal 28 Insertion part 31 First guide element 32 Second guide element 61 Slide part 62 Guide part 71 Contact part 72 Operation part 73 Connecting member 74 Support point g Installation surface k1 Release start point

Claims (5)

A winding portion; a long body wound around the winding portion; a tip portion provided at a tip of the long body; and a receiving portion that detachably locks the tip portion. In the storage body of the long body,
The receiving portion includes an operation portion that moves when the tip portion is locked to the receiving portion,
Winding of the elongated body by the winding portion is started by the movement of the operating portion, and the winding of the elongated body is completed while maintaining the state where the distal end portion is locked to the receiving portion. Until it is configured to continue winding the elongated body ,
The winding unit is provided in a casing installed on the installation surface,
The casing includes a lead hole,
The elongated body wound around the winding part is drawn out from the winding part through the lead-out hole,
The lower end of the extraction hole is positioned below the starting point of release of the elongated body from which the elongated body is unwound from the winding part,
In the casing, provided with an intermediate guide part, and an outlet guide part provided closer to the drawing hole than the intermediate guide part,
The exit guide is located below the release start point,
The intermediate guide portion is positioned above a line segment connecting the outlet guide portion and the release start point, so that the elongated body is placed in the casing in the region from the release start point to the extraction hole. A long-body storage body characterized by being configured to maintain a curved state . A winding portion; a long body wound around the winding portion; a tip portion provided at a tip of the long body; and a receiving portion that detachably locks the tip portion. In the storage body of the long body,
The receiving portion includes an operation portion that moves when the tip portion is locked to the receiving portion,
At least one continuation that the winding of the elongate body by the winding unit is started with the movement of the operation unit as at least one start condition, and the state where the distal end is locked to the receiving unit is maintained. As a condition, until the winding of the long body is completed, the winding of the long body is continued ,
The winding unit is provided in a casing installed on the installation surface,
The casing includes a lead hole,
The elongated body wound around the winding part is drawn out from the winding part through the lead-out hole,
The lower end of the extraction hole is positioned below the starting point of release of the elongated body from which the elongated body is unwound from the winding part,
In the casing, provided with an intermediate guide part, and an outlet guide part provided closer to the drawing hole than the intermediate guide part,
The exit guide is located below the release start point,
The intermediate guide portion is positioned above a line segment connecting the outlet guide portion and the release start point, so that the elongated body is placed in the casing in the region from the release start point to the extraction hole. A long-body storage body characterized by being configured to maintain a curved state . The winding unit is always pulling the long body to wind up the long body in the drawn-out state,
A stopper mechanism for stopping the winding of the elongated body by the winding unit;
The stopper mechanism includes an abutting portion that stops the winding by contacting the elongated body and applying resistance.
The elongated body, while constantly pulled by the take-up unit, by receiving the resistance by the contact portion, which keep the winding is stopped,
The operation part is connected to the contact part,
3. The long length according to claim 1, wherein when the operation portion moves, the long body is wound by the winding portion due to a decrease in the resistance by the contact portion. A container for the body. The winding portion is composed of at least two guides, a first guide and a second guide,
The elongated body is spanned between the guides,
At least one of the guides is a guide that can be moved toward and away from another guide,
An approachable and disengageable guide is provided on the slide portion, the slide portion slides along the guide portion,
4. The storage body for a long body according to claim 1, wherein the long body is wound up by the separation and the long body is fed out by the approach. 5. The long body is a charging cord for a plug-in hybrid vehicle or an EV vehicle, and the tip is a charging plug having a connection terminal at the tip. A storage body of the long body described.