JP2011154628A - Automatic transaction device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a door structure, capable of easily modifying a door open/close direction by the work of a single person, without detachment of a heavy reinforced door itself from a device body. <P>SOLUTION: The door structure includes: bar receivers 6 on the body side, provided on a device body 3, allowing bars 4 to be inserted in the vertical direction; bar receivers 5a, 6, 5b on both the left and the right sides, configured of vertically disposed bar receivers 5a, 5b on the door side, provided on a door 2, allowing the bars 4 to be inserted in the vertical direction; and the bars 4 respectively capable of being inserted and extracted in the vertical direction relative to the bar receivers 5a, 6, 5b. By means of the bar receivers 5a, 6, 5b and the bars 4 on one of the left and the right sides, locking structures 14 are configured to have an open/close locking state when the bars 4 are inserted into the bar receivers 5a, 6, 5b, and to have an open/close lock release state when the bars 4 are extracted. Further, by means of the bar receivers 5a, 6, 5b and the bars 4 on the other of right and left side, hinge structures 13 are configured to rotatably hold the door 2 in a state that the bars 4 are inserted into the bar receivers 5a, 6, 5b. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to an automatic transaction apparatus such as an automatic teller machine that is used for transactions in, for example, a financial institution, and more particularly to an automatic transaction apparatus having a door structure that can easily change the opening and closing direction of the door.

  In general, an automatic transaction apparatus that handles cash such as an automatic teller machine or a money changer has a double door or a single door on the front or rear of the apparatus for the purpose of maintaining a banknote unit or a coin unit stored in the apparatus. Is provided.

  This kind of door opening / closing structure is formed in a hinge structure in which one is cantilevered as an opening / closing fulcrum, and the other is formed in a locking structure that locks / unlocks between the apparatus main body and the door (for example, a patent) Reference 1).

JP 2006-152728 A

  For this reason, for example, in the case of a single door, if the right side is a hinge structure, it becomes a single door that can be opened and closed only on the right side, and if the left side is a hinge structure, it becomes a single door that can be opened and closed only on the left side. .

  In particular, when applied to automatic transaction equipment, high protection performance is required to store cash, and the thickness of the door is increased so that it will not be easily destroyed even if it receives a large external force from the outside. In this way, it is manufactured in a structure that improves the storage of cash.

  In addition, when installing an automatic transaction apparatus, there are various environments depending on the installation location of financial institutions, stores, parking areas, various facilities, etc., but the automatic transaction apparatus does not face obstacles in the direction of opening and closing the door. The installation location must be determined in consideration of the installation direction.

  For this reason, if the opening / closing direction of the door of the automatic transaction apparatus is changed to be switchable, it is conceivable to avoid the restriction of the installation direction of the automatic transaction apparatus.

  However, in order to change the opening and closing direction of the door, the door itself has a reinforced structure, so the door is heavy, and it is necessary to remove and reassemble the hinge structure and the saddle structure that support the door. is there. For this reason, there has been a problem that much work labor and work time are consumed to change the opening and closing direction of the door.

  Accordingly, an object of the present invention is to provide an automatic transaction apparatus capable of easily changing the opening and closing direction of a door by one person without removing the door from the apparatus main body even if the door is heavy and reinforced. To do.

  The present invention is an automatic transaction apparatus including an apparatus main body and a door that is pivotally supported by the apparatus main body and opens and closes, and is provided on the apparatus main body and allows a bag to be inserted vertically. Each of the left and right side saddle receivers, which are configured by vertically arranging a saddle receiver and a door side saddle receiver that is provided on the door and allows the insertion of the flange in the vertical direction, respectively, And a hook that can be inserted and removed in the vertical direction. When the hook is inserted into the hook receiver by the hook receiver and the hook on the left and right sides, the lock is opened and the hook is pulled out. And a hinge that supports the door in a state in which the hook is inserted into the hook receiver by the hook receiver and the hook on the other left and right sides. It is characterized by comprising a structure.

  According to the present invention, it is possible to provide an automatic transaction apparatus that can easily change the opening and closing direction of a door by one person without removing the door from the apparatus main body even if the door is heavy and reinforced. .

The schematic perspective view which shows the structure of the back door of the automatic transaction apparatus in Example 1. FIG. The schematic perspective view which shows the door structure before the door opening / closing direction confirmation of the automatic transaction apparatus in Example 1. FIG. The principal part longitudinal cross-sectional view which shows the lock structure before the door opening / closing direction determination in Example 1. FIG. The schematic perspective view which shows the door structure after fixing the back door of the automatic transaction apparatus in Example 1 to left opening. The principal part perspective view which shows the connection structure of the lock link in the Example 1, and a collar link. The principal part perspective view which shows the attachment state of the heel rolling suppression member by the side of a hinge in Example 1. FIG. The principal part top view which shows the attachment state of the heel rolling suppression member by the side of a hinge in Example 1. FIG. The principal part longitudinal cross-sectional view which shows the structure by the side of the hinge after the door opening / closing direction confirmation in Example 1. FIG. The schematic perspective view which shows the door structure after fixing the back door of the automatic transaction apparatus in Example 1 to right opening. The perspective view which shows the stopper structure of the bag of the automatic transaction apparatus in Example 1. FIG. The external appearance perspective view which shows the door structure after fixing the back door of the automatic transaction apparatus in Example 2 to left opening. The principal part longitudinal cross-sectional view which shows the structure by the side of the hinge after the door opening / closing direction confirmation in Example 2. FIG. The principal part longitudinal cross-sectional view which shows the structure by the side of the lock | rock after the door opening / closing direction confirmation in Example 2. FIG. The external appearance perspective view which shows the state which once opened the back door of the automatic transaction apparatus in Example 2 to the right.

  Embodiments of the present invention will be described below with reference to the drawings.

  The drawing shows the structure of a door that can be switched between a left opening and a right opening. FIG. 1 shows a rear door (hereinafter referred to as a door) 2 provided on the rear surface side of the automatic transaction apparatus 1. As the automatic transaction apparatus 1, for example, an ATM (automated teller machine), a CD (automated teller machine), a money changer, etc. installed in stores of various financial institutions such as banks and post offices are applied.

  The automatic transaction apparatus 1 stores various devices such as a banknote unit for depositing / withdrawing banknotes and a coin unit for depositing / withdrawing coins in an apparatus body 3 formed in a stepped box shape. A door 2 is provided on the rear surface of the apparatus main body 3 for the purpose of maintenance and inspection of these stored devices by an attendant.

  The door 2 used here is composed of a single flat plate that opens and closes a vertically long rear opening 3 a that is opened on the rear surface of the apparatus body 3. This door 2 has a switching structure in which either the left or right side is cantilevered by the apparatus main body 3 and can be changed to left open or right open.

  As the switching structure of the door 2, the door 2 is configured symmetrically so that both sides of the rear surface of the door 2 can be switched to the hinge structure 13 and the lock structure 14. By adopting this symmetric shared structure, the switching operation of the door opening / closing direction 15 can be facilitated.

  For example, when the left side is set to the hinge structure 13 that is an opening / closing fulcrum of the door 2, the left opening door that can be opened / closed only on the left side by using the left side common structure for the hinge structure 13 (see FIG. 4) Therefore, the shared structure on the right side is used for the lock structure 14 which is the lock / unlock operation side. On the other hand, when the right side is set to the hinge structure 13, the right side common structure is used for the hinge structure 13, and the door opening and closing direction 15 becomes a right opening door that can be opened and closed only on the right side (see FIG. 5). The shared structure is used for the lock structure 14 on the lock / unlock operation side.

Next, switching between the hinge structure 13 and the lock structure 14 of the door 2 will be specifically described.
First, the lock structure 14 shown on the right side of FIG. 2 is composed of a gutter 4, a door side gutter receiver 5a, 5b, a main body side gutter receiver 6, a gutter link 7, a lock link 8, and a handle 9. Is done.

  The main body side collar 6 has a cylindrical shape, and allows the collar 4 to be described later to be inserted into the cylinder in a vertical direction so as to lock the collar 4. The main body side collar receiver 6 is provided so as to protrude rearward of the apparatus body 3. In addition, the main body side saddle receiver 6 is arranged in two upper and lower portions of an upper lock portion L1 and a lower lock portion L2 on the right rear surface of the apparatus main body 3. Further, the main body side collar holder 6 is disposed to face door side collar holders 5a and 5b, which will be described later, on concentric shafts in the vertical direction.

  The above-mentioned door-side hook receivers 5a and 5b have a cylindrical shape that allows insertion of a hook 4 described later in the vertical direction, and the door-side hook receivers 5a and 5b have substantially the same shape on the right side of the door 2, It is arranged. The above-mentioned main body side hook receiver 6 is interposed in the middle part in the vertical direction of these door side hook receivers 5a and 5b. Therefore, the upper door-side collar receiver 5a and the lower door-side collar receiver 5b are vertically opposed to each other with a space in which the main body-side collar receiver 6 is inserted. And, the upper and lower lock portions L2 on the right side of the door 2 are made up of the lock portion formed by the body side rod receiver 6 and the door side rod receivers 5a and 5b which are vertically opposed to each other and the rod 4 which will be described later. There are two places.

  Further, the door-side collar receivers 5a and 5b are disposed at positions corresponding to the main-body-side collar receiver 6 on the vertical concentric shaft. For this reason, when the door 2 is closed, the pair of upper and lower door side guards 5a and 5b sandwich the main body side guard 6 from above and below, and the upper lock part L1 and the lower lock part L2 respectively Opposite side by side on the concentric axis.

  Accordingly, the main body side wall holders 6 are alternately opposed to each other between the two door side wall receivers 5a and 5b, and each of the three continuous wall receivers 5a, 6 and 5b is provided. It has a vertical hook structure in which the hook 4 moving in the vertical direction is inserted and locked in the receiving holes a, b, b (see FIG. 3). Here, as an example of the lock portion of the vertical hook structure, three hook receivers 5a, 6 and 5b are alternately arranged. However, three or more hook holders may be arranged.

  The eaves 4 are formed of a long shaft such as a cylinder, for example, and are provided so as to be inserted and extracted in the vertical direction with respect to the eaves receivers 5a, 6 and 5b facing each other on the vertical concentric axis. The flange 4 has a length inserted into three consecutive flange receivers 5a, 6 and 5b.

  Further, the flange 4 is provided at the upper and lower positions on the concentric shaft by connecting the upper and lower flanges 4 to one common flange link 7 described later, and these two flanges 4 are connected to the upper lock portion L1. The lower lock portion L2 is provided so as to be inserted and extracted.

  The door 2 has a lock portion configured by combining the pair of upper and lower door side rod receivers 5a and 5b and the main body side rod holder 6 and the rod 4 in the upper lock portion L1 and the lower lock portion L2. The apparatus main body 3 is configured to be locked at two locations above and below. Furthermore, in the upper and lower lock portions L1 and L2, with the door 2 closed, one long rod 4 is slid in the vertical direction on the three rod receivers 5a, 6 and 5b arranged above and below. ing.

  In addition, since the common single collar 4 is pivotally supported through the three collar receivers 5a, 6 and 5b, the collar 4 is reliably supported at three points in the vertical direction. Moreover, since the same lock structure is divided into the upper lock part L1 and the lower lock part L2, the door 2 is stabilized by the upper and lower lock structures 14 of the upper lock part L1 and the lower lock part L2. Locked.

  Further, a concave contact avoidance space 2 a that avoids contact between the door 2 and the main body side collar 6 is cut out at the position of the right edge of the door 2 facing the main body side collar 6. . Thereby, the main body side hook holder 6 can enter between the upper and lower door side hook holders 5a.

  As shown in FIGS. 2 and 5, the above-described saddle link 7 has a U shape that is long in the vertical direction, and the upper end portion of the saddle 4 is fixed to the end of the upper horizontal piece of the U shape. 4 is suspended. Further, the upper end portion of the flange 4 is fixed to the end portion of the U-shaped lower horizontal piece, and the flange 4 is suspended. Thereby, the eaves link 7 is configured by connecting the upper and lower eaves 4 together. For this reason, each eaves 4 simultaneously moves up and down in the up and down movement in the moving direction 16 of the eaves link 7.

  In addition, the upper hook 4 is inserted and removed from the upper lock portion L1 and the lower hook 4 is inserted and removed from the lower lock portion L2. For this reason, the eaves link 7 is set to an interval at which the upper and lower eaves 4 are inserted and removed at the same timing. In addition, the upper and lower hooks 4 are set on the concentric axes in the upper and lower lock portions L1 and L2.

  As shown in FIG. 2, the lock link 8 is a link arm that is long in the left-right direction and is connected to the left and right eaves links 7 that move up and down on the left and right of the door 2. The lock link 8 is detachably connected at one end and the other end to a vertical link 7 that is parallel to both sides of the door 2. Further, the lock link 8 is pivotally supported at the center of the wall surface of the door 2 by a pivot shaft 8a at an intermediate portion that is long in the left-right direction. The lock link 8 is freely rotated in the lock link moving direction 17 along the outer wall surface of the door 2 using the pivot shaft 8a as a rotation fulcrum.

  The handle 9 is arranged in the vicinity of the center of the door 2 with a lever shape, and the upper end side of the lever shape is fixed to the middle portion of the lock link 8 and attached in a T shape, and the lower end side thereof is provided in the gripping portion. Yes. An attendant grasps the grip portion of the handle 9 and rotates the handle 9 in either the left rotation direction or the right rotation direction 18 along the outer wall surface of the door 2, thereby integrating the handle 9. The lock link 8 which is formed and fixed rotates around the pivot shaft 8a at the intermediate portion as a rotation fulcrum. Thereby, one side of the both ends of the lock link 8 moves upward, and the other side moves downward.

  The amount of rotation of the lock link 8 is determined according to the vertical movement length of the rod 4 that moves up and down via the rod link 7 to the lock position and the unlock position. Specifically, when the right heel link 7 moves up most with the left rotation of the lock link 8, each heel 4 of the right upper and lower lock portions L1, L2 moves up most.

  At this time, the upward movement amount of the eaves 4 moves to a state where it cannot be completely removed from the uppermost door side eaves receiver 5a. From 5b, it is set so as to move upward until it is completely disconnected. This setting method can be realized, for example, by restricting the amount of rotation of the handle 9. Thereby, in conjunction with the rotation of the handle 9, the movement amounts of the lock link 8, the heel link 7, and the heel 4 are restricted. Then, when the lower end of the collar 4 comes out above the main body side collar holder 6, the collar 4 comes off from the main body side collar receiver 6, and the door 2 is unlocked (see FIG. 4).

  Conversely, when the handle 9 is turned in the opposite direction to rotate the lock link 8 in the opposite direction, the lock link 8 moves downward on the right side and pivots on the left side with the pivot shaft 8a at the intermediate portion as the rotation fulcrum. (Indicated by the broken line in FIG. 4). When the right heel link 7 moves down most along with the rotation of the lock link 8, each heel 4 of the upper and lower lock portions L1, L2 moves down most. At this time, the hook 4 is inserted and locked into three hook receivers 5a, 6 and 5b which are continuous in the vertical direction. The handle 9 is normally restricted from rotating by a key (not shown).

  When the handle 9 is operated to move the collar 4 most upward, the collar 4 is set at a position where the lower end of the collar 4 stays in the upper door-side collar receiver 5a and does not come out of the door-side collar receiver 5a. Thereby, even if the eaves 4 move up most, they are in a state of being inserted and supported by the upper door side eaves receiver 5a. For this reason, the collar 4 is not detached from the door 2 by the turning operation of the handle 9.

  Conversely, when the collar 4 is moved down most, the collar 4 is inserted into the three collar receivers 5a, 6 and 5b arranged in the vertical direction, respectively, and the lower end of the collar 4 is the lower door side guard 5b. It is set to a position that fits inside. In this case, the insertion part of the hook 4 is hidden by the hook receivers 5a, 6 and 5b, and the exposed part of the locked insertion part is minimized.

  As described above, the hook 4 is inserted into and removed from the hooks 5a, 6 and 5b on either one of the left and right sides in the vertical direction. Thus, the door 2 is in an open / close locked state when the rod 4 is inserted into the rod receivers 5a, 6 and 5b, and the door 2 has a lock structure 14 in which the door 2 is in an open / close unlocked state when the rod 4 is extracted. ing.

  Further, as shown in FIG. 3, of the three saddle receptacles 5a, 6 and 5b arranged in the vertical direction, the inner diameter of the receiving hole a of the upper door side saddle receptacle 5 is reduced, and the other two lower receptacles The inner diameters of the receiving holes b and b of the flange receivers 6 and 5b are made slightly larger than this. That is, the insertion structure is provided with a play that facilitates the insertion of the flange 4 into the lower flange receivers 6 and 5b.

  For this reason, when the hook 4 starts to move downward, insertion is permitted even if the shaft centers of the receiving holes b and b of the hook receivers 6 and 5b are slightly deviated on the lower side, and three consecutive hook receivers 5a and 6 are provided. , 5b can be inserted into the receiving holes a, b, b. As a result, the door 2 can be easily changed from the open / close lock release state to the open / close lock state.

  The size of the play when the heel is inserted is such that the facing gap between the inner peripheral surface of the upper receiving hole a and the outer peripheral surface of the heel 4 is set to a relatively small value of about 0.5 mm, and the lower receiving holes b, b The gap between the inner peripheral surface of the rim and the outer peripheral surface of the flange 4 is set to be as large as about 2 mm. The reason why the facing gap is comparatively small, such as about 0.5 mm, is to improve the directional stability of the eaves 4 kept in the state of being inserted into the upper door side eaves receptacle 5a, and to move the eaves 4 to other than the vertical direction. This is to regulate as much as possible.

Next, the hinge structure 13 will be described.
As shown in FIG. 4, the hinge structure 13 has substantially the same structure as the lock structure 14 and is provided symmetrically on the left side of the door 2 described above. The hinge structure 13 is also divided into an upper hinge portion H1 and a lower hinge portion H2 on the left side that is at the same height as the upper and lower lock portions L1, L2.

  For example, the upper hinge portion H <b> 1 includes a pair of upper and lower door side hook receivers 5 a and 5 b, a main body side hook receiver 6, and a hook link 7 provided with a hook 4 on the upper and lower sides. The difference between the lock structure 14 and the lock structure 14 is that the collar link 7 and the lock link 8 are separated from each other and the spacer 10 as a stable holding member is added. Therefore, the same components as those of the lock structure 14 are denoted by the same reference numerals, and different configurations will be described.

  With regard to the separation structure of the heel link 7 and the lock link 8, the attachment / detachment portion of the heel link 7 and the lock link 8 is a horizontally long slot at an intermediate height position in the vertical direction of the heel link 7, as shown in FIG. 7a is provided open. Further, a circular screw insertion hole 8a is provided at the end of the lock link 8 so as to open.

  The male screw side connecting screw 12a and the corresponding female screw side connecting screw 12b are passed from both sides through a common opening portion where the long holes 7a and the screw insertion holes 8a are overlapped, and the pair of connecting screws. 12a and 12b are coupled and connected by screwing so that the overlapping portion of the collar link 7 and the lock link 8 is tightened.

  In a state where the hook link 7 and the lock link 8 are connected, when the lock link 8 is rotated, the end of the lock link 8 moves up and down, and the hook link 7 moves up and down in conjunction with the vertical movement. However, in order to enable rotation of the lock link 8 at this time, the eaves link 7 is provided with a long hole 7a which is opened horizontally for sliding support, and the lock link 8 is laterally connected via the connecting screws 12a and 12b. It is possible to slide slightly.

  Therefore, if the screwed portions of the pair of connecting screws 12a and 12b are loosened to disconnect the hook link 7 and the lock link 8 on the hinge structure 13 side, the hook link 7 and the lock link 8 are separated and opened. It has a detachable configuration.

  And if the connection part of these heel links 7 and lock links 8 is removed, heel link 7 will be in a free state. At this time, the saddle link 7 and the saddle 4 are housed in the state received by the respective saddle receivers 5a, 6 and 5b under their own weight, and the saddle 4 does not move up and down. As a result, the hinge structure 13 that rotates the door 2 so that it can be opened and closed is obtained while the rod 4 is inserted into the rod receivers 5a, 6 and 5b.

  As shown in FIG. 6, the spacer 10 has a U-shape as viewed from the side as a stable holding member in the hinge structure 13. The upper spacer piece 10a, which is a U-shaped upper horizontal piece of the spacer 10, and the lower spacer piece 10a, which is a lower horizontal piece, have the same shape and are formed in parallel vertically.

  These upper and lower spacer pieces 10 a are provided with a vertical distance slightly longer than the height of the main body side collar holder 6 so as to be positioned with the upper and lower sides of the main body side collar receiver 6 interposed therebetween. Further, the spacer piece 10a includes an upper facing surface 20 between the main body side collar holder 6 and the door side collar receiver 5a facing the upper side, and a main body side collar receiver 6 and the door side collar receiver facing the lower side. It is formed in a thickness that can be interposed between the lower facing surfaces 21 between 5b. Thus, after the spacer 10 is inserted and attached from the horizontal direction, the vertical rattling of the flanges 5a, 6 and 5b can be suppressed by the interposition of the upper and lower spacer pieces 10a.

  Furthermore, an arcuate surface corresponding part 10b that is close to the outer peripheral surface of the flange 4 is formed on the tip side of the upper and lower spacer pieces 10a. It has a role of guiding as a lateral vibration suppressing member. Moreover, the proximity | contact space | interval of the front end side of these spacer pieces 10a and the outer peripheral surface of the collar 4 is set to the space | interval of about 0.2 mm, for example, and it suppresses that the collar 4 is unstable and rattled.

  The spacer 10 has a screw insertion hole 10c at the center of the U-shaped vertical piece. The spacer 10 is fixedly attached from the side of the main body side collar 6 by screwing into the joint insertion hole 6a of the main body side collar 6 through the screw insertion hole 10c through the screw 10d for spacer connection.

  Furthermore, as shown in FIG. 7, the spacer 10 is configured as a set of two so that the spacer 4 can be attached even after the collar 4 enters each collar receiver 5a, 6, 5b. In this case, for example, it is inserted and interposed from the two directions of the right direction and the front direction (downward direction in the figure) with the shaft center of the flange 4 as the center. Further, when the flange 4 is sandwiched between the two spacers 10 having the symmetrical shape, a non-contact inclined facing surface 10e is formed by cutting out partly so that the facing surfaces of the two spacers 10 do not come into contact with each other.

  Therefore, when the spacer 10 is incorporated on the hinge structure 13 side as shown in FIG. 8, the gap between the vertical hooks 5 a, 6, 5 b is substantially eliminated on the hinge structure 13 side that becomes the vertical hook structure, and the door 2 can be suppressed. Further, since the spacer 10 is guided in the vicinity of the outer periphery of the flange 4 on the hinge structure 13 side, the lateral shake that causes the flange 4 to be unstable is suppressed, and the rattling of the door 2 in the horizontal direction is restricted. Is done.

Next, the procedure for determining the door opening / closing direction of the automatic transaction apparatus 1 will be described.
Before the opening / closing direction of the door 2 of the automatic transaction apparatus 1 is determined, both ends of the lock link 8 are connected to the heel links 7 on both sides as shown in FIG. When the lock link 8 is rotated in this state, the both ends of the lock link 8 move up and down in opposite directions. For this reason, the eaves 4 that move up and down together with the eaves links 7 on both the left and right sides are always supported by the body side eaves receiver 6. For this reason, even if the lock link 8 is moved, the door 2 is always supported by the apparatus main body 3, so that the door 2 does not fall from the apparatus main body 3.

  After installing the automatic transaction apparatus 1 in such a state at an installation location to be used locally, the opening / closing direction of the door is set. For example, in the case of confirming left-opening, first, as shown in FIG. 4, the upper and lower doors 5a and 5b which are the upper and lower hinges H1 and H2 on the left side of the door 2 The spacer 10 is attached between the opposing surfaces. As a result, on the hinge structure 13 side, the rattling of the hook 4 in the left-right direction and the rattling of the hook receivers 5a, 6 and 5b in the vertical direction are suppressed.

  Further, as shown in FIG. 5, the connecting screws 12a and 12b connecting the heel link 7 and the lock link 8 on the left side of the door 2 are removed to separate them, and the heel link 7 as shown in FIG. To free state. Thereby, the heel link 7 falls by its own weight, and the heel 4 integrated with the heel link 7 does not move up and down. For this reason, a hinge structure 13 is created on the left side of the door 2 to construct a cantilever support that allows the door 2 to be opened to the left.

  On the other hand, as shown in FIG. 4, when the handle 9 is turned to the left to move the right end of the lock link 8 upward as shown in FIG. The fixed rod 4 moves up to the unlocking position and allows the door 2 to be opened.

  At this time, the lower end of the eaves 4 comes out higher than the main body side eaves receptacle 6, but does not come out from the upper door side eaves receptacle 5a. For this reason, the lower part of the flange 4 remains inserted into the small-diameter receiving hole a of the upper door-side flange receiver 5a, and the lower part of the flange 4 is maintained in a support state in which the lower part of the flange 4 is accurately guided in the vertical direction. Be drunk. Therefore, it can be stably moved down when the rod 4 is moved down next time.

  On the other hand, in the case of locking the left opening door, when the handle 9 is rotated to the right with the door 2 closed and the right end of the lock link 8 is moved downward, the right side is interlocked with the movement of the lock link 8. The hook 4 fixed to the hook link 7 is moved down at the lock position, and the hook 4 is in a locked state in which the vertical hook structure is inserted continuously into the hook receivers 5a, 6 and 5b. Thereby, the door 2 is firmly fixed to the apparatus main body 3, and the closed state of the rear surface opening 3a is maintained.

  As described above, the left opening door can be configured simply by adding the spacer 10 to the left hinge structure 13 side of the door 2 and further removing the connection between the left heel link 7 and the lock link 8. .

  After fixing to the left opening door, it can be used as a left opening door that can be opened and closed only on the specified left opening side by keeping only the lock 7 on the lock structure 14 side and the lock link 8 connected. it can.

  Next, when switching from the left door to the right door, as shown in FIG. 9, the left and right replacement operation of the spacer 10 and the left and right attachment / detachment operations of the heel link 7 and the lock link 8 are performed as described above. Can switch the opening and closing direction of the door 2 only by carrying out in the opposite direction.

  Specifically, first, the door 2 is closed, and the heel link 7 and the lock link 8 which are separated from each other on the left side and are in a free state are connected by the connecting screws 12a and 12b. Thereafter, the connecting screws 12a and 12b at the connecting portion between the collar link 7 and the lock link 8 connected on the right side are loosened and separated. As a result, the hook 4 that is in the free state on the right side is lowered by its own weight and supported by the hook receivers 5a, 6 and 5b.

  Moreover, the hinge structure 13 can be created on the right side of the door 2 by removing the spacer 10 attached to the left side and replacing the spacer 10 with the right side.

  In addition, a lock structure 14 that can be operated on the left side of the door 2 is interlocked with the lock link 8 and can be operated in an unlock position where the lock 4 is unlocked when it is moved upward and a lock position where it is locked when it is moved downward. Thereby, the opening / closing direction of the door 2 can be switched from the left opening door to the right opening door.

  In addition, when switching from the right opening door to the left opening door again, the switching operation can be performed only by performing the above switching operation in the opposite direction.

  In this way, the lock structure 14 and the hinge structure 13 configured on both the left and right sides are configured by the same member, the component members disposed on the left and right are configured by the same common member, and are rotated at the intermediate portions on the left and right sides By attaching and detaching to / from the possible lock link 8, it is possible to efficiently switch the door opening and closing direction by effectively using a symmetrical member. In particular, the roles of the lock structure 14 and the hinge structure 13 can be interchanged without removing the door 2 and can be arbitrarily switched between a left-open door and a right-open door. Further, since the door 2 has the same structure on both the left and right sides, the number of types of constituent members is reduced, the manufacture is easy, and the door 2 can be configured simply.

  Further, when the opening / closing direction of the door 2 is switched, even if the hooks 4 on both sides are moved simultaneously with the lock links 8 connected, the other side moves down when one side moves up. For this reason, the hook 4 on one side is always inserted into and received by the hook 6 on the main body side, and the hook 4 does not come off completely. For this reason, it is not necessary for the operator to support the weight of the door 2, and the opening and closing direction of the door 2 can be switched safely and easily even by one person work.

  As described above, the door opening / closing direction 15 for opening the door 2 to the left or right can be easily changed.

FIG. 10 shows a configuration in which a heel stopper 11 as a heel detachment preventing means is provided to improve the stability of the door 2.
The flange stopper 11 has an L shape and is fixed to the outer wall surface of the door 2 facing the upper side of the flange 4 so as to restrict the upward movement of the flange 4 in the hinge structure 13. For example, after the opening direction of the left opening door is determined, the eaves stopper 11 is attached above the eaves 4 of the lower hinge part H2 on the left hinge structure 13 side to restrict the eaves 4 from moving upward. Yes.

  At this time, since the hook 4 and the hook link 7 are integrated, it is only necessary to restrict the upward movement of any one. In FIG. 10, the hook stopper 11 is opposed to the upper side of the lower bent portion of the hook link 7, An example is shown in which the rod link 7 is restricted from moving upward by the rod stopper 11.

  This prevents the hook 4 from being completely removed on the hinge structure 13 side, prevents an operator from accidentally removing the hook 4 on the hinge structure 13 side, and prevents the hook 4 from being exposed to some load from the outside. It is possible to make the structure in consideration of stability so as not to come off.

  Furthermore, the heel stopper 11 can be configured integrally with the spacer 10 described above. In this case, it is possible to simultaneously prevent the rattle 4 from rattling by the spacer 10 and the collar 4 from preventing the collar 4 from coming off. In this case, since the number of types of parts can be reduced, the cost can be further reduced.

In the second embodiment, as shown in FIGS. 11 and 12, an example in which the spacer 19 is mounted as a mounting type is shown.
The spacer 19 is a ring-shaped part having a diameter smaller than that of the main body side collar holder 6, and is provided with a step slightly submerged in the upper surface of the main body side collar holder 6 and the lower side of the door side collar holder 5 b. The annular recesses 22 are formed, and the ring-shaped spacers 19 are respectively attached to the mounting molds in the stepped annular recesses 22.

  In this case, the spacer 19 disposed on the upper side is provided at a height that can be interposed between the upper facing surface 20 between the main body side collar holder 6 and the upper collar receiver 5a opposed on the upper side. The backlash between the receptacles 5a and 6 is suppressed. Further, the inner peripheral surface of the spacer 19 for inserting and guiding the flange 4 is set to have an inner diameter close to the outer peripheral surface of the flange 4 so as to suppress the play due to the lateral vibration of the flange 4. The bottom surface and outer peripheral surface of the spacer 19 are stably held by the step of the stepped annular recess 22.

  Similarly, the lower spacer 19 is provided at a height at which it can be interposed between the lower facing surfaces 21 between the main body side collar holder 6 and the lower collar holder 5b facing the lower side, and the upper and lower collar holders are provided. Suppresses play between 6 and 5b. Further, the inner peripheral surface of the spacer 19 for inserting and guiding the flange 4 is set to have an inner diameter close to the outer peripheral surface of the flange 4 so as to suppress the play due to the lateral vibration of the flange 4. The spacer 19 is stably held with the bottom surface and outer peripheral surface of the spacer 19 supported by the step of the stepped annular recess 22.

  The spacer 19 has an inner diameter slightly larger than the outer diameter of the flange 4 by about 0.2 mm, and the outer diameter of the spacer 19 is slightly smaller than the inner diameter of the stepped annular recess 22 by about 0.2 mm.

  As a result, when two upper and lower spacers 19 are incorporated on the hinge structure 13 side as shown in FIG. 12, the unstable contact between the three vertical hooks 5a, 6 and 5b is eliminated, and the door 2 The backlash in the vertical direction can be suppressed. Further, since these spacers 19 and the flange 4 are close to each other, it is possible to suppress the lateral shake that the flange 4 is unstable and wobble, and to regulate the rattling of the door 2 in the left-right direction. Further, the spacer 19 is chamfered at the corner of the inner peripheral upper surface so that the flange 4 can easily pass.

  On the other hand, on the lock structure 14 side, as shown in FIG. 13, the spacer 19 is removed, and the lock structure 14 is composed of a combination of three saddle receivers 5 a, 6, 5 b and the flange 4 arranged in the vertical direction. And if the spacer 19 is attached to the stepped annular recessed part 22 from this state, it can switch to the hinge structure 13 (refer FIG. 12).

  The spacer 19 used here is smaller than the outer diameter of the lower flange receivers 6 and 5b, and is incorporated inside these so that it does not protrude outside or is not exposed and can be incorporated efficiently. For this reason, the spacer 19 is simple and does not impair the aesthetic appearance after mounting, and the screw 10d for spacer connection and the screw connection to the joint hole 6a as shown in the first embodiment are not required.

  Further, a guide member for guiding the vertical movement of the heel link 7 may be newly provided on the outer surface of the door 2 so that the heel link 7 moves up and down stably.

Next, a procedure for determining the door opening / closing direction 15 when such a spacer 19 is used will be described.
As shown in FIG. 11, when the door 2 is set as a left-opening door, taking into account the incorporation of the spacer 19, the procedure for temporarily setting the opening / closing direction of the door 2 to the right-opening state and then setting it to the left-opening state is taken. .

  First, the right side 4 of the lock link 8 is lowered with the collar links 7 connected to both sides of the lock link 8, and the door 2 is opened to the right by using the lowered right side as a hinge structure 13 as shown in FIG. . In this state, the spacers 19 are set so as to be placed on the stepped annular recesses 22 of the left main body side collar 6 and door side collar 5b.

  Thereafter, the door 2 is closed again, and the left side hook 4 is lowered, whereby the left side of the door 2 becomes the hinge structure 13. If the handle 9 is turned in this state, the door 2 is opened in the left opening direction, and the left heel link 7 and the lock link 8 are disconnected, the hinge structure 13 on the left side and the lock structure 14 on the right side as shown in FIG. The left opening door can be configured.

  Also in this case, when the spacer 19 is incorporated on the hinge structure 13 side, the unstable contact between the three vertical hooks 5a, 6 and 5b on the hinge structure 13 side is eliminated, and the vertical direction of the door 2 is eliminated. The backlash can be suppressed. In addition, since the spacer 19 guides the outer periphery of the flange 4 in the vicinity, it is possible to stably open and close the door 2 while suppressing the lateral vibration that causes the flange 4 to be unstable.

  Further, as shown in FIGS. 12 and 13, when the shape of the lowermost collar receiver 5b is a bottomed cylinder with the cylindrical bottom face closed, the lower part of the collar 4 inserted here is downward. It cannot be seen from the outside, and an external force that lifts the lower part of the ridge 4 from below cannot be applied. For this reason, the lower door side hook receiver 5b has the role of the hook stopper 11 described above, and a load that pulls out the hinge side hook 4 from below the door 2 cannot be applied. Omission can be prevented.

  As above-mentioned, it is an automatic transaction apparatus which can change easily the opening / closing direction of a door by setting it as the structure which selectively connects either one of the right and left sides with a lock link. In particular, when switching the door opening and closing direction, connect the lock link that moves the heel up and down on both sides of the lock structure side and the hinge structure side, and even if you move them simultaneously, the heel will not come out completely and you will need to remove the door. Without changing the door opening and closing direction. For this reason, it is not necessary for the operator to support the weight of the door, and even one person can easily switch the opening and closing direction of the door.

  Furthermore, since the same members are provided symmetrically, the number of member types is reduced, and parts management can be facilitated and costs can be reduced.

  Further, since the lock structure and the hinge structure are the same member, the roles of the lock structure and the hinge structure can be interchanged without changing the members. Therefore, it is safe because the work for removing the heavy door with high protection performance can be omitted, and the work labor can be reduced. In addition, by adopting a structure that incorporates a spacer that suppresses rattling of the hooks and hook holders, a smooth and safe door opening / closing operation that suppresses rattling of the door can be obtained.

The present invention is not limited to the configuration described in the above-described embodiment, and can be applied based on the technical idea described in the claims.
For example, although the example applied to the rear door of the automatic transaction apparatus 1 has been shown in the above-described embodiment, the present invention can also be applied to the front door. Furthermore, although the structure which provided the spacers 10 and 19 in the hinge structure 13 was shown, the hinge structure without the spacers 10 and 19 may be sufficient. Further, only the handle 9 is exposed on the outer surface of the door 2, and the other lock links 8 and the heel links 7 and 閂 4 interlocked with the movement are configured on the inner surface side of the door 2 so as not to be exposed on the outer surface of the door 2. You can also. In this case, crime prevention and aesthetics can be further enhanced. Furthermore, although the automatic transaction apparatus 1 that handles cash has been described as an example, the present invention can also be applied to an automatic transaction apparatus that handles other valuable media such as cards and cash vouchers.

  The present invention can be applied to all automatic transaction machines that store valuable media such as cash.

DESCRIPTION OF SYMBOLS 1 ... Automatic transaction apparatus 2 ... Door 3 ... Apparatus main body 4 ... 閂 5a, 5b ... Door side heel receptacle 6 ... Main body side heel receptacle 8 ... Lock link 9 ... Handle 11 ... 閂 Stopper 13 ... Hinge structure 14 ... Lock structure 10, 19 ... Spacer

Claims (6)

An automatic transaction apparatus comprising an apparatus main body and a door that is rotatably supported by the apparatus main body and opens and closes,
A main body side guard that is provided on the main body of the apparatus and allows the insertion of the hook in the vertical direction, and a door side hook holder that is provided on the door and allows the insertion of the hook in the vertical direction are arranged vertically. The left and right sides
With respect to each of the hooks, each has a hook that can be inserted and removed vertically.
The lock receiver and the hook on the left and right sides constitute a lock structure that is in an open / close locked state when the hook is inserted into the hook receiver, and an open / close unlocked state when the hook is extracted,
The automatic transaction apparatus which comprises the hinge structure which supports the said door so that rotation is possible in the state by which the said collar was inserted in this collar receiver by the said collar receiver and the said collar on the said other side. The cradle is
2. The automatic transaction apparatus according to claim 1, wherein, of the main body side saddle receiver and the door side saddle receiver, the hole diameter of the saddle receiver closest to the insertion side of the saddle is reduced and the hole diameter of the other saddle receiver is increased. . The cradle is
Of the main body side guard and the door side guard,
At least one side is vertically provided with two or more spaced apart,
The automatic transaction apparatus according to claim 1, wherein the other side is arranged between the one side separated spaces. A heel lateral vibration suppressing member that suppresses lateral swaying of the heel in the vicinity of the outer peripheral surface of the heel is interposed between opposing surfaces of the main body side heel support and the door side ledge support that are vertically opposed on the hinge structure side. The automatic transaction apparatus according to claim 1, 2 or 3 configured. A lock link that connects both ends to the flanges that move up and down on one side and the other side;
A handle for rotating the lock link with the intermediate portion of the lock link as a rotation fulcrum;
The automatic transaction apparatus according to any one of claims 1 to 4, wherein both ends of the lock link are formed so that the hook is detachable. The automatic transaction apparatus according to any one of claims 1 to 5, further comprising a heel detachment preventing means for restricting the heel from moving upward above the heel on the hinge structure side.

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