JP5013166B2 - Container holder device - Google Patents

Description

  The present invention relates to a container holder device that is disposed in a passenger compartment of an automobile and that accommodates and holds a container such as a beverage.

  A drawer-type device is known as a kind of container holder device disposed in the interior of an automobile. The drawer-type container holder device has a box-shaped case body and a holder body that slides relative to the case body. The holder body slides between a storage position stored inside the case body and a deployment position exposed to the outside of the case body. The holder body has a base body having a container holding portion for holding the container.

  This type of container holder device is generally provided with an opening / closing drive mechanism that automatically slides the holder body toward the unfolded position. As an opening / closing drive mechanism, a mechanism having a rack, a pinion, and a spring-like biasing means is generally used. Specifically, a rack is provided on the case body, and a pinion that meshes with the rack is pivotally supported on the base body of the holder body. Then, one end of the urging means is fixed to the pinion, and the other end of the urging means is fixed to the base body. When the holder body is slid from the deployed position to the storage position, the pinion meshes with the rack and rotates (hereinafter referred to as rotation in the storage direction). The urging means is wound up with the rotation of the pinion in the storing direction, and accumulates the urging force. Therefore, the pinion can be rotated in the direction opposite to the storing direction (hereinafter referred to as rotation in the unfolding direction) by the biasing force accumulated in the biasing means. The holder body can be automatically slid from the storage position to the unfolded position by the rotation of the pinion.

  By the way, even when the holder main body is arranged at the unfolded position, it is preferable that a certain amount of urging force is accumulated in the urging means. This is for reliably sliding the holder body to the unfolded position. In view of such circumstances, a technique has been proposed in which the holder body is assembled to the case body while accumulating a certain amount of urging force in the urging means (see, for example, Patent Document 1).

  Patent Document 1 introduces a technique of providing a pair of stopper protrusions on a pinion and a base body. Specifically, a first stopper protrusion that protrudes in the outer peripheral direction is provided on the side surface of the pinion. The base body is provided with a second stopper projection at a position facing the side surface of the pinion. The second stopper protrusion protrudes in the moving area of the first stopper protrusion. For this reason, when the pinion rotates by a predetermined angle and is arranged in a predetermined direction, the first stopper protrusion and the second stopper protrusion are locked. Therefore, when the pinion is rotated by a predetermined amount in the storing direction and a certain amount of biasing force is accumulated in the biasing means, the pinion is assembled to the base body, and the first stopper projection and the second stopper projection are locked. The pinion and the urging means can be fixed in a state where a certain amount of urging force is accumulated in the urging means. Therefore, according to the container holder device introduced in Patent Document 1, the holder body can be assembled to the case body while accumulating a certain amount of urging force in the urging means.

By the way, in the container holder device introduced in Patent Document 1, when the pinion is rotated more than one rotation in the unfolding direction, the first stopper protrusion and the second stopper protrusion are locked again, and the rotation of the pinion is again performed. Interfered. Therefore, in order to slide the holder main body greatly, it is necessary to enlarge the pinion. When a large pinion is used, there is a problem that the container holder device becomes large or the manufacturing cost of the container holder device increases.
Utility Model Registration No. 2561658

  The present invention has been made in view of the above circumstances, and the holder main body can be assembled to the case body while accumulating a certain amount of urging force in the urging means, thereby increasing the size of the entire apparatus and increasing the manufacturing cost. It is an object of the present invention to provide a container holder device that can increase the sliding amount of the holder body while preventing it.

  The container holder device of the present invention that solves the above problems is a box-shaped case body, a holder body that slides between a storage position stored inside the case body and a deployment position exposed outside the case body, The case body has a rack extending in the sliding direction of the holder body, the holder body is supported by a base body having a container holding portion for holding the container, and is pivotally supported by the base body. A pinion that has a first stopper portion that meshes and extends in the outer peripheral direction, and has a helical spring shape. An urging means for urging, a locking position attached to the base body, at least a part of which protrudes to the moving region of the first stopper portion, and a releasing position where the whole is retracted to the outside of the moving region; A second stopper portion that moves between the first stopper portion and the second stopper portion, which is disposed at a locking position when the holder body is assembled to the case body, and is locked with the first stopper portion. When sliding between the unfolded position and the storage position, it is arranged at a release position.

(1) The holder body is pivotally supported by the base body, and a non-supporting position close to the base body, and a support that is suspended from the base body and at least a part thereof is disposed below the container holding portion. A bottom support member that swings between the position, the bottom support member is disposed at the support position when the holder body is disposed at the unfolded position, and the holder body is disposed at the storage position. Arranged in the non-supporting position, the holder body is assembled to the case body from the deployment position side to the storage position side, the second stopper part is integrated with the bottom support member, and the bottom support member is When disposed in the support position disposed the locking position, the bottom support member is arranged to provided the When the release position to the non-supporting position.

  The container holder device of the present invention has a second stopper portion attached to the base body. Further, the pinion is formed with a first stopper portion extending in the outer peripheral direction. The second stopper portion moves between the locking position and the release position. At the locking position, at least a part of the second stopper portion protrudes to the moving area of the first stopper portion. Therefore, when the pinion rotates by a predetermined angle (arranged in a predetermined direction), the first stopper portion and the second stopper portion are locked. In the release position, the entire second stopper portion is retracted outside the moving region of the first stopper portion. Therefore, at this time, the second stopper portion does not engage with the first stopper portion regardless of the rotation angle of the pinion (the direction of the pinion). That is, the second stopper portion interferes with the rotation of the pinion at the locking position and does not interfere with the rotation of the pinion at the release position. Furthermore, the second stopper portion is disposed at the locking position when the holder body is assembled to the case body. In other words, the holder body is assembled to the case body in a state where the second stopper portion is disposed at the locking position.

  For this reason, if the second stopper portion is arranged at the locking position with the biasing force accumulated in the biasing member, and the second stopper portion interferes with the rotation of the pinion, a certain amount of biasing force is accumulated in the biasing means. However, the holder body can be assembled to the case body.

  The second stopper portion is disposed at the release position at least when the holder main body slides between the deployed position and the storage position, and does not interfere with the rotation of the pinion. Therefore, the pinion can rotate more than one rotation. For this reason, the container holder device of the present invention does not require a large pinion.

  Therefore, the container holder device of the present invention can assemble the holder main body to the case body while accumulating a certain amount of urging force in the urging means, while preventing the entire apparatus from becoming large and increasing the manufacturing cost. The slide amount can be increased.

  In the container holder device of the present invention having the above (1), the holder body has a bottom support member. Since the bottom support member is a member that is pivotally supported by the base body and swings between the non-support position and the support position, the bottom support member supports the bottom surface of the container holding portion at the support position. The second stopper portion is integrated with the bottom support member. And if a holder main body is distribute | arranged to a deployment position and a bottom support member is distribute | arranged to a support position, a 2nd stopper part will be distribute | arranged to a latching position. Further, the second stopper portion is disposed at the release position when the holder main body is disposed at the storage position and the bottom support member is disposed at the non-support position.

  In the container holder device of the present invention having the above (1), the container holder device having the second stopper portion can be manufactured without increasing the number of parts by integrating the second stopper portion with the bottom support member. Therefore, the manufacturing cost of the container holder device can be reduced. Furthermore, since the second stopper portion is integrated with the bottom support member that swings between the support position and the non-support position, the second stopper portion reversibly moves between the locking position and the release position. Is possible. Therefore, according to the container holder device of the present invention having the above (1), the second stopper portion can be reused when the holder body is detached from the case body and reassembled to the case body, for example, when repairing the container holder device. There are advantages.

  In the container holder device of the present invention, the holder body has a base body, a pinion, an urging means, and a second stopper portion. The base body has a container holding portion that holds the container. The container holding part can be formed in a known shape such as a concave shape or a through-hole shape. Members such as a bottom support member that supports the bottom surface of the container and a side support member that supports the side surface of the container may be attached to the container holding portion. A second stopper portion is attached to the base body. The second stopper portion may be integrated with the above-described bottom support member, side support member, or the like, or may be provided separately.

  The second stopper portion may be disposed at the release position at least when the holder main body slides between the deployed position and the storage position, and may be disposed at the locking position when the holder main body is assembled to the case body. That is, the second stopper portion may move reversibly between the locking position and the release position, or may be fixed at the release position once the holder body is assembled to the case body.

  When the container holder device of the present invention has the second stopper portion integrated with the bottom support member, the second stopper portion may be integrally formed with the bottom support member. Alternatively, the second stopper portion may be formed separately from the bottom support member and then integrated with the bottom support member.

  Hereinafter, the container holder device of the present invention will be described with reference to the drawings.

Example 1
The container holder device of Example 1 includes the above (1). An explanatory view schematically showing the container holder device of Example 1 is shown in FIG. 1 and FIGS. FIG. 1 shows a state in which the container holder device of Example 1 is viewed from above. 3 to 5 show the container holder device of the first embodiment as viewed from the left side. The principal part enlarged view which represents typically the pinion and the 2nd stopper part in the container holder apparatus of Example 1 is shown in FIG. Hereinafter, in the embodiments, the terms “up”, “down”, “left”, “right”, “front”, and “rear” refer to “upper, lower, left, right, front, and rear” shown in FIG.

  The container holder apparatus of Example 1 has the case body 1 and the holder main body 2 as shown in FIG. The case body 1 has a substantially box shape opened rearward. On the upper surface of the case body 1, a window-like pinion accommodating portion 10 extending in the front-rear direction is formed. A rack 11 extending in the front-rear direction is formed on the right peripheral edge of the pinion housing 10.

  The holder body 2 slides in the front-rear direction with respect to the case body 1. In the storage position shown in FIG. 3, the holder main body 2 is stored inside the case body 1. In the unfolded position shown in FIGS. 1, 4, and 5, the holder body 2 is exposed to the outside (rear) of the case body 1. The holder body 2 includes a base body 20, a pinion 21, an urging means 22, a bottom support member 23, and a second stopper portion 24. The base body 20 has a flat, substantially box shape that opens downward. A through-hole-shaped container holding portion 201 extending in the vertical direction is formed at a substantially central portion of the base body 20. Further, a shaft body 202 protruding upward is formed in the base body 20 at a position in front of the container holding portion 201.

  As shown in FIG. 2, the pinion 21 includes a pinion base portion 210 having a bottomed cylindrical shape that opens downward, a first pinion portion 211 formed on the outer peripheral side of the pinion base portion 210, and a pinion base portion 210. A second pinion portion 212 formed on the outer peripheral side and disposed below the first pinion portion 211, and disposed between the first pinion portion 211 and the second pinion portion 212, and the pinion base portion 210 And a first stopper portion 213 extending on the outer peripheral side. The shaft body 202 of the base body 20 is inserted into the pinion base 210. Accordingly, the pinion 21 is pivotally supported on the base body 20. The first pinion portion 211 meshes with the rack 11 of the case body 1. When the holder main body 2 is slid from the deployed position to the stowed position, the pinion 21 engaged with the rack 11 rotates clockwise in FIG. In the container holder device of the first embodiment, the clockwise rotation in FIG. 1 is the rotation of the pinion 21 in the storage direction. When the holder body 2 is slid from the storage position to the unfolded position, the pinion 21 engaged with the rack 11 rotates counterclockwise in FIG. In the container holder device of the first embodiment, the counterclockwise rotation in FIG. 1 is the rotation in the deployment direction of the pinion 21. The second pinion portion 212 meshes with the damper 30 that is pivotally supported by the base body 20.

  The biasing means 22 has a helical spring shape and is inserted into the pinion base 210. One end of the biasing means 22 is fixed to the inner surface of the pinion base 210. The other end of the urging means 22 is fixed to the base body 20. When the holder main body 2 slides from the deployed position to the storage position and the pinion 21 rotates in the storage direction, the urging means 22 is wound up. At this time, the urging force is accumulated in the urging means 22. Further, when the pinion 21 rotates in the deployment direction by the biasing force accumulated in the biasing means 22, the holder body 2 slides from the storage position to the deployment position.

  The bottom support member 23 has a substantially frame shape having a base 230 extending in the left-right direction, a pair of leg portions 231 extending from both ends of the base portion 230, and a support portion 232 connecting the tips of the leg portions 231. A pair of swinging shaft portions 233 extending in the left-right direction is formed on the left side surface and the right side surface of the base portion 230. The swing shaft portion 233 is pivotally supported by a hole-shaped pivotal support portion 203 formed on the left and right inner surfaces of the base body 20. The bottom support member 23 swings between a non-support position shown in FIG. 3 and a support position shown in FIGS. 4 and 5 around the swing shaft portion 233. In the non-supporting position, the bottom support member 23 is close to the base body 20 and is accommodated in the lower inside of the base body 20. In the support position, the bottom support member 23 hangs down with respect to the base body 20. Specifically, the leg portion 231 extends toward the rear lower side of the base body 20, and the support portion 232 is disposed below the container holding portion 201 formed on the base body 20.

  A pair of guide shaft portions 234 extending in the left-right direction are formed on the left side surface and the right side surface of the base portion 230 at a position in front of the swing shaft portion 233. The guide shaft portion 234 is inserted into the guide portion 204 formed on the left and right side surfaces of the base body 20. The guide part 204 extends along an arc centered on the pivot part 203. Guided by the guide shaft portion 234 and the guide portion 204, the swing angle of the bottom support member 23 is regulated. Further, a second spring urging means 235 is attached to the swing shaft 233 of the bottom support member 23. One end of the second urging means 235 is fixed to the swing shaft portion 233, and the other end is fixed to the base body 20. The second urging means 235 urges the bottom support member 23 to the support position shown in FIGS. 4 and 5.

  As shown in FIG. 2, a second stopper portion 24 is integrated with the bottom support member 23. Specifically, the second stopper portion 24 has a strip shape extending forward, and is fixed to a position corresponding to the pinion 21 in the base portion 230. Therefore, the second stopper portion 24 is attached to the base body 20 via the bottom support member 23.

  The second stopper portion 24 moves as the bottom support member 23 swings. Specifically, when the bottom support member 23 is disposed at the non-support position shown in FIG. 3, the second stopper portion 24 is disposed at the release position. In the release position, the second stopper portion 24 is disposed below the first stopper portion 213. Accordingly, at this time, the second stopper portion 24 is retracted outside the moving region of the first stopper portion 213. Therefore, at this time, the second stopper portion 24 is not locked with the first stopper portion 213 and does not interfere with the rotation of the pinion 21. When the bottom support member 23 swings from the non-support position to the support position shown in FIGS. 4 and 5, the second stopper portion 24 is disposed at the locking position. In the locking position, the second stopper portion 24 is disposed at the same height as the first stopper portion 213. Accordingly, at this time, the tip of the second stopper portion 24 protrudes to the moving region of the first stopper portion 213. Therefore, at this time, the second stopper portion 24 can be locked with the first stopper portion 213. When the pinion 21 rotates to the position shown in FIG. 2, the second stopper portion 24 is disposed on the front side in the rotation direction of the first stopper portion 213. For this reason, the second stopper portion 24 and the first stopper portion 213 are locked, and the second stopper portion 24 interferes with the rotation of the pinion 21.

  A side support member 31 is attached to the base body 20. The side support member 31 has a substantially tongue shape and is pivotally supported in front of the container holding portion 201. A helical spring-like third urging means 310 is attached to the side support member 31. The third urging means 310 urges the side support member 31 counterclockwise in FIG. 4 (direction protruding to the container holding portion 201). As shown in FIG. 5, the side support member 31 elastically contacts the side surface of the container 32 inserted into the container holding unit 201 and supports the side surface of the container 32 by the urging force of the third urging means 310.

  Furthermore, a locking means (not shown) is attached to the case body 1 and the base body 20. The locking means comprises a heart cam and locks the holder body 2 in the storage position.

  In the container holder device of the first embodiment, when the holder main body 2 is assembled to the case body 1, first, the bottom support member 23 is pressed by hand and placed in the non-support position. Then, the pinion 21 is manually rotated by a predetermined angle clockwise (in the storage direction) in FIG. When the pinion 21 is rotated by a predetermined angle clockwise in FIG. 1, a predetermined amount of urging force is accumulated in the urging means 22. When the hand is released from the bottom support member 23 after the pinion 21 is rotated, the bottom support member 23 is swung by the urging force of the second urging means 235 and arranged at the support position shown in FIGS. 4 and 5. . When the bottom support member 23 is disposed at the support position, the second stopper portion 24 is engaged with the first stopper portion 213 as shown in FIG. For this reason, the rotation of the pinion 21 is interfered by the second stopper portion 24, and a predetermined amount of urging force remains accumulated in the urging means 22. When the holder body 2 is assembled to the case body 1 in this state, the holder body 2 is assembled to the case body 1 while accumulating a certain amount of urging force in the urging means 22.

  The operation of the container holder device of Example 1 will be described below.

  In the storage position shown in FIG. 3, the holder main body 2 is stored inside the case body 1. At this time, the urging force is accumulated in the urging means 22. Further, at this time, the bottom support member 23 is disposed at the non-support position and is housed inside the case body 1 together with the base body 20. When the holder body 2 is disposed at the storage position, the bottom support member 23 is in contact with the lower wall of the case body 1. In other words, the bottom support member 23 abuts against the lower wall of the case body 1 and is housed inside the case body 1 against the urging force of the second urging means 235. Since the second stopper portion 24 is arranged at the release position, the pinion 21 can rotate. When the holder main body 2 arranged at the storage position is pressed toward the case body 1, the lock of the holder main body 2 by the locking means is released. Then, the pinion 21 is rotated in the deployment direction by the biasing force of the biasing means 22, and the holder main body 2 slides toward the deployment position.

  When the holder body 2 slides to the unfolded position, the base body 20 is exposed to the outside of the case body 1 and the container 32 can be held by the container holding portion 201 of the base body 20. At this time, since the bottom support member 23 is exposed to the outside of the case body 1 together with the base body 20, it does not contact the lower wall of the case body 1. Accordingly, the bottom support member 23 swings to the support position by the biasing force of the second biasing means 235 (FIG. 4). Therefore, when the container 32 is inserted into the container holding part 201 at this time, the bottom support member 23 supports the bottom surface of the container 32 (FIG. 5). At this time, the second stopper portion 24 integrated with the bottom support member 23 moves in accordance with the swing of the bottom support member 23 and is disposed at a locking position where the second stopper portion 24 is locked with the first stopper portion 213. . Therefore, the second stopper portion 24 interferes with the rotation of the pinion 21, and the holder body 2 is locked at the deployed position.

  When the holder body 2 is slid from the deployed position to the storage position, first, the bottom support member 23 is swung from the support position to the non-support position. Then, the 2nd stopper part 24 integrated with the bottom support member 23 moves to a cancellation | release position. When the second stopper portion 24 moves to the release position, the engagement between the second stopper portion 24 and the first stopper portion 213 is released, and the pinion 21 becomes rotatable. For this reason, the holder body 2 can be slid toward the accommodation position. When the holder body 2 is slid toward the storage position, the pinion 21 meshes with the rack 11 and rotates in the storage direction. Therefore, the urging force is accumulated in the urging means 22. When the holder body 2 is slid to the storage position, the holder body 2 is locked to the case body 1 by the locking means.

  In the container holder device of the first embodiment, when the holder main body 2 is assembled to the base body 20, the second stopper portion 24 is arranged at the locking position. Therefore, when the holder body 2 is assembled to the base body 20, the rotation of the pinion 21 is interfered by the second stopper portion 24, and the urging force of the urging means 22 is not released. Therefore, according to the container holder device of the first embodiment, the holder body 2 can be assembled to the case body 1 with the urging force stored in the urging means 22.

  Further, the second stopper portion 24 is disposed at the release position when the bottom support member 23 is disposed at the non-support position, that is, when the holder body 2 slides between the deployed position and the storage position. . For this reason, when the holder main body 2 slides between the deployed position and the storage position, the second stopper portion 24 is not locked to the first stopper portion 213. Therefore, since the pinion 21 can rotate more than one rotation, the holder main body 2 can be slid largely without using the large pinion 21.

  In the container holder device of the first embodiment, the second stopper portion 24 is integrated with the bottom support member 23. Therefore, the manufacturing cost of the container holder device is reduced as compared with the case where the second stopper portion 24 is provided separately from the bottom support member 23. Furthermore, since the second stopper portion 24 is integrated with the bottom support member 23, the second stopper portion 24 can reversibly move between the locking position and the release position. For this reason, when the holder main body 2 is detached from the case body 1 and assembled to the case body 1 again, there is no need to newly attach the second stopper portion 24 to the base body 20. That is, the container holder device of Example 1 is excellent in durability.

(Example 2)
The container holder device of the second embodiment is different from the container holder device of the first embodiment in that the second stopper portion is formed on a connecting member separate from the bottom support member. The container holder device of Example 2 includes the above (1). Explanatory drawings schematically showing the container holder device of Example 2 are shown in FIGS. 6 and 7 show a state in which the container holder device of the second embodiment is viewed from the same position as that in FIG.

  In the container holder device of the second embodiment, a rack 11 similar to the container holder device of the first embodiment is formed on the case body 1. A pinion 21 is pivotally supported on the base body 20. The pinion 21 in the container holder device of the second embodiment is the same as the container holder device of the first embodiment except that the first stopper portion 213 is disposed below the first pinion portion 211 and the second pinion portion 212. It has the same shape. One end of an urging means 22 similar to the container holder device of the first embodiment is fixed to the pinion 21. The other end of the urging means 22 is fixed to the base body 20. That is, the container holder device according to the second embodiment includes the rack 11, the pinion 21, and the urging means 22 that are substantially the same as those of the container holder device according to the first embodiment.

  In the container holder device of the second embodiment, a pair of connecting member pivots 205, a pair of bottom support member pivots 206, and a pair of coupling guide pivots 207 are formed on the left and right inner surfaces of the base body 20. Yes. The connecting member pivot portion 205 has a hole shape. The bottom support member pivotal support portion 206 has a long hole shape that extends in an arc shape from the front upper side to the rear lower side. The connection guide pivot 207 has a long hole shape extending in an arc shape from the front lower side to the rear upper side.

  In the container holder device of the second embodiment, the bottom support member 23 has only the swing shaft portion 233 and does not have the guide shaft portion. The swing shaft portion 233 of the bottom support member 23 is pivotally supported by the bottom support member pivot portion 206 of the base body 20 so as to be slidable. For this reason, the bottom support member 23 swings while sliding with respect to the base body 20. Further, the bottom support member 23 is formed with a pair of connecting portions 236 on the left and right inner surfaces of the leg portion 231. The connecting portion 236 has a hole shape.

  The container holder device of the second embodiment has a connecting member 25. The connecting member 25 has a substantially plate shape and is pivotally supported by the bottom support member 23 and the base body 20. Specifically, on the left and right side surfaces of the connecting member 25, a pair of connecting swing shaft portions 250 extending in the left-right direction, a pair of connecting shaft portions 251 extending in the left-right direction, and a pair of connecting guide shaft portions 252 extending in the left-right direction. And are formed. The connection swing shaft portion 250 is pivotally supported by the connection member pivot support portion 205 of the base body 20. The connecting shaft portion 251 is pivotally supported by the connecting portion 236 of the bottom support member 23. The connection guide shaft portion 252 is pivotally supported by the connection guide pivot support portion 207 of the base body 20. A second urging means 235 similar to the container holder device of the first embodiment is attached to the coupling swing shaft portion 250 of the coupling member 25. The connecting member 25 swings with respect to the base body 20 around the connecting swing shaft portion 250. Further, since the connecting shaft portion 251 of the connecting member 25 is pivotally supported by the bottom support member 23, the connecting member 25 swings relative to the bottom support member 23 around the connecting shaft portion 251. Specifically, when the bottom support member 23 is disposed at the non-support position shown in FIG. 6, the connection shaft portion 251 of the connection member 25 is pulled rearward and downward by the bottom support member 23. Accordingly, the connecting member 25 swings around the connecting swing shaft portion 250, with the connecting guide shaft portion 252 facing forward and upward and the connecting shaft portion 251 facing rearward and downward. When the bottom support member 23 is disposed at the support position shown in FIG. 7, the connection shaft portion 251 of the connection member 25 is pulled rearward and upward by the bottom support member 23. Accordingly, the connecting member 25 swings around the connecting swing shaft portion 250, with the connecting guide shaft portion 252 facing the front lower side and the connecting shaft portion 251 facing the rear upper side. The swing angle of the connecting member 25 is regulated by the connecting guide shaft part 252 and the connecting guide pivot part 207.

  In the container holder device of the second embodiment, the second stopper portion 24 is integrated with the connecting member 25. Specifically, the second stopper portion 24 has a strip shape extending forward and is fixed to the front end face of the connecting member 25. The second stopper portion 24 is disposed at a position corresponding to the pinion 21. Therefore, the second stopper portion 24 is attached to the base body 20 via the connecting member 25. The second stopper portion 24 moves as the bottom support member 23 and the connecting member 25 swing. And the 2nd stopper part 24 will be distribute | arranged to a latching position, if the bottom support member 23 is distribute | arranged to the support position shown in FIG. That is, the second stopper portion 24 is disposed at the same height as the first stopper portion 213, and the tip of the second stopper portion 24 protrudes to the moving region of the first stopper portion 213. Therefore, at this time, the second stopper portion 24 is locked with the first stopper portion 213. When the bottom support member 23 is disposed at the non-support position illustrated in FIG. 6, the second stopper portion 24 is disposed at the release position. That is, the second stopper portion 24 is disposed above the first stopper portion 213 and retracts outside the moving region of the first stopper portion 213. Therefore, at this time, the locking of the second stopper portion 24 and the first stopper portion 213 is released, and the second stopper portion 24 does not interfere with the rotation of the pinion 21.

  In the container holder device of the second embodiment, when the holder main body 2 is assembled to the case body 1, first, the bottom support member 23 is arranged at the non-supporting position, and then the pinion 21 is moved to the case body 1 as in the first embodiment. A predetermined amount of urging force is accumulated in the urging means 22 by rotating it by a predetermined angle in the storage direction. Thereafter, the hand is released from the bottom support member 23, the bottom support member 23 is placed at the support position, and the second stopper portion 24 is locked to the first stopper portion 213. When the second stopper portion 24 is locked to the first stopper portion 213, the rotation of the pinion 21 is interfered by the second stopper portion 24, and a predetermined amount of urging force remains accumulated in the urging means 22. Therefore, when the holder body 2 is assembled to the case body 1 in this state, the holder body 2 can be assembled to the case body 1 while accumulating a certain amount of urging force in the urging means 22.

  When the bottom support member 23 is swung to the non-support position, the second stopper portion 24 is disposed at the release position, so that the holder body 2 can be slid between the deployed position and the storage position. Therefore, also in the container holder device of the second embodiment, the pinion 21 can rotate more than one rotation. Therefore, the container holder device of the second embodiment can also slide the holder main body 2 greatly without using the large pinion 21.

  In the container holder device of the second embodiment, the second stopper portion 24 is integrated with a connecting member 25 that is separate from the bottom support member 23. However, like the container holder device of the first embodiment, the holder body 2 can be assembled to the case body 1 while accumulating a certain amount of urging force in the urging means 22, and without using the large pinion 21, The holder body 2 can be slid greatly. Further, the connecting member 25 in which the second stopper portion 24 is integrated in the container holder device of the second embodiment is a member that can move reversibly, like the bottom support member 23. For this reason, also in the container holder device of the second embodiment, the second stopper portion 24 is reversibly movable between the locking position and the release position. Therefore, when the holder main body 2 is detached from the case body 1 and assembled to the case body 1 again, there is no need to newly attach the second stopper portion 24 to the base body 20. That is, the container holder device of Example 2 is also excellent in durability.

It is explanatory drawing which represents the container holder apparatus of Example 1 typically. It is a principal part enlarged view which represents typically the pinion and 2nd stopper part in the container holder apparatus of Example 1. FIG. It is explanatory drawing which represents the container holder apparatus of Example 1 typically. It is explanatory drawing which represents the container holder apparatus of Example 1 typically. It is explanatory drawing which represents the container holder apparatus of Example 1 typically. It is explanatory drawing which represents the container holder apparatus of Example 2 typically. It is explanatory drawing which represents the container holder apparatus of Example 2 typically.

Explanation of symbols

1: Case body 2: Holder body 11: Rack 20: Base body 21: Pinion 22: Biasing means 23: Bottom support member 24: Second stopper portion 201: Container holding portion 213: First stopper portion

Claims (2)

A container holder device having a box-shaped case body, and a holder body that slides between a storage position stored inside the case body and a deployment position exposed to the outside of the case body,
The case body has a rack extending in the sliding direction of the holder body,
The holder body is
A base body having a container holding portion for holding the container;
A pinion that is pivotally supported by the base body, meshes with the rack, and has a first stopper portion extending in the outer circumferential direction;
A biasing means that has a helical spring shape, one end is fixed to the pinion, the other end is fixed to the base body, and the pinion is biased in a direction in which the holder body slides toward the deployed position;
A second stopper portion which is attached to the base body and moves between a locking position where at least a part protrudes from the movement region of the first stopper portion and a release position where the entirety is retracted outside the movement region; Have
When the holder main body is assembled to the case body, the second stopper portion is disposed at the locking position and locked with the first stopper portion, and at least the holder main body is moved between the deployed position and the storage position. A container holder device, wherein the container holder device is arranged at the release position when sliding between the two. The holder body is pivotally supported by the base body and is in a non-supporting position close to the base body, and a supporting position depending on the base body and at least a part of which is disposed below the container holding portion. Having a bottom support member that swings between
The bottom support member is disposed at the support position when the holder body is disposed at the deployed position, and is disposed at the non-support position when the holder body is disposed at the storage position.
The second stopper portion is integrated with the bottom support member, said bottom support member is disposed in the locking position and arranged on the support position, the bottom support member are disposed in non-support position container holder according to claim 1 which is disposed in the release position.

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