KR20060098336A - Switching structure of collecting box and collecting box unit - Google Patents

Abstract

(Problem) Provided is a storage box unit capable of improving the appearance of the opening and closing cover and minimizing the length of the use space in the storage direction as much as possible.

(Solution means) The second guide member 32 is not present in the region facing the opening 15 of the belt-shaped material storage box portion 6, and the lid 34 is first guide member 26 (25). , 25 and the second guide member 32 (11aa, 11bb, 30a, 30b) on the rear side, to guide the front of the opening 15 of the strip-shaped storage box portion 6 thereafter. The lead 34 is moved inward of the belt-shaped material storage box 6 while resisting the holding force of the coil spring 47. This makes it possible to store the lid 34 in an overlapping state with its surface facing outward of the opening 15, thereby shortening the length of the storage direction and using a wide lid 34. It is also possible to reduce the number of dividing lines between adjacent leads 34 at the time of complete closure.

Description

Opening and closing structure of storage box and storage box unit {SWITCHING STRUCTURE OF COLLECTING BOX AND COLLECTING BOX UNIT}

1 is a perspective view showing a state in which the accessory storage box unit according to the present embodiment is assembled;

2 is a perspective view showing the accessory storage box unit in a fully closed state according to the present embodiment;

3 is a partial cross-sectional side view showing the accessory storage box unit according to the present embodiment.

4 is a perspective view showing the storage box according to the present embodiment.

5 is a front view showing the storage box according to the present embodiment.

6 is a left side view of the storage box according to the present embodiment.

7 is a cross-sectional view taken along the line Z7-Z7 of FIG.

8 is a perspective view showing a lid according to the present embodiment.

9 is a front view showing a lid located at the lowest position according to the present embodiment.

10 is a side view of FIG. 9

11 is a perspective view showing a lead located at the top of the embodiment;

12 is a plan view of FIG.

13 is an explanatory diagram for explaining storage of leads.

14 is an operational state diagram illustrating the continuous state of FIG.

15 is an operational state diagram illustrating the continuous state of FIG. 14.

16 is a perspective view showing the accessory storage box unit in a fully open state according to the present embodiment;

Explanation of symbols on the main parts of the drawings

1-accessory storage box unit 4-storage box

5-accessory storage box part 6-band-shaped material storage box part

7-Internal space of accessory storage box part 8-Opening of accessory storage box part

10-lower part of accessory storage box

11aa-Opening side end surface of the side plate of the accessory storage box (second guide member)

11bb-Opening side end face of the side plate part of the accessory storage box part (2nd guide member)

14-Inner space of strip shape box

15-Opening of the strip-shaped storage box

16-Lower part of strip-shaped storage box

23-mounting plate 24-opening of the mounting plate

25-side edges of openings of mounting plates (first guide member)

26-1st guide member 29-1st guide groove (guide groove)

30a-guide plate (second guide member) 30b-guide plate (second guide member)

31-2nd guide groove (guide groove) 32-2nd guide member

33-Guide groove 34-Leads

35-Extended end of lead 38-First catch

39-2nd engagement part 40-1st contact surface

41-1st engagement surface 42-2nd contact surface

43-2nd engaging surface 44-Central body part

45-inclined surface of the central body 46-inclined surface of the central body

47-coil spring

(Patent Document 1) Japanese Patent No. 3370885

The present invention relates to an opening and closing structure of the storage box and the storage box unit.

As the opening / closing structure of the storage box, as shown in Patent Literature 1, the opening of the storage box body (console box) can be opened and closed by sliding the opening / closing cover formed by adjoining a plurality of strip-shaped materials in the width direction thereof. There is.

Specifically, a plurality of strip-shaped materials are attached to the flexible sheet adjacently in the width direction to form an opening and closing cover, a guide member for guiding the slide of the opening and closing cover is formed, and the opening of the storage box is opened. In this case, the opening and closing lid may be returned to the loop shape in the storage direction (lower side) by the guide member for storage.

However, since the opening / closing structure of the storage box is such that the opening / closing cover is returned to the loop shape in the storage direction when the opening / closing cover is stored, the width of each strip-shaped material in the opening / closing cover is made smaller and the loop shape in the storage direction Even if the radius of curvature at the time of returning to the front side was reduced, there was a limit to reducing the length of the use space in the storage direction (at least the length of at least one strip-shaped material in the vertical direction). Therefore, it is often difficult to apply the above structure under a space (shallow storage space) of which the length of the storage direction for storing the opening and closing lid is short.

In addition, in the case of using a wide member as a band member of the opening and closing cover, when the opening and closing cover is returned to the loop shape in the receiving direction, it interferes with the guide member (cannot pass through the guide groove). Narrow widths should be used as strip material. Therefore, when the opening of the storage box is covered with an opening and closing cover made of a narrow belt-shaped member, partition lines for partitioning adjacent band-shaped members appear at regular intervals (width of the band-shaped member), which is undesirable in appearance.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and the first technical problem is to improve the appearance of the opening and closing cover, and to minimize the length of the use space in the storage direction for storing the opening and closing cover. It is to provide the opening and closing structure of the storage box. A second technical problem is to provide a storage box unit which can improve the appearance of the opening and closing cover and can make the length of the use space in the storage direction as small as possible.

In the invention according to claim 1 of the present invention for achieving the above-described first technical problem, a pair of guide members is provided with an opening of the storage box body interposed between a storage box body having an opening that opens the inner space to the outside. And each guide member is formed of a first guide member and a second guide member positioned on an inner side of the housing box rather than the first guide member to cooperate with the first guide member to form a guide groove. A plurality of belt-shaped members are slidably held between the first and second guide members constituting the respective guide members by the extended ends thereof, and the plurality of belt-shaped members are closed when the opening of the storage box is closed. The opening and closing structure of the storage box, which is set so that the ash covers the opening of the storage box body in a state adjacent to each other in the width direction thereof. Come on.

Each of the second guide members is formed on the side in which the respective strip-shaped materials are separated from each other, and the second guide members slide in the direction in which the strip-shaped materials open the opening of the storage box. The widthwise end of the strip-shaped material toward the slide direction of the strip-shaped material at the open end of the opening on the side where the strip-shaped material slides in the direction in which the opening of the storage box body opens. Even if the belt-shaped material is moved to the inside of the housing box in the state, the belt-shaped material is set to ensure the length by which the second guide member is not regulated by the second guide member, and each of the first guide members is formed in the belt shape. On the side where the ash slides in the direction of opening the opening of the storage box body, it is longer than the second guide member. The band in the inner space of the storage box body in the range from the open end to the extended end of the second guide member with respect to the length in the parallel direction of the pair of guide members. The length which a member can move to the inside of the said storage box body in the state which made the width direction of this strip | belt-shaped material toward the slide direction of this strip | belt-shaped material is ensured, and one strip | belt-shaped material of the said several strip | belt-shaped material is this strip | belt. The surface of the shape member is positioned in the range between the opening end and the extension end of the second guide member while facing the outer side of the opening of the housing box. It is set as the structure supported by the direction which abuts.

Moreover, as a preferable aspect of the said Claim 1, it turns out as described in Claims 2-8.

In the invention according to claim 9 of the present invention for achieving the above-mentioned second technical problem, there is provided a storage box having an opening for opening an inner space to the outside, and a pair of storage boxes attached to the storage box with the opening interposed therebetween. A guide member is provided, and each guide member is positioned on the inner side of the storage box than the first guide member and the first guide member, and the second guide member cooperates with the first guide member to form a guide groove. And a plurality of strip-shaped members are slidably held between the first and second guide members constituting the respective guide members by the extended ends thereof, and the plurality of strips when the opening of the storage box is closed. The shape member is an opening and closing cover in a storage box unit which is set to cover the opening of the storage box in a state adjacent to each other in the width direction thereof. Come on.

The strips are separated from each other, and the storage box is divided into a accessory storage space and a strip-shaped material storage space, wherein the strips on the side that slides in the direction of opening the opening of the storage box body. The strip-shaped material is partitioned in a state in which the shape-shaped material storage space is arranged, and the strip-shaped material storage spaces are each one of the strip-shaped materials while the surface side thereof faces the outside of the opening of the strip-shaped material storage space. It is set to a size that can be inserted into the inside of the belt-shaped material storage space through the opening of the storage space, wherein each of the first guide member slides in the direction in which the belt-shaped material to open the opening of the storage box. The second guide part extends from the opening of the accessory storage space to cross the opening of the strip-shaped material storage space. A side of the belt-shaped material slides in the direction of opening the opening of the storage box, extends to the belt-shaped storage space so that the guide groove is opened toward the opening side of the belt-shaped storage space. In the opening region of the band-shaped material storage space, one band-shaped material among the plurality of band-shaped materials is located inside the band-shaped material storage space than the first guide member. It is arrange | positioned facing the outer side of the opening part of a shape member storage space, and the holding means which hold | grips the said strip | belt-shaped material always toward the said 1st guide member is accommodated in the said belt-shaped material storage space. .

Moreover, as a preferable aspect of the said Claim 9, it becomes as described in Claims 10-15.

Embodiment of the Invention

EMBODIMENT OF THE INVENTION Hereinafter, embodiment which concerns on this invention is described in detail based on drawing.

In Fig. 1, reference numeral 1 denotes a small storage box unit as a storage box unit to which the opening / closing structure of the storage box according to the present invention is applied, and the small storage box unit 1 is shown in FIG. The instrument panel 2 is assembled so as to be adjacent to the shift lever through-hole 3.

The accessory storage box unit 1 is provided with a storage box 4 as shown in Figs.

The storage box 4 has a small storage box part 5 and a strip-shaped material storage box part 6 located below it, and these are formed integrally with a synthetic resin material.

The accessory storage box portion 5 has a rectangular (square) opening 8 which opens the inner space 7 and the inner space 7 to the outside (front side) as shown in Figs. 4, 5 and 7. The inner space 7 can be used as an accessory storage space for storing the accessory through the opening 8.

The inner space 7 is partitioned by an upper plate portion 9 and a lower plate portion 10 and a pair of left and right side plates 11a and 11b, and an upper plate portion 9 and a lower plate portion 10 and a side plate portion 11a. ) And side plate portion 11b are arranged in parallel so that at least the cross section on the opening 8 side can maintain the rectangular state of the opening 8. The rear plate portion 12 is formed on the rear side of the upper plate portion 9, the lower plate portion 10, and the left and right pairs of side plate portions 11a and 11b, and the rear plate portion 12 is used to The back side is occluded. In addition, a flange portion 13 is formed on the front side of the upper plate portion 9, and the front surface of the flange portion 13 also has a cross section at the opening 8 side of the storage box 4. It consists.

The belt-shaped material storage box part 6 also has an inner space 14 and an opening 15 for opening the inner space 14 to the outside (front side) as shown in FIGS. 4, 5 and 7. The inner space 14 is used as a strip-shaped material storage space for accommodating a lead (belt-shaped material) 34 to be described later through the opening 15. The opening 15 of the inner space 14 is formed in the same direction (front side) as the opening 8 of the accessory storage box 5, and the opening 8 and the opening 15 are vertically up and down. It is in an adjacent state. The opening 15 of the strip-shaped material storage box part 6 is extended to both left and right sides (horizontal direction) than the opening 8 of the accessory storage box part 5, and the internal space 14 is in its opening state. It extends to the rear side to about 1/2 depth of the depth of the said internal space 7 in the state which maintained substantially (cross-sectional shape).

The inner space 14 is divided by a lower plate portion 16, a pair of left and right side plate portions 17a and 17b, and a pair of left and right upper plate portions 18a and 18b. The lower plate portion 16 is disposed on the lower side away from the lower plate portion 10 of the prop accommodating portion 5 by about a predetermined distance in an extended state on both the left and right sides (horizontal direction) than the lower plate portion 10. The left and right pairs of side plate portions 17a and 17b are respectively erected from left and right sides of the lower plate portion 16, and each upper end thereof is a pair of left and right pairs of side plate portions 11a of the accessory storage box portion 5, It reaches the height of the lower part of 11b). The left and right pair of upper plate portions 18a and 18b connect upper ends of the side plate portions 17a and 17b and lower portions of the side plate portions 11a and 11b of the accessory storage box portion 5, in this case, The lower plate portion 10 of the accessory storage box portion 5 is used as part of the upper plate portion of the belt-shaped material storage box portion 6.

A rear plate portion 19 is detachably attached to a rear end surface formed by the rear ends of the pair of left and right side plate portions 17a and 17b and the rear end portion of the lower plate portion 16. The rear plate portion 19 is detachably attached thereto. As shown in FIG. 3, the back side opening part which becomes the opposite side to the opening part 15 of the internal space 14 can be closed (not shown in FIG. 6, FIG. 7). The rear opening of the inner space 14 is used when the lead 34 and the coil spring 47 to be described later are inserted into the storage box 4, and the rear plate portion 19 is attached after inserting them. It is supposed to be.

Reference numerals 20 and 21 denote attachment holes for attaching the rear plate portion 19 and fastener inserting portions, respectively, and reference numeral 22 denotes a stopper for restricting the rearward movement of the lid 34, which will be described later.

As shown in Figs. 2 to 7 in cross-sections of the openings (openings 8 and openings 15) of the storage box {the accessory storage box part 5 and the belt-shaped material storage box part 6} (4). The attachment plate 23 is attached integrally. The attachment plate 23 protrudes in the shape of a flange to the outside of the openings 8 and 15 of the storage box 4, and its shape is rectangular when viewed from the front to surround the front side of the storage box 4. It is formed (see Fig. 5).

The attachment plate 23 is formed with an opening 24 in which the palm rests. The opening 24 has a function of opening the openings 8 and 15 of the storage box 4 to the outside, and both side edges 25 of the opening 24 have the accessory storage box portion. To coincide with the inner edges of the end faces of the side plate portions 11a and 11b in (5) so as to extend in parallel and to cover the left and right portions of the opening portion 14 of the belt-shaped material storage box portion 6. It is. In this embodiment, both side edge portions 25 of the opening portion 24 of the attachment plate 23 constitute the first guide member 26, respectively.

The upper edge of the opening portion 24 of the attachment plate 23 extends in the horizontal direction so as to cross over the front surface of the flange portion 13 of the accessory storage box portion 5, the horizontal The engaging projection 27 is formed in the center of the direction. Moreover, the lower edge part of the opening part 24 of the attachment plate 23 is transverse so that it may cross at the position which becomes slightly upper side than the lower board part 16 in the said strip | belt-shaped material storage box part 6. Extend in the direction.

Reference numeral 28 denotes a fixing screw insertion portion formed on the rear surface of the attachment plate 23.

As shown in FIG. 7, a narrow first guide groove 29 is disposed between the side plate portions 11a and 11b of the accessory storage box portion 5 and the attachment plate 23 over the entire length in the vertical direction. Formed. The first guide groove 29 is an opening side of each side plate portion 11a, 11b of the accessory storage box portion 5 on the rear surface of both side edge portions 25 of the opening portion 24 of the attachment plate 23. Each of the first guide grooves 29 is formed by separating the end faces 11aa and 11bb slightly from each other, and each of the first guide grooves 29 is formed inside and outside of the accessory storage box portion 5. In addition to communicating, the lower ends thereof are respectively opened in the inner space 14 of the belt-shaped material storage box 6 (see FIG. 7). Moreover, the upper end of each 1st guide groove 29 extends to the middle of the front surface of the said flange part 13, and in order to form this extension part, the front surface of the said flange part 13 is the said accessory storage box part. The upper plate portion 9 is formed (thinned) so as to coincide with the end face of the upper plate portion 9 by a predetermined length upward.

Each side plate part 11a, 11b in the said accessory storage box part 5 is provided with guide boards 30a, 30b, respectively, as shown to FIG. 3, FIG. 5, and FIG. Each of the guide plates 30a and 30b may be spaced apart from the rear surface of the attachment plate 23 by a predetermined interval longer than the groove width of the first guide groove 29. It extends to the top plate part 18a, 18b of the strip | belt-shaped material storage box part 6, These guide plates 30a, 30b and the attachment plate 23 form the 2nd guide groove 31. As shown in FIG. The second guide groove 31 extends along the first guide groove 29 in a state adjacent to the first guide groove 29, and a lower end thereof has an inner space of the belt-shaped material storage box part 6 ( 14) is opened. In this embodiment, the opening side end faces 11aa and 11bb of each side plate part 11a and 11b of the said accessory storage box part 5, and each guide plate 30a and 30b comprise the 2nd guide member 32, respectively. The first and second guide grooves 29 and 31 constitute the guide groove 33.

Reference numeral 52 denotes ribs for reinforcing the guide plates 30a and 30b.

When the opening 24 of the attachment plate 23 is completely closed, as shown in FIG. 2, the openings 24 are formed in the respective width directions by a plurality of leads (belt-shaped members) 34 constituting the opening and closing cover. Covered in a state adjacent to each other. The leads 34 have a substantially constant width as shown in Figs. 8 to 10 and have a band shape extending in their longitudinal direction (the basic configuration is the same), and their extending ends 35 extending in the longitudinal direction thereof. ) Is the first guide member 26 (both side edge portions 25 of the opening portion 24 of the attachment plate 23) and the second guide member 32 (each side plate portion in the accessory storage box portion 5). It is slidably held between the opening side end faces 11aa and 11bb of 11a and 11b and each guide plate 30a and 30b}.

Specifically, referring to FIGS. 8 to 10 with the lead 34d positioned at the lowest level as an example, the extension end 35 of the lead 34 passes through the first guide groove 29. It consists of the part 36 and the engaging part 37 which is formed in the outer side of this passage part 36, and is located in the 2nd guide groove 31. As shown in FIG.

The passage portion 36 is of a constant thickness to pass through the first guide groove 29, and slidably passes through the first guide groove 29.

One end portion in the width direction, which is an end of the side (lower side in FIGS. 2 and 8 to 10) that slides in the direction of opening the opening portion 24 of the attachment plate 23, is formed on the locking portion 37. The 1st locking part 38 is formed, and the 2nd locking part 39 is formed in the other end part of the width direction, respectively.

The first engaging portion 38 is provided with a first contact surface 40 and a first engaging surface 41. The first abutting surface 40 is inclined such that one end surface in the width direction of the lead 34 enters the inside of the width direction of the lead 34 as it goes from the surface side of the lid 34 to the back surface side. The first locking surface 41 is formed to be bent toward the surface side in succession to the first abutting surface 40.

The second engaging portion 39 is provided with a second abutting surface 42 and a second engaging surface 43. The second abutting surface 42 is inclined such that the other surface in the width direction of the lid 34 is directed toward the other side in the width direction of the lid 34 as it goes from the surface side of the lid 34 to the back surface side. The first contact surface 40 of the lead 34 adjacent to the second contact surface 42 is in contact with the second contact surface 42. The second locking surface 43 is erected from the other side in the width direction of the lead 34 to the surface side of the lead 34 than the second abutting surface 42, and is adjacent to the second locking surface 43. The first engaging surface 41 of the lead 34 is in contact with the lead 34.

In addition, the central body portion 44 formed between the two extension ends 35 and 35 of the lead 34 has a height of the surface (outer surface) higher than the height of the surface of both extension ends 35, When the extended end 35 of the lid 34 is in a state of being held between the first and second guide members 26 and 32 as described above, the surface of the central body portion 44 of the lid 34 is And the surface (outer surface) of the periphery of the opening part 24 of the attachment plate 23 is set so that surface may correspond.

As a result, the appearance can be improved (a refined feeling), and when the surface of the lid 34 and the entire surface of the mounting plate 23 are used as flat surfaces, and this is used as a horizontal surface, the convenience of use is improved. I can improve it.

Moreover, in this embodiment, the inclined surface 45 is formed in the center body part 44 of the said lead 34 in the one end part of the width direction, and the inclined surface 46 is formed in the other end part of the said width direction. . The inclined surface 45 is an inclination corresponding to the inclination of the first contact surface 40, and the inclined surface 46 is an inclination corresponding to the inclination of the second contact surface 42. Adjacent leads 34 are inclined to overlap the inclined surface 45 on the inclined surface 46, the central body portion 44 of the plurality of leads 34 is the same thickness as the thickness of the mounting plate 23 through the whole. It is.

Among the plurality of leads 34, the lowest lead 34d is the attachment plate in the inner space 14 region of the strip-shaped material storage box 6 as shown in FIGS. 2, 3, and 13 ( 23) {the first guide member 26} is disposed inside, and the coil spring 47 serving as a holding means is provided in the inner space 14 of the belt-shaped material storage box 6. The lowermost lead 34d is disposed such that its surface faces the outer side of the opening 15 of the belt-shaped material storage box 6, and a spring guide 48 is formed on the rear surface thereof. This spring guide 48 is formed only in the lowermost lead 34d and is not formed in the other lead 34. One end of the coil spring 47 is inserted into the spring guide 48 of the lead 34d, and the other end thereof is supported by the rear plate portion 16 of the strip-shaped material storage box 6, and the coil spring ( 47, the lowest lead 34d is always supported toward both side edge portions 25 (first guide member 26) of the opening portion 24 in the attachment plate 23. As shown in FIG.

As shown in FIGS. 11 and 12, the inclined surface 46 is not formed at the other end of the width direction as shown in FIGS. 11 and 12. Therefore, when the other end surface in the width direction of the uppermost lead 34u abuts on the upper edge of the opening 24 of the mounting plate 23, the surface of the uppermost lead 34u and the mounting plate ( The upper surface (surface) of the upper edge part of the opening part 24 of 23 is matched.

Attaching holes 49 are formed in the center of the uppermost lead 34u on the rear surface of the other end in the width direction thereof, as shown in FIGS. 11 and 12. The engaging piece 50 is inserted and held in this attachment hole 49, and the other side end surface of the engaging piece 50 in the width direction of the lead 34u of the uppermost part is the opening part of the attachment plate 23 ( When contacted with the upper edge of 24, the fitting protrusion 27 is formed on the front surface of the flange portion 13 of the accessory storage box 5, and the relationship between these fittings is released. In order to achieve this, a predetermined or more sliding operation force (hereinafter referred to as a slide operation force) is required. Further, the uppermost lead 34u has a slightly larger width direction than the other lead 34, and a non-slip portion 51 is formed by forming thin unevenness on the surface thereof. In order to show the direction which opens the opening part 24 of the attachment plate 23, this non-slip part 51 is formed in the inverted triangle shape which shows a slide direction.

As a result, when the extended end 35 of the lead 34 is present between the first guide member 26 and the second guide member 32, any one of the leads 34 is attached to the attachment plate 23. When the opening part 24 is slid in the direction of closing, the abutment relationship between the 1st contact surface 40 and the 2nd contact surfaces 40 and 41 in the adjacent lead 34 comrades, and the 1st locking surface On the basis of the locking relationship between the 41 and the second locking surface 43, the lid 34 positioned below the lid 34 to which the slide operation force is applied, the press force is applied and the lead to which the slide operation force is applied ( Tensile force (towing force) acts on the lead 34 located above 34). Therefore, the other leads 34 also slide integrally in the slide direction described above, and these function as an opening and closing cover as a whole (see Fig. 13).

On the other hand, when any lead 34 is slid in the direction of opening the opening 24 of the attachment plate 23, the first contact surface 40 in the adjacent leads 34 as described above. Based on the contact relationship between the second contact surface 40 and 41 and the engagement relationship between the first locking surface 41 and the second locking surface 43, the other leads 34 are also integrated in the slide direction described above. They slide as a whole, and in this case, they function as an opening and closing cover as a whole (see Fig. 13).

In this case, since the slide of the lowermost lead 34d to the lower side is restricted by the lower plate portion 16 of the belt-shaped material storage box portion 6, the lowermost lead 34d is shown in FIGS. 14 and 15. The direction of the slide operation force is changed based on the inclined contact relationship between the second abutting surface 42 of) and the first abutting surface 40 of the lid 34 located above. 34d moves to the rear side, with its surface facing the outer side of the opening 15 of the strip-shaped material storage box part 6. This action is then continued as long as the slide operation force acts on subsequent leads 34, and the surfaces of each lead 34 in the inner space 14 of the belt-shaped material storage box 6 It is accommodated in an overlapping state while facing the outside of the opening 15 of the shape member storage box (6).

Since the length of the uppermost lead 34u is longer than the vertical length of the opening portion 15 of the belt-shaped material storage box part 6, the inner space 14 of the belt-shaped material storage box part 6 is formed. ), And when the opening 24 of the attachment plate 23 is fully opened, the uppermost lead 34u is overlapped in the inner space 14 of the belt-shaped material storage box 6. By receiving the force of the coil spring 47 through the other lead 34 received by the, it is maintained in a state pressed by the side edge portion 25 of the mounting plate 23, which is the first guide member 26.

On the contrary, when closing the opening part 24 of the attachment plate 23 in the fully open state of the opening part 24 of the attachment plate 23, the uppermost lead 34u is made into the 1st, 2nd guide member 26, When guided to 32 and slides in the closing direction of the opening 24, the second locking surface 43 of the lead 34, the first locking surface 41 of the uppermost lead 34u is located below it. The lead 34 is pulled up by being brought into contact with the other, and by this action, the other leads 34 stored in the overlapped state in the belt-shaped storage box part 6 are sequentially drawn out over the opening 24. (See FIGS. 13-15).

Therefore, when such a small storage box unit 1 is attached, as shown in Fig. 2, one of the leads 34 is lightly placed on the lower side with a hand lightly placed on the plurality of leads 34 in a completely closed state. When the slide operation force is applied to the opening, as shown in FIG. 16, the opening 24 of the attachment plate 23 is opened, and the inner space 7 of the accessory storage box part 5 is opened through the opening 24. Will be opened. Therefore, the internal space 7 of the accessory storage box part 5 can be used as a accessory storage space.

In this case, the lid 34 is overlapped with the surface facing the outside of the opening 15 of the belt-shaped material storage box part 6 into the inner space 14 of the belt-shaped material storage box part 6. In this case, since the shortened portion of the arrangement space of the coil spring 47 is used, the storage direction for storing the lid 34 (inner direction of the inner space 14 of the belt-shaped material storage box portion 6). } Can be shortened.

In addition, if the length in the width direction of each lead 34 is shortened, the upper and lower lengths of the strip-shaped material storage box part 6 can also be shortened, while each lead is extended even if the length in the width direction of each lead 34 is increased. Since the movement of the 34 is only a slide movement in the up and down direction and a movement in the storage direction, there is no problem of interfering with another member by rotating during the slide movement or the like. Accordingly, the lead 34 may be long in the width direction, and the appearance may be improved by reducing the number of dividing lines between the adjacent leads 34 at the time of complete closing of the opening 24.

In the above embodiment, the accessory storage box unit 1 has been described, but the opening / closing structure applied to the accessory storage box unit 1 may be applied to an existing storage box body (for example, a console box).

In addition, although the accessory storage box unit 1 was assembled in the inclined vertical wall in the said embodiment, the opening part 24 of the attachment plate 23 may be attached to the horizontal attachment wall facing upward.

According to the invention described in claim 1, a space is secured between the opening end portion and the extension end portion of the second guide member on the side where the strip-shaped material slides in the direction of opening the opening of the storage box body. Since the belt-shaped material is not subject to movement restrictions by the second guide member even when moving inside the storage box, when the opening of the storage box is opened, the belt member is supported toward the first guide member. When the band member is press-fitted into the housing box while resisting the fingering means, the band member held in the first and second guide members is subsequently guided to the original position of the band member where the band member is press-fitted into the storage box body. It becomes possible to press-fit, and if it performs sequentially about the remaining strip | belt-shaped material hold | maintained by the 1st, 2nd guide member in this way, a strip-shaped material Is able to be stored in the state overlapped to a receiving direction in the storage itself. In this case, it is not necessary to connect the respective strip-shaped materials to each other using a connecting member (for example, a flammable sheet) or to process the strip-shaped materials. Therefore, the length of the use space in the storage direction can be made as small as possible by a very simple configuration.

In addition, since each strip | belt-shaped material moves along the guide member which the strip | belt-shaped material extends almost straight at the time of a slide, and moves, it moves straight, so that the board surface of each strip | belt-shaped material may face to a storage direction at the time of a slide, ie, each strip | belt shape material is Since it is limited to almost linear movement, each strip | belt-shaped material does not seem to rotate. Therefore, since the length in the width direction of each strip-shaped material does not affect the movement of each strip-shaped material, the length in the width direction of each strip-shaped material can also be made long. Thereby, when the opening part of a storage box body is covered with a strip | belt-shaped material, the appearance of an opening-closing cover can be improved by reducing the partition line (the line which abuts each other) which divides adjacent strip | belt-shaped material.

According to the invention of claim 2, since the periphery of the opening of the storage box serves as the first guide member in the pair of guide members, the number of parts can be reduced by effectively using the periphery of the opening of the storage box. You will be able to.

According to the invention as set forth in claim 3, each of the belt-shaped members has a central body portion formed between the extension ends thereof, which is formed higher than the height of the surface of the extension ends, and the extension ends of the respective strip-shaped materials are first and second guide members. The opening of the storage box body is set so that the height of the surface of the central body part in each strip-shaped material and the surface of the periphery of the opening of the storage box body coincide with each other when in the state held between them. When is covered by a plurality of band-shaped members, the surface on which the band-shaped material is present becomes flat even if the band-shaped material is present, so that the appearance of the band-shaped material on the storage box (the refined feeling), It is possible to improve the ease of use (as a stand on which things are placed).

Moreover, since each strip | belt-shaped material is regulated by each 1st guide member at the time of the slide to the outer side in the longitudinal direction, each strip | belt-shaped material slides suitably without deviating in the longitudinal direction at the time of a slide. Therefore, the opening and closing of the opening of the storage box body can be accurately performed using the strip-shaped material.

According to the invention as set forth in claim 4, the respective strip-shaped materials are set so as to be integrated in the slide direction and spaced apart in the inward direction of the storage box in relation to adjacent strip-shaped materials. The shape member becomes an integral opening and closing cover to open and close the opening of the storage box body. When the storage of each belt-shaped material, each belt-shaped material is moved alone and overlaps with the storage box body. Therefore, the opening and closing operation of the opening of the storage box body can be simplified while taking the length of the use space in the storage direction short.

According to the invention as set forth in claim 5, each of the belt-shaped members is provided with first locking portions at one end portion in the width direction, which is an end portion of the side that slides in the direction of opening the opening of the storage box body. The second locking portion is formed at the other end portion in the width direction, which is an end portion of the side that slides in the direction of closing the opening of the storage box body, and the first locking portion is formed from the front side to the rear surface side of the strip-shaped material. The first contact surface which is inclined so that one side end surface in the width direction of the band-like material enters the inner side of the width direction of the band-shaped material, and the first engaging surface that is bent toward the surface side continuously in succession to the first contact surface are provided. The second locking portion has the other side surface in the width direction of the belt-shaped material toward the other side in the width direction of the belt-shaped material as it faces from the surface side of the belt-shaped material to the back surface side. The second contact surface and the second contact surface which is inclined so as to contact the first contact surface of the adjacent belt-shaped member and the second contact surface are erected from the other side in the width direction of the belt-shaped member to the surface side of the band-shaped member and are adjacent to each other. Since the second locking surface is provided to be in contact with the first locking surface, the first and second abutments of adjacent belt-shaped members are brought into contact with each other by sliding any of the belt-shaped materials in the direction of closing the opening of the storage box body. On the basis of the abutment relation between the surfaces and the abutment relation between the first and second locking surfaces, other belt-like members are also integrally slideed in the slide direction.

On the other hand, when any one of the belt-shaped members is slid in the direction of opening the opening of the storage box body, as described above, the abutment relation between the first and second abutting surfaces of the adjacent band-shaped members and the first and second ones are as described above. On the basis of the abutment relationship between the two engaging surfaces, the other belt-like members are also integrally slid in the slide direction. And when opening the opening of the storage box body, when storing the strip-shaped material, the inclined engagement between the second abutting surface of the strip-shaped material at the storage position and the first abutment of the strip-shaped material on the upper side thereof. By changing the direction of the slide operation force based on the contact relationship, the strip-shaped material in the storage position is moved in the storage direction with its surface facing outward of the opening of the storage box body. Therefore, the effect as described in claim 4 can be concretely realized.

According to invention of Claim 6, the 1st, 2nd latching part is formed in the extension end part of each strip | belt-shaped material, respectively, and the center main body part in which each strip | belt-shaped material is formed between the extension ends is compared with the height of the surface of this extension end part. When the extension end of each strip-shaped material is in a state held between the first and second guide members, the height of the surface of the central body portion and the periphery of the opening of the storage box are formed. Since the surfaces are set to be coincident with each other, a pair of guide members (first and second guides) is provided when the opening of the storage box is covered by a plurality of strip-shaped members while obtaining the same effect as that of claim 5. Member) and the surface formed by the plurality of strip-shaped materials are flat even if the strip-shaped materials are present, so that the appearance (stylish feeling) and ease of use (as a pedestal on which the article is placed) can be improved. It is.

Moreover, since each strip | belt-shaped material is regulated by each 1st guide member at the time of the slide to the outer side in the longitudinal direction, each strip | belt-shaped material slides suitably without deviating in the longitudinal direction at the time of a slide. Therefore, the opening and closing of the opening of the storage box body can be accurately performed using the strip-shaped material.

According to the invention according to claim 7, the guide wall extending inwardly from the second guide member while maintaining a distance from the open end to the extended end of the second guide member in the slide direction of the strip-shaped material in the storage box body. Since the band-shaped material is moved in the storage direction while being guided by the guide wall, the band-shaped material can be accurately stored in the storage box body when the band-shaped material is stored in the storage box.

According to the invention as set forth in claim 8, since the fingering means is housed in the storage box body and the coil spring is made to have the expansion and contraction direction in and out of the storage box body. It can be put in the superimposed state, and the strip | belt-shaped material can be accommodated correctly in a storage box body.

In addition, when the band-shaped material is stored, the new band-shaped material can be stored in the storage box by applying a pressing force that overcomes the stretching force of the coil spring. Therefore, the opening of the storage box body corresponds to the band-shaped material stored therein. It is opened as many as it is. Otherwise, the band member does not move based on the extension force of the coil spring. Therefore, the simple structure makes it possible to reliably hold the opening of the storage box in a desired opening state (any opening state).

According to the invention of claim 9, in the opening region of the strip-shaped material storage space, the strip-shaped material is not subject to the movement restriction by the second guide member even if the strip-shaped material is moved inside the band-shaped material storage space. Therefore, when the opening of the storage box is opened, if the belt-shaped member held against the first guide member is pressed into the belt-shaped material storage space while resisting the holding means, the original space of the press-fitted belt-shaped material becomes When the strip member held by the first and second guide members is guided to this space, the strip member can be pushed into the strip member storage space, and the rest held by the first guide member and the second guide member in this way. When the strip-shaped material is sequentially performed, the strip-shaped material can be stored in the strip-shaped material storage space in a state overlapped with the storage direction. In this case, it is not necessary to connect the respective strip-shaped materials to each other using a connecting member (for example, a flammable sheet) or to process the strip-shaped materials. Therefore, the length of the use space in the storage direction can be made as small as possible by a very simple configuration.

In addition, since each strip | belt-shaped material moves along the guide member which the strip | belt-shaped material extends almost straight at the time of a slide, and moves, it moves straight, so that the board surface of each strip | belt-shaped material may face to a storage direction at the time of a slide, ie, each strip | belt shape material is Since it is limited to almost linear movement, each strip | belt-shaped material does not seem to rotate. Therefore, since the length in the width direction of each strip-shaped material does not affect the movement of each strip-shaped material, the length in the width direction of each strip-shaped material can also be made long. Thereby, when the opening part of a storage box is covered with a strip | belt-shaped material, the appearance of an opening / closing cover can be improved by reducing the partition line (the line which abuts each other) which divides adjacent strip | belt-shaped material.

According to the invention according to claim 10, an attachment plate protruding outward is attached to the end face of the opening of the storage box, and an opening for opening the opening of the storage box to the attachment plate is formed, and the opening of the attachment plate is provided. Since the periphery of the portion serves as the first guide member in the pair of guide members, the storage box unit can be easily attached by using an attachment plate, and the number of parts can be effectively utilized. Can be reduced.

According to the invention according to claim 11, each of the strip-shaped members has a central body portion formed between the extended ends thereof, which is formed higher than the height of the surface of the extended-end portions, and the extended ends of the strip-shaped materials are first and second guide members. Since the height of the surface of the center-body part in each strip | belt-shaped material and the surface of an adhesion plate are set to coincide when it is in the state hold | maintained in between, even if a some strip | belt-shaped material exists, these strip | belt-shaped material Since the entire surface (outer surface) of the attachment plate including the flat surface, the appearance (chic feeling) of the surface of the attachment plate, it is possible to improve the ease of use (as a stand on which the article is placed).

Moreover, since each strip | belt-shaped material is regulated by each 1st guide member at the time of the slide to the outer side in the longitudinal direction, each strip | belt-shaped material slides suitably without deviating in the longitudinal direction at the time of a slide. Therefore, the opening and closing of the opening of the storage box can be accurately made using the belt-shaped material.

According to the invention as set forth in claim 12, each strip member is integrated so as to be integrated in the slide direction in relation to adjacent strip members and is spaced apart from the inside direction of the strip member storage space. The belt-shaped material of the integral opening and closing cover to open and close the opening of the storage box body, each of the band-shaped material is moved alone when overlapping the band-shaped material is overlapped in the band-shaped material storage space. Therefore, the opening and closing operation of the opening of the storage box can be simplified while taking the length of the use space in the storage direction short.

According to the invention as set forth in claim 13, when any one of the belt-shaped members is slid in the direction of closing the opening of the storage box, the abutment relations between the first and second abutting surfaces of adjacent band-shaped members and the first, Based on the abutment relationship of the second engaging surface, the other belt-like member also slides integrally in the slide direction. On the other hand, if any one of the band members is slid in the direction of opening the opening of the storage box, the abutment relation between the first and second abutting surfaces of the adjacent band members as described above, and the first and second ones are as described above. Based on the abutment relationship of the engaging surface, the other strip-shaped material also slides integrally in the slide direction.

And when opening the opening of the said storage box, when accommodating a strip-shaped material, the strip | belt shape in which the 2nd contact surface of the strip | belt-shaped material in a storage position (position of the opening part of a strip-shaped material storage box), and its upper side is located. The direction of the slide operation force is changed based on the inclined contact relationship with the first contact of the ash, so that the strip-shaped material in the storage position is stored with its surface facing outward of the opening of the strip-shaped storage space. Will be moved in the direction. Therefore, the effect as described in claim 12 can be concretely realized.

According to the invention described in claim 14, not only the same effect as in claim 13 can be obtained, but even if a plurality of strip members exists, the surfaces formed by the plurality of strip members and the pair of first guide members are flat. Therefore, the surface appearance (a refined feeling) and the ease of use (as a stand on which an object is placed) can be improved.

Moreover, since each strip | belt-shaped material is regulated by each 1st guide member at the time of the slide to the outer side in the longitudinal direction, each strip | belt-shaped material slides suitably without deviating in the longitudinal direction at the time of a slide. Therefore, the opening and closing of the opening of the storage box can be accurately made using the belt-shaped material.

According to the invention as set forth in claim 15, since the fingering means is a coil spring whose telescopic direction is the inner and outer directions of the storage box, the elastic member can be inserted in the overlapping state in the storage direction sequentially using the elasticity. As a result, the belt-shaped material can be accurately stored in the storage box.

In addition, when storing the strip-shaped material, a new strip-shaped material can be stored in the strip-shaped material storage space only by applying a pressing force to overcome the stretching force of the coil spring. The door is opened by a corresponding number, and in other cases, the band member does not move based on the stretching force of the coil spring. Therefore, the simple structure makes it possible to reliably hold the opening of the storage box in the desired opening state (any opening state).

Claims (15)

A pair of guide members are attached to a storage box body having an opening that opens the inner space to the outside, with a pair of guide members interposed between the first guide member and the first guide member. A second guide member positioned on an inner side of the housing box and cooperating with the first guide member to form a guide groove, and a plurality of bands between the first and second guide members constituting the guide members; The shape member is slidably held by each of the extended ends, and the plurality of strip-shaped materials cover the openings of the storage box body in a state of being adjacent to each other in their respective width directions as an opening and closing cover when the opening of the storage box body is closed. In the opening and closing structure of the storage box set so that The respective strip-shaped materials are made to be spaced apart from each other, In the side in which each said 2nd guide member slides in the direction which the said strip | belt-shaped material opens the opening part of the said storage box body, the position of the extended end of each said 2nd guide member, The said strip | belt-shaped material is the said storage box body At the opening end of the opening on the side that slides in the opening direction of the opening, the belt-shaped material is moved to the inside of the storage box in a state where the width direction of the belt-shaped material is directed in the slide direction of the belt-shaped material. Even if the strip-shaped material is set to ensure the length by which the movement is not controlled by the second guide member, Each of the first guide members is set to extend longer than the second guide member on the side in which the strip-shaped material slides in the direction of opening the opening of the storage box body. In the inner space of the storage box body, the belt-shaped material is in the shape of a band in the range from the opening end to the extension end of the second guide member with respect to the length in the parallel direction of the pair of guide members. The length which can move inward of the said storage box body is ensured in the state which made the width direction of the ash toward the slide direction of this strip-shaped material, One strip of the plurality of strips is positioned in a range between the opening end and the extension end of the second guide member, with the surface of the strip toward the outside of the opening of the storage box. In addition, the opening and closing structure of the storage box, characterized in that it is carried in the direction in contact with the first guide member by the gripping means. The method according to claim 1, The opening and closing structure of the storage box, characterized in that the peripheral portion of the opening of the storage box body also serves as the first guide member in the pair of guide members. The method according to claim 2, The respective band-shaped members are formed such that a central body portion formed between the extended end portions is higher than the height of the surface of the extended end portions, and the extended end portions of the respective strip-shaped members are held between the first and second guide members. The opening / closing structure of a storage box characterized in that the height of the surface of the central body part in each strip-shaped material and the surface of the periphery of the opening of the storage box body coincide with each other when in the state. The method according to claim 1, Each said strip | belt-shaped material is set so that it may be integrated in a slide direction and spaced apart in the inward direction of the said storage box body in relationship with adjacent strip | belt-shaped materials. The method according to claim 4, In each said strip | belt-shaped material, the 1st locking part is each formed in the edge part of the width direction which is an edge part of the side which slides in the direction which opens the opening part of the said storage box body, In each said strip | belt-shaped material, the 2nd latching part is each formed in the other end part of the width direction which is an end part of the side which slides in the direction which closes the opening part of the said storage box body, A first abutting surface inclined such that one side end surface in the width direction of the belt-shaped member enters inward in the width direction of the band-shaped member as the first engaging portion is directed from the surface side of the band-shaped member to the back surface side; A first locking surface that is bent toward the surface side in succession to the first abutting surface, The second engaging portion is inclined so that the other side surface in the width direction of the belt-shaped material advances toward the other side in the width direction of the band-shaped material as it goes from the surface side of the band-shaped material to the back surface side. 2nd contact surface which abuts on the contact surface, and the said 2nd contact surface which stands on the surface side of the said strip | belt-shaped material from the other side of the width direction of the said strip | belt-shaped material rather than this 2nd contact surface, and abuts with the said 1st engaging surface of the adjacent strip | belt-shaped material. 2 opening and closing structure of the storage box, characterized in that the locking surface is provided. The method according to claim 5, The first and second locking portions are respectively formed at extension ends of the respective strip-shaped members, The respective band-shaped members are formed such that a central body portion formed between the extended end portions is higher than the height of the surface of the extended end portions, and the extended end portions of the respective strip-shaped members are held between the first and second guide members. When in the state, the opening and closing structure of the storage box, characterized in that the height of the surface of the central body portion in the respective strip-shaped member and the surface of the first guide member is set to match. The method according to claim 1, In the storage box body, a guide wall extending inward from the second guide member is formed while maintaining a distance from the opening end to the extension end of the second guide member in the slide direction of the strip-shaped material. Opening and closing structure of the storage box characterized by the above-mentioned. The method according to claim 1, And the fingering means is housed in the storage box and has a coil spring whose stretching direction is in and out of the storage box. A storage box having an opening for opening the inner space to the outside, and a pair of guide members attached to the storage box with the opening interposed therebetween, wherein each of the guide members comprises a first guide member and the first guide member. Rather, it is formed of a second guide member which is located on the inner side of the storage box and cooperates with the first guide member to form a guide groove, and between the first and second guide members constituting the guide members. The strip-shaped material is slidably held by each of the extending ends, and the plurality of strip-shaped materials cover the opening of the storage box in a state in which the plurality of strip-shaped materials are adjacent to each other in the respective width directions as the opening and closing cover when the opening of the storage box is closed. In the storage box unit set, The respective strip-shaped materials are made to be spaced apart from each other, The storage box is partitioned into a accessory storage space and a strip-shaped material storage space, the strip-shaped material is partitioned in a state in which the strip-shaped material storage space is arranged on the side that slides in the direction of opening the opening of the storage box body, The strip-shaped material storage spaces have the strip-shaped material storage spaces through the openings of the strip-shaped material storage spaces one by one, with the respective strip-shaped materials facing the outer side of the opening of the belt-shaped material storage space. Is sized to fit inside of, Each of the first guide members extends across the opening of the belt-shaped material storage space through the opening of the accessory storage space on the side of the belt-shaped material that slides in the direction of opening the opening of the storage box. , Each of the second guide members extends to the belt-shaped material storage space at the side where the belt-shaped material slides in a direction in which the opening of the storage box is opened, so that the guide groove is formed in the belt-shaped material storage space. Open toward the opening side, In the opening region of the band-shaped material storage space, one band-shaped material among the plurality of band-shaped materials is located inside the band-shaped material storage space than the first guide member, and the surface of the band-shaped material is the band-shaped material. The storage box is disposed while facing toward the outside of the opening of the storage space, and the holding box for holding the belt-shaped material at all times toward the first guide member is accommodated in the belt-shaped material storage space. unit. The method according to claim 9, An attachment plate protruding outward is attached to an end surface of the opening of the storage box, and an opening is formed in the attachment plate to open the opening of the storage box to the outside. A storage box unit, characterized in that the peripheral portion of the opening of the attachment plate also serves as the first guide member in the pair of guide members. The method according to claim 10, The respective band-shaped members are formed such that a central body portion formed between the extended end portions is higher than the height of the surface of the extended end portions, and the extended end portions of the respective strip-shaped members are held between the first and second guide members. When in the state, the storage box unit is set so that the height of the surface of the center-body part in each said strip | belt-shaped material and the surface of the said mounting plate may be matched. The method according to claim 9, Each said strip | belt-shaped material is set so that it may be integrated in the slide direction and spaced apart in the inner direction of the said strip | belt-shaped accommodation space with respect to adjacent strip | belt-shaped materials. The method according to claim 12, In each said strip | belt-shaped material, the 1st locking part is each formed in the edge part of the width direction which is an edge part of the side which slides in the direction which opens the opening part of the said storage box, On each said strip | belt-shaped material, the 2nd latching part is formed in the outer edge part of the width direction which is an edge part of the side which slides in the direction which closes the opening part of the said storage box, respectively, A first abutting surface inclined such that one side end surface in the width direction of the belt-shaped member enters inward in the width direction of the band-shaped member as the first engaging portion is directed from the surface side of the band-shaped member to the back surface side; A first locking surface that is bent toward the surface side in succession to the first abutting surface, The second engaging portion is inclined so that the other side surface in the width direction of the belt-shaped material advances toward the other side in the width direction of the band-shaped material as it goes from the surface side of the band-shaped material to the back surface side. 2nd contact surface which abuts on the contact surface, and the said 2nd contact surface which stands on the surface side of the said strip | belt-shaped material from the other side of the width direction of the said strip | belt-shaped material rather than this 2nd contact surface, and abuts with the said 1st engaging surface of the adjacent strip | belt-shaped material. A storage box unit, characterized in that the locking surface is provided. The method according to claim 13, The first and second locking portions are respectively formed at extension ends of the respective strip-shaped members, The respective band-shaped members are formed such that a central body portion formed between the extended end portions is higher than the height of the surface of the extended end portions, and the extended end portions of the respective strip-shaped members are held between the first and second guide members. The storage box unit which is set so that the height of the surface of the center-body part in each said strip | belt-shaped material may match the surface of the said 1st guide member when it is in the state. The method according to claim 9, And the coiling means is a coil spring whose stretching direction is the inner and outer directions of the storage box.

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