CN103714619A - Rotary device - Google Patents
Rotary device Download PDFInfo
- Publication number
- CN103714619A CN103714619A CN201310232881.5A CN201310232881A CN103714619A CN 103714619 A CN103714619 A CN 103714619A CN 201310232881 A CN201310232881 A CN 201310232881A CN 103714619 A CN103714619 A CN 103714619A
- Authority
- CN
- China
- Prior art keywords
- door
- installing plate
- back door
- opposed
- make
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Images
Abstract
The invention provides a rotary device, which can be easily rotated with a simple structure. An installation plate (24) is rotatably installed on the upper side of a door back (21B) of a rear door (21) via a hinge (25), and the inclined angle of the upper side of the rotary shaft (XR) of the hinge (25) from the vertical shaft to the door end of a rear door (21) is inclined. In the rear portion (20), if the rear door (21) is opened by a maintenance worker and the clamp connection of the a clamping portion (26) and a clamping sheet (27) is released, the installation plate (24) automatically rotates under gravity effect. An operation panel (30) installed on the panel surface (24A) of the installation plate (24) faces the door back (21B) and the maintenance worker.
Description
Technical field
The present invention relates to wheelwork, such as being preferably applicable to automated teller machine (ATM) carrying out according to user's operation desirable transaction etc.
Background technology
In the past, the automated teller machine using in financial institution etc., via office worker's etc. processing but conclude the business according to client's operation, such as making client deposit the cashes such as bank note, coin in or to customer payment cash.
This automated teller machine, arranges such as many, the ATM of Yi financial institution district etc. the mode that embeds wall and configures.Therefore the nearby side that just faces wall of automated teller machine is exposed and is relative with client, makes on the other hand the back side expose at the opposition side of this wall.
At the back side of automated teller machine, be provided with the back door that can open and close.From the viewpoint such as secure context, consider, automated teller machine conventionally seals in use back door and locks etc., on the other hand, unblanks when breaking down etc. and opens back door, thus inner equipment etc. is carried out to the upkeep operation needing.
And, in automated teller machine, the guidance panel (for example,, with reference to patent documentation 1) for carrying out upkeep operation is installed at back door.This guidance panel by accept maintenance personal operation operating portion and with the display part of the state of the inside of the demonstration automated teller machines such as word, figure, combine.
And this guidance panel rotates centered by rotation axis along the vertical direction with respect to back door, thus can be towards the either party of face side and the rear side at this back door.
Therefore, for automated teller machine, while sealing at back door, make guidance panel towards face side, can operate input from rear side thus, while opening at back door on the other hand, make guidance panel rotate and towards the face side at this back door, the maintenance personal who thus each equipment in framework is carried out to upkeep operation can operate input.
Patent documentation 1: Japanese Patent Publication 3-74791 communique (the 1st figure)
Yet, in the automated teller machine of said structure, for example, when maintenance personal starts upkeep operation, need to after opening back door, guidance panel be rotated the manual working by this maintenance personal etc., so cumbersome.
On the other hand, by packing known spring, linkage assembly etc. into, the releasing of the locking mechanism of opening back door, fixing operation panel of take thus is automatically rotated as opportunity can make this guidance panel, but needs in this case to increase parts, has the problem that makes manufacturing cost increase.
Summary of the invention
The present invention considers above aspect and completes, proposes a kind of wheelwork that can not rotate troublesomely by easy structure.
In order to solve above-mentioned problem, in wheelwork of the present invention, be provided with: matrix, it has the reference field that becomes benchmark; Opposed body, it has when user uses and the opposed opposed faces of this user; Rotation section, it rotates opposed body centered by rotation axis between folded state and deployed condition with respect to matrix, wherein folded state is the state that makes opposed faces relative with the reference field of matrix, and deployed condition is to make above-mentioned opposed faces with respect to said reference face, form the state of predetermined angular; And temporary transient fixed part, it is temporarily fixed as folded state by opposed body with respect to matrix, and rotation section makes the upside of rotation axis tilt to the direction that approaches the opposed body in deployed condition with respect to vertical axis.
Thus, in the present invention, the position of the part of gravity by making to put on opposed body under folded state when this opposed body is converted to deployed condition acts on, therefore the temporary transient static solution of temporary transient fixed part is removed, just can make opposed body centered by rotation axis, with respect to matrix, rotate and change to deployed condition.
According to the present invention, the position of the part of gravity that can make to act on opposed body under folded state when this opposed body becomes deployed condition, therefore the temporary transient static solution of temporary transient fixed part is removed, just can make opposed body with respect to matrix, rotate centered by rotation axis and become deployed condition.Like this, the present invention can realize the wheelwork that can not change from closed state to open mode troublesomely by easy structure.
Accompanying drawing explanation
Fig. 1 means the concise and to the point stereographic map of the structure of automated teller machine.
Fig. 2 means the concise and to the point stereographic map of the structure (1) at rear portion.
Fig. 3 means the concise and to the point stereographic map of the structure (2) at rear portion.
Fig. 4 means the concise and to the point stereographic map of the structure (3) at rear portion.
Fig. 5 means the concise and to the point stereographic map of the structure (4) at rear portion.
Fig. 6 means the sketch of inclination of the rotation axis of the first embodiment.
Fig. 7 means the sketch of inclination of the rotation axis of the second embodiment.
Fig. 8 means the sketch of structure at the rear portion of the 3rd embodiment.
Fig. 9 means the sketch of structure at the rear portion of the 4th embodiment.
Description of reference numerals: 1 ... automated teller machine; 2 ... framework; 20,120,220,320 ... rear portion; 21 ... back door; 21A ... door surface; 21B ... the door back side; 22 ... hinge; 24,224 ... installing plate; 24A ... plate surface; 24B ... backboard face; 25,125 ... hinge; 26 ... holding section; 30 ... guidance panel; 31 ... cable; 32,232 ... cable support; 33 ... fender; 34 ... hinge; 341 ... adsorption section; 342 ... be adsorbed portion; XR ... rotation axis; XV ... vertical axis; P ... center of gravity; W ... gravity; W1, W2, W3, W4 ... component.
Embodiment
Below, by reference to the accompanying drawings the mode for carrying out an invention (hereinafter referred to as embodiment) is described.
1. the first embodiment
The structure of 1-1. automated teller machine
As shown in the outward appearance of Fig. 1, automated teller machine 1 centered by the framework 2 of case shape and form, such as being arranged at financial institution etc., for and client between carry out credit transaction, transaction that the transaction of withdrawing the money etc. relates to cash.
For framework 2, client, in the face of being convenient to insert notes here, being convenient to utilize under the state of its front side, touch panel such as operates at the position, the part from positive top to upper surface forms the shape being removed obliquely, in this part, is provided with Reception Dept 3.
In addition, from viewpoints such as strick precautions, each side of framework 2 firmly consists of sheet metal of heavy wall etc., and only a part of position can open and close.
Bankbook gateway 5 is parts of inserting or discharge for bankbook.In the inboard of bankbook gateway 5, be provided with and be recorded in the reading of magnetic information of bankbook, the bankbook handling part (not shown) of print processing of transaction content etc.
Coin gateway 7 is drop into the coin of deposit and discharge to the part of the coin of customer payment for client.In addition, coin gateway 7 is same with bank note gateway 6, is by driving gate to open or seal.
Below, the side that client in automated teller machine 1 is faced is as front side, and using its opposition side as rear side, the left and right that the client from the face of this front side is observed is respectively as left side and right side, and definition upside and downside describe.
In framework 2, be provided with: the unified master control part 9 of controlling automated teller machine 1 integral body, carry out the bill depositing/dispensing apparatus of the various processing relevant to bank note etc.
Random access memory), the storage part that forms such as hard disk drive, flash memory and the inside of master control part 9 has the Memory by RAM(Random Access:, in this storage portion stores, have various information.
Like this, automated teller machine 1 is configured to the various device of preserving bank note and coin and processing them in the inside of framework 2.
The structure at 1-2. rear portion
Yet rear portion 20 is opened very greatly and be provided with to the rear side of framework 2.As shown in Figure 2, centered by 20Yi back door, this rear portion 21 and form, this back door 21 is by the back side sealing of framework 2.
In addition, for convenience of explanation, below a side of the close hinge 22 at back door 21 is called to door-hinge side, its opposition side is called to door distolateral.
This back door 21, when making a surperficial 21A towards rear and make door back side 21B as reference field seal the closed state of rear side of framework 2 towards the place ahead, is protected being accommodated in the each several part of bank note, coin and device in framework 2.Automated teller machine 1 is inferior in the situation of carrying out transaction processing according to client's operation, conventionally becomes this closed state.
In addition, back door 21 is provided with lock 23.If use special-purpose key under closed state, lock 23 and locked, thereby back door 21 is remained to this closed state.If use in addition this key that lock 23 is unblanked, can make back door 21 rotate freely between closed state and open mode.
On the other hand, to being stored in each unit (bank note discrepancy machine etc.) in framework 2, to carry out the situation of upkeep operation inferior, if make back door 21 start to rotate from closed state centered by hinge 22, as shown in Figure 3, back door 21 become a surperficial 21A towards left and door back side 21B towards open mode right-hand and that the rear side of framework 2 is opened.
At back door, the upside of 21 door back side 21B, is provided with and is configured to the laminal installing plate 24 as opposed body via the hinge 25 as rotation section.
The door of hinge 25 upside of 21 at back door is distolateral,, near the rear end when open mode, with rotation axis, roughly towards the mode of above-below direction, (referring to aftermentioned) is installed.And hinge 25 is arranged on distolateral top and two positions on the lower of plate as the installing plate 24 of opposed body.In addition, for convenience of explanation, below a side of the close hinge 25 of installing plate 24 is called to plate axle side, its opposition side is called to plate distolateral.
Utilize this hinge 25, can make installing plate 24 make backboard face 24B towards making plate surface 24A between the state (hereinafter referred to as deployed condition) of the direction identical with door back side 21B shown in the state (hereinafter referred to as folded state) of the identical direction of door back side 21B with back door 21 and Fig. 4 shown in Fig. 3, in the scopes of about 180 degree, freely rotate.
At the surface of the plate as opposed faces of installing plate 24 24A, be provided with by maintenance personal and wait the guidance panel 30 operating.Guidance panel 30 by with the 8(Fig. 1 of display operation portion) identical touch panel forms, and supposes that maintenance personal correspondingly thereto uses.
Specifically, guidance panel 30 is taken in number, is had or not the operating state of the inside of breaking down to be shown in display frame, indicator etc. bank note, makes maintenance personal's Visual Confirmation and accepts this maintenance personal's input operation.
And guidance panel 30 is electrically connected to the each several part in framework 2 by cable 31.As shown in Figure 3, this cable 31 is pulled out near the hinge 22 of the upside in framework 2, and at back door, 21 door back side 21B side, utilizes cable support 32 to support the downside of guidance panel 30, and it is retracted to door is distolateral.And then cable 31 distolaterally starts to form circular arc and is raised towards top from the door of cable support 32, and with the central authorities of the plate axle side of guidance panel 30 near be connected.
21 the position that is equivalent to guidance panel 30 at back door, is provided with the hole portion 21H slightly larger than the profile of this guidance panel 30 to connect the mode in the table at back door 21 and to run through.
And as shown in Figure 5, surperficial 21A mono-side of door of 21 the 21H of hole portion at back door, is provided with the slightly large laminal fender 33 than the 21H of this hole portion in the mode that can rotate with respect to back door 21 via hinge 34.
If fender 33 is so that the opposed mode of the surperficial 21A of door at its plate face and back door 21 is sealed (Fig. 2); the 21H of coverage hole portion; if make this plate face rotate and open (Fig. 5) from the 21A separation of door surface from the state of sealing, fender 33 exposes the 21H of this hole portion.And fender 33 runs through the 33H of hole portion that is provided with run-through board face in a part.
And, at installing plate 24(Fig. 3) distal side the holding section 26 as temporary transient fixed part is installed, the operation by maintenance personal etc., can engage with the snap-latch piece 27 that is arranged on the door back side 21B at back door 21, or remove this engaging.
If this holding section 26 engages with snap-latch piece 27 during in folded state at installing plate 24, this installing plate 24 is fixed as to folded state.If engaging of engagement release portion 26 and snap-latch piece 27, allows installing plate 24 to rotate in addition, can between folded state and deployed condition, change.
By said structure, rear portion 20 is at installing plate 24 in folded state in the situation that, make plate surface 24A with guidance panel 30 towards the identical direction of the surperficial 21A of door with back door 21.
For rear portion 20; in the situation that fender 33 being sealed with this state (Fig. 2); from back door, 21 the surperficial 21A side of door covers most of region of guidance panel 30 to protect by fender 33; and one subregion is exposed from the 33H of hole portion, thereby can make that maintenance personal operates, Visual Confirmation displaying contents.
And, for rear portion 20, open fender 33 with this state in the situation that (Fig. 5), completely not overlapping operation panel 30 but make its open comprehensively relative with maintenance personal, thereby can operate whole region, Visual Confirmation displaying contents.
Yet, in automated teller machine 1, when maintenance personal carries out upkeep operation, for example suppose the rear side in framework 2, from the position in opposite directions of door back side 21B at the back door 21 with opening, each portion in framework 2 or each unit of sliding towards the rear from framework 2 are carried out to upkeep operation.
Therefore, 20 back door 21, rear portion is when open mode, installing plate 24 becomes deployed condition from folded state rotation, make thus plate surface 24A and guidance panel 30 towards the door back side 21B side relative with maintenance personal at this back door 21, thereby can operate, the Visual Confirmation (Fig. 4) of display frame.
Except said structure, at rear portion 20, make the rotation axis of the hinge 25 that installing plate 24 can install rotationally with respect to back door 21 be set to from vertical (that is, the direction of Action of Gravity Field) to tilt a little.
That is, as shown in Figure 6, by hinge 25 so that the upside of rotation axis XR for example, is installed on this back door 21 from the mode of vertical axis XV distolateral tilt angle theta of door (about 1 degree) of 21 towards back door.
In other words, from back door, 21 door back side 21B side is observed, and the rotation axis XR of hinge 25 is rotated counterclockwise angle θ from vertical axis XV.And from other viewpoint, the direction (towards the distolateral direction of door) that rotation axis XR tilts is to make the upside of this rotation axis XR approach the direction of the position while making installing plate 24 be transformed into deployed condition.
On the other hand, the center of gravity P of installing plate 24 is positioned near the substantial middle of plate face, from the rotation axis XR of hinge 25 towards the distolateral position of leaving of plate.At this center of gravity P, according to the gravity W of the quality effect of installing plate 24 can be decomposed into the component W1 parallel with rotation axis XR and with the component W2 of this component W1 quadrature.
This component W2 is as the power that makes during in folded state center of gravity P with respect to 21 the distolateral movement of door towards back door of this installing plate 24 at installing plate 24, that is, and and the power of rotating from folded state to deployed condition and acting on.
If the therefore releasing that engages with snap-latch piece 27 by holding section 26 under folded state,, in order to make center of gravity P distolateral movement of 21 towards back door, installing plate 24 is rotated and is converted to deployed condition by hinge 25.
From other viewpoint, if the state of installing plate 24 in can freely rotating, can be towards the minimum position of center of gravity P in the scope that can rotate, rotate the position of potential energy minimum.
Like this, rear portion 20, by making the rotation axis XR of hinge 25 with respect to vertical axis XV and to the distolateral tilt angle theta of door, the installing plate 24 of folded state is not carried out to any rotating operation thus, just can make this installing plate 24 automatically rotate and be converted to deployed condition because of deadweight, thus can make plate surface 24A and guidance panel 30 towards back door 21 door back side 21B side.
1-3. action and effect
In above structure, the rear portion 20 of the first embodiment, after framework 2, be provided with the back door 21 that can open and close, upside at the door back side 21B at this back door 21 is provided with the installing plate 24 that can rotate by hinge 25, and then in the plate surface of installing plate 24 24A side, guidance panel 30 is installed.
Therefore rear portion 20, if make back door 21 become open mode, during the engaging of engagement release portion 26 and snap-latch piece 27, the effect because of gravity makes installing plate 24 rotations, thereby can automatically from folded state, be converted to deployed condition.
Be rear portion 20, can not make maintenance personal carry out the rotating operation of installing plate 24, and make this installing plate 24 rotate and become deployed condition by deadweight, thus can make plate surface 24A and guidance panel 30 towards back door a back side 21B side of 21.
Thus, 21 pairs, 20Shi back door, rear portion maintenance personal open, by only from this back door 21 door a 21BCe Jiang holding section 26, the back side remove with engaging of snap-latch piece 27, just can make guidance panel 30 relative with this maintenance personal towards door back side 21B side, so can carry out the operation of this guidance panel 30, Visual Confirmation immediately.
In addition, compared with the past, rear portion 20 only makes the setting angle of hinge 25 tilt just can make installing plate 24 to rotate from vertical axis XV, so can not cause the increase of complicated, the component count of structure as utilizing the situation of spring, linkage assembly, can manufacture, safeguard that required cost suppresses cheaply.
According to above structure, rear portion 20 at the first embodiment, at back door 21 door back side 21B upside via hinge 25, installing plate 24 is installed as and can be rotated, make hinge 25 rotation axis XR upside from vertical axis XV towards back door 21 door distolateral tilt angle theta.Therefore at rear portion 20, if maintenance personal makes back door 21 become open mode, engagement release portion 26 and snap-latch piece 27 engages, can make by the effect of gravity installing plate 24 automatically rotate, thus the guidance panel 30 of plate surface 24A that can make to be installed on this installing plate 24 towards back door 21 door back side 21B side and relative with maintenance personal.
2. the second embodiment
In the second embodiment, difference is to be provided with at the rear side of framework 2 rear portion 120 that replaces rear portion 20, and other parts are identical with the structure of the first embodiment.
The structure at 2-1. rear portion
Compare with the rear portion 20 of the first embodiment, the difference at rear portion 120 is to be provided with the hinge 125 that replaces hinge 25, and other parts structure is identical.
As shown in Fig. 7 corresponding with Fig. 6, hinge 125 and hinge 25 relatively, although by installing plate 24 supportings for identical aspect can rotating with respect to back door 21, rotation axis XR is different with respect to the angle of inclination of vertical axis XV.
Specifically, hinge 125 is in the situation that 21 door back side 21B side is observed from back door, identical with the first embodiment, so that the mode of the door distolateral tilt angle theta of the upside of rotation axis XR from vertical axis XV towards this back door 21 is installed on this back door 21 by hinge 125.
Therefore, in the situation that by the gravity W that acts on the center of gravity P of installing plate 24 be decomposed into the component W1 parallel with rotation axis XR and with the component W2 of this component W1 quadrature, at installing plate 24 during in folded state, this component W2 as make center of gravity P distolateral movement of door of 21 towards back door power and to these installing plate 24 effects.
In addition, 21 the distolateral observation of door from back door, so that the upside of rotation axis XR for example, from the normal direction of the vertical axis XV propylaeum back side 21B mode of angle of inclination φ (about 1 degree) only,, make installing plate 24 in folded state to 21 the door back side 21B detaching direction mode of angle of inclination φ only from back door, hinge 125 is installed on to this back door 21.
Therefore, in the situation that by the gravity W that acts on the center of gravity P of installing plate 24 be decomposed into the component W3 parallel with rotation axis XR and with the component W4 of this component W3 quadrature, this component W4 is at installing plate 24 during in folded state, as make center of gravity P door back side 21B side shifting of 21 towards back door power and to these installing plate 24 effects.
According to said structure, if the releasing that engages with snap-latch piece 27 by holding section 26 under folded state, first should make center of gravity P move because of the normal direction of the effect propylaeum back side 21B of component W4, make installing plate 24 start to rotate, then should make center of gravity P because of the distolateral movement of effect propylaeum of component W2, installing plate 24 is rotated further, is converted to very soon thus deployed condition.
Like this, any rotating operation is not carried out to the installing plate 24 of folded state in rear portion 120, just can make this installing plate 24 automatically rotate and be converted to deployed condition because of deadweight, thus make guidance panel 30 towards back door 21 door back side 21B side.
2-2. action and effect
In above structure, the rear portion 120 of the second embodiment, framework 2 be provided with below the back door 21 that can open and close, at the upside of the door back side 21B at this back door 21, be provided with the installing plate 24 that can rotate by hinge 125, and at installing plate 24, guidance panel 30 be installed.
In addition, rear portion 120 is so that the upside of rotation axis XR, from the mode of the normal direction angle of inclination φ of vertical axis XV door distolateral tilt angle theta and propylaeum back side 21B of 21 towards back door, is set hinge 125 with respect to the setting angle at back door 21.
So rear portion 120, if make back door 21 become open mode, engagement release portion 26 and snap-latch piece 27 engages, identical with the first embodiment, do not make maintenance personal carry out the rotating operation of installing plate 24, make this installing plate 24 rotate and to become deployed condition because of deadweight, thus can make guidance panel 30 towards back door 21 door back side 21B side.
Particularly rear portion 120, make the rotation axis XR of hinge 125 from the distolateral inclination of vertical axis XV propylaeum, in addition also the normal direction of propylaeum back side 21B tilts, even so under folded state, also can make the power of component W4 from the normal direction effect of the center of gravity P propylaeum back side 21B of installing plate 24, that is, the directive effect that the power of component W4 should be rotated towards this installing plate 24 can start to rotate very wellly.
For other side, the action effect identical with the rear portion 20 of the first embodiment also can be played in the rear portion 120 of the second embodiment.
According to above structure, the rear portion 120 of the second embodiment, at back door, a door back side 21B upside of 21 is installed as installing plate 24 can rotate via hinge 125, make hinge 125 rotation axis XR upside from vertical axis XV towards back door 21 the distolateral tilt angle theta of door and the normal direction angle of inclination φ of propylaeum back side 21B.So rear portion 120, if make back door 21 become open mode and holding section 26 removed with engaging of snap-latch piece 27 by maintenance personal, can make installing plate 24 automatically rotate because of the effect of gravity, so that the guidance panel 30 of plate surface 24A that is installed on this installing plate 24 towards back door 21 door back side 21B side relative with maintenance personal.
3. the 3rd embodiment
In the 3rd embodiment, although be provided with at the rear side of framework 2 the rear portion 220 this respects differences that replace rear portion 20, other parts are identical with the first embodiment structure.
The structure at 3-1. rear portion
Compare with the rear portion 20 of the first embodiment, rear portion 220 be provided with replace the installing plate 224 of installing plate 24 and cable support 32 and cable support 232 aspect different, but other parts structure is identical.
As shown in Fig. 8 corresponding with Fig. 6, installing plate 224, by the large distolateral installation of close plate of weight in installed parts (not shown) etc., adjusts distribution of weight.Therefore the center of gravity P of installing plate 224 is positioned at the installing plate 24(Fig. 6 than the first embodiment) more backup plate is distolateral.
Cable support 232 supports this cable 31 in the empty mode of opening the distance D of regulation between the door back side 21B side at cable 31 and back door 21.
Therefore, installing plate 224 is under folded state, and the link position to cable 31 with guidance panel 30, acts on and have the power that the normal direction of propylaeum back side 21B pulls via this cable 31.
Thus, the situation of component W4 effect of gravity W that acts on center of gravity P in installing plate 224 and the second embodiment is same, and the normal direction that starts propylaeum back side 21B is rotated.
Afterwards, identical with the first and second embodiment, installing plate 224 is because acting on the effect of component W2 of the gravity W of center of gravity P, and should make the distolateral movement of this center of gravity P propylaeum and installing plate 224 is rotated further, and is converted to very soon deployed condition.
Like this, same with the first and second embodiment, any rotating operation is not carried out to the installing plate 224 of folded state in rear portion 220, and makes this installing plate 224 automatically rotate and be converted to deployed condition because of deadweight, thus can make guidance panel 30 towards back door 21 door back side 21B side.
3-2. action and effect
In above structure, the rear portion 220 of the 3rd embodiment, after framework 2, be provided with the back door 21 that can open and close, at the door back side at this back door 21, a 21B upside is provided with the installing plate 224 that can rotate by hinge 25, and then at installing plate 24, guidance panel 30 is installed.
In addition, rear portion 220 make hinge 25 rotation axis XR upside from vertical axis XV towards back door 21 door distolateral tilt angle theta, and by cable support 232 make cable 31 towards back door 21 door back side 21B normal direction leave distance D and support.
Therefore, rear portion 220, if make back door 21 become open mode and the releasing that engages with snap-latch piece 27 by holding section 26, identical with the first embodiment, do not make maintenance personal carry out the rotating operation of installing plate 224, but make this installing plate 224 rotate and become deployed condition because of deadweight, thereby can make guidance panel 30 towards back door 21 door back side 21B side.
Thus, same with the first embodiment, 220 pairs, rear portion maintenance personal opens back door 21, from the door back side 21B side engagement release portion 26 at this back door 21 and engaging of snap-latch piece 27, thereby can make guidance panel 30 towards this back side 21B side and relative with this maintenance personal, thereby can carry out the operation of this guidance panel 30, Visual Confirmation immediately.
Particularly rear portion 220, by cable support 232, make cable 31 towards back door 21 door back side 21B normal direction leave distance D.Rear portion 220 thus, can make the deadweight of this cable 31 and tension force as the normal direction towards door back side 21B under folded state, the power of the direction that this installing plate 224 should rotate and acting on, thus can start to rotate very wellly.
Yet hinge 25 is because of the constructional restriction friction that can rotate, thereby likely suppress the rotation of installing plate 224.Therefore at rear portion 220, in the situation that the turning moment of installing plate 224 is less, likely before being transformed into deployed condition from folded state, because pivoting friction stops.
In this respect, at rear portion 220, make the position of center of gravity P of installing plate 224 from hinge 25, separated from rotation axis XR.At rear portion 220, the turning moment in the time of can making installing plate 224 rotate by deadweight because of the inclination of rotation axis XR increases thus, thus can not make installing plate 224 Halfway Stopping, and can turn to deployed condition from folded state.
From other viewpoint, at rear portion 220, due to the tiltangleθ of rotation axis XR is made as to smaller value, even if suppress for very little acting on component W2 in the gravity W of center of gravity P thus, also can apply enough turning moments to installing plate 224, so can make it turn to deployed condition.At rear portion 220, the angle of inclination of the guidance panel of deployed condition 30 can be suppressed for very little, thereby can not make maintenance personal feel to be difficult to operate thus.
For other side, the action effect same with the rear portion 20 of the first embodiment can be played in the rear portion 220 of the 3rd embodiment.
According to above structure, the rear portion 220 of the 3rd embodiment, at back door, 21 door back side 21B upside is installed as installing plate 224 can rotate via hinge 25, make hinge 25 rotation axis XR upside from vertical axis XV towards back door 21 the distolateral tilt angle theta of door, and utilize cable support 232 make cable 31 from back door a door back side 21B side of 21 leave distance D.Therefore, at rear portion 220, if make back door 21 become open mode and holding section 26 removed with engaging of snap-latch piece 27 by maintenance personal, can make by the effect of gravity installing plate 224 automatically rotate, so the guidance panel 30 that can make to be installed on this installing plate 24 is 21 door back side 21B side towards back door, that is, towards the direction at maintenance personal place.
4. the 4th embodiment
In the 4th embodiment, although be provided with at the rear side of framework 2 rear portion 320 these some differences that replace rear portion 20, other parts are identical with the first embodiment structure.
The structure at 4-1. rear portion
Compare with the rear portion 20 of the first embodiment, although rear portion 320 is being provided with adsorption section 341 and is being adsorbed portion's 342 these some differences, other parts structure is identical.
Be adsorbed portion 342 and formed by magnetic material, be arranged on than the hinge 25 of the door back side 21B side at back door 21 by the distolateral position of door.At this, be adsorbed portion 342 and be formed with the adsorption plane with the door back side 21B almost parallel at back door 21.
According to this structure, if the releasing that engages with snap-latch piece 27 by holding section 26 under folded state, identical with the first embodiment, installing plate 24 by act on component W2 in the gravity W of center of gravity P effect and so that the mode of the distolateral movement of this center of gravity P propylaeum rotate.
Afterwards, adsorption section 341 is approached to being adsorbed portion 342, the magnetic force of adsorption section 341 acts on the portion of being adsorbed 342 soon, make thus this adsorption section 341 be adsorbed in the portion of being adsorbed 342, thereby installing plate 24 becomes deployed condition.
Now, installing plate 24, because the magnetic force that acts on adsorption section 341 and be adsorbed between portion 342 is retained as deployed condition, can not rotate even if applied more weak external force yet, but keeps this deployed condition.
Like this, rear portion 320, by adsorption section 341 and the suction-operated that is adsorbed portion 342, can remain deployed condition by installing plate 24.
4-2. action and effect
In above structure, the rear portion 320 of the 4th embodiment, after framework 2, be provided with the back door 21 that can open and close, at the door back side at this back door 21, a 21B upside is provided with the installing plate 24 that can rotate by hinge 25, and at installing plate 24, guidance panel 30 is installed.
In addition, rear portion 320, is provided with adsorption section 341 at the backboard face 24B of installing plate 24, and the ratio hinge 25 of 21 door back side 21B side is provided with the portion of being adsorbed 342 by the distolateral position of door at back door.
So rear portion 320, if make back door 21 become open mode and the releasing that engages with snap-latch piece 27 by holding section 26, identical with the first embodiment, do not make maintenance personal carry out the rotating operation of installing plate 24, but make this installing plate 24 rotate and become deployed condition because of deadweight, thereby can make guidance panel 30 towards back door 21 door back side 21B side.
In addition, at rear portion 320, when installing plate 24 becomes deployed condition, make adsorption section 341 be adsorbed in the portion of being adsorbed 342, thereby keep this deployed condition.
Thus, identical with the first embodiment, 320 pairs, rear portion maintenance personal opens back door 21, from the door 21BCe Jiang holding section 26, the back side at this back door 21 and the releasing that engages of snap-latch piece 27, thereby can make guidance panel 30 towards back door 21 door back side 21B side, that is, the direction towards this maintenance personal place, can carry out the operation of this guidance panel 30, Visual Confirmation immediately.
In addition, rear portion 320, by adsorption section 341 and the suction-operated that is adsorbed portion 342, installing plate 24 can be remained to deployed condition, whether so for example no matter unconsciously make installing plate 24 rotate, the situation of contact is inferior unintentionally, even if applied smaller external force, also this installing plate 24 can be remained to deployed condition.Thus rear portion 320 can maintain maintenance personal easily to guidance panel 30 operate, the situation of the operation such as Visual Confirmation.
And then rear portion 320, owing to utilizing adsorption section 341 and the suction-operated that is adsorbed portion 342, so when the manual working by maintenance personal makes installing plate 24 in deployed condition rotate to folded state, as long as installing plate 24 is applied the power of some strength and makes it separated towards rotation direction, due to without special operation, so can not cause extra trouble to complete.
For other side, the action effect same with the rear portion 20 of the first embodiment can be played in the rear portion 320 of the 4th embodiment.
According to above structure, rear portion 320 at the 4th embodiment, at back door, 21 door back side 21B upside is installed as installing plate 24 can rotate via hinge 25, make hinge 25 rotation axis XR upside from vertical axis XV towards back door 21 door distolateral tilt angle theta, be also provided with adsorption section 341 and be adsorbed portion 342.So rear portion 320, if make back door 21 become open mode and holding section 26 removed with engaging of snap-latch piece 27 by maintenance personal, can make installing plate 24 automatically rotate because of the effect of gravity, so the guidance panel 30 that can make to be installed on this installing plate 24 is 21 door back side 21B side towards back door, towards the direction at maintenance personal place, and can keep this state by adsorption section 341 and the suction-operated that is adsorbed portion 342.
5. other embodiment
In addition, in the above-described first embodiment, illustrated on the back door 21 of rotating with respect to framework 2 and via hinge 25, installing plate 24 has been installed as to situation about can rotate.
Yet the present invention is not limited thereto, such as also can via hinge 25, installing plate 24 being installed as and can being rotated in the various positions such as side panel of the left and right of fixing framework 2.The second～four embodiment too.
In addition, in the above-described first embodiment, illustrated and made installing plate 24 from folded state, become the situation of the deployed condition of having rotated about 180 degree.
Yet the present invention is not limited thereto, such as also making installing plate 24 become and rotate the deployed condition at any angle such as about 150 degree, about 90 degree from folded state.But general in the situation that rotation axis XR is tilted from vertical axis XV, the direction that center of gravity P is the highest and minimum direction angulation are 180 degree, so preferred folded state and deployed condition angulation are in 180 degree.The second～four embodiment too.
In addition, in the above-described first embodiment, illustrated that the angle θ that rotation axis XR is left to vertical axis XV is made as the situation of about 1 degree.
Yet the present invention is not limited thereto, also angle θ can be made as to the arbitrary values such as about 0.5 degree, about 2 degree.But the velocity of rotation of installing plate 24 improves according to the size of angle θ, and the angle of inclination of the guidance panel 30 of deployed condition also increases, and therefore for angle θ, is preferably adjusted into the little value of trying one's best in the scope that can rotate because of deadweight at installing plate 24.The second～four embodiment too.
In addition in the above-described first embodiment, illustrated and via two hinges 25, installing plate 24 has been installed on to the situation of the door back side 21B side at back door 21.
Yet the present invention is not limited thereto, also can be via one or three door back side 21B side that with upper hinge 25, installing plate 24 is installed on to back door 21.The second～four embodiment too.
In addition in the above-described 3rd embodiment, illustrated from hinge 25 and observed, made the position of the center of gravity P of installing plate 224 be positioned at the situation (Fig. 8) more farther than this installing plate 24 center.
Yet the present invention is not limited thereto, such as the rear side etc. that also can make position deflection such as this installing plate 224 of the center of gravity P on the thickness direction of installing plate 224, various adjustment are carried out in the position of center of gravity P.First, second and the 4th embodiment are too.
In addition, in the above-described 3rd embodiment, the deadweight and the tension force that utilize cable 31 have been described, and to the installing plate 24 in folded state the situation towards back side directive effect power.
Yet, the present invention is not limited thereto, for example at cable 31 in torsional direction tool situation springy, this cable 31 can be individually fixed in to back door 21 and guidance panel 30, so that installing plate 24 during in deployed condition cable 31 be state of nature, and installing plate 24 during in folded state cable 31 towards torsional direction effect recuperability (elastic force).
In addition, in the above-described 4th embodiment, the adsorption section 341 and the suction-operated that the magnetic force that is installed on the portion that is adsorbed 342 at back door 21 produces that by utilization, are installed on installing plate 24 have been described, this installing plate 24 have been maintained to the situation of deployed condition.
Yet, the present invention is not limited thereto, for example can the portion that is adsorbed 342 being formed by magnetic be installed at installing plate 24, and the adsorption section 341 that 21 installations are formed by magnet at back door, or also can opposite polarity magnet be each other installed at installing plate 24 and back door 21 both sides.
In addition, in the above-described first embodiment, the situation of the guidance panel 30 for accepting maintenance personal's operation and display frame being shown being installed at the plate surface of installing plate 24 24A has been described.
Yet, the present invention is not limited thereto, such as also can by accept maintenance personal's operation operating portion, display frame is shown to make the display part of maintenance personal's Visual Confirmation etc., various parts relative with maintenance personal and that use are installed on the plate surface 24A of installing plate 24.The second～four embodiment too.
In addition, in the above-described first embodiment, illustrated that at back door 21 run through the 21H of hole portion arranging than the large circle of guidance panel 30, at installing plate 24, made thus whole situation about exposing from this 21H of hole portion propylaeum surface 21A side of this guidance panel 30 during in folded state.
Yet the present invention is not limited thereto, for example also can be at back door 21 run through the hole portion less than guidance panel 30 that arrange, at installing plate 24, make during in folded state thus this guidance panel 30 only some propylaeum surface 21A side expose.The second～four embodiment too.
And, in the above-described first embodiment, the fender 33 that the porose 33H of portion is set by running through has been described, via hinge 34, be installed on the situation of the front side at back door 21.
Yet the present invention is not limited thereto, for example, also can omit the 33H of hole portion from fender 33, or omit fender 33 and hinge 34.The second～four embodiment too.
In addition, in the above-described first embodiment, illustrated at the rear portion 20 of rear side that is arranged at the framework 2 of automated teller machine 1, the installing plate 24 that guidance panel 30 is installed has been installed on to the situation at back door 21 in the mode that can rotate via hinge 25.
Yet the present invention is not limited thereto, in various devices, also go for making to be equivalent to the various subject of installing plate 24, the situation of rotating with respect to the various matrixes that are equivalent to back door 21 by being equivalent to the various rotation sections of hinge 25.
In addition, in the above-described embodiment, to the back door 21 by as matrix, be illustrated as the installing plate 24 of opposed body, situation about forming as the rear portion 20 of wheelwork as the hinge 25 of rotation section, as the holding section 26 of temporary transient fixed part.
Yet the present invention is not limited thereto, the matrix that also can be formed by other various structures, opposed body, rotation section, temporary transient fixed part form wheelwork.
The present invention can be used in and as installing plate 24, make opposed body opposite with user and that use, the various devices that rotate between two states.
Claims (8)
1. a wheelwork, wherein, has:
Matrix, it has the reference field that becomes benchmark;
Opposed body, it has when user uses and the opposed opposed faces of this user;
Rotation section, it rotates described opposed body centered by the rotation axis of regulation with respect to described matrix, make thus described opposed body change between folded state and deployed condition, wherein said folded state is the state that makes described opposed faces relative with the described reference field of described matrix, and described deployed condition is to make described opposed faces with respect to described reference field, form the state of predetermined angular; And
Temporary transient fixed part, it is temporarily fixed as described folded state by described opposed body with respect to described matrix,
The direction of the position of the upside that described rotation section makes described rotation axis with respect to vertical axis and when approaching described opposed body and be transformed into described deployed condition tilts.
2. wheelwork according to claim 1, wherein,
When described rotation section makes the upside of described rotation axis be transformed into described deployed condition with respect to vertical axis to described opposed body, the direction at place and the normal direction of described reference field tilt.
3. wheelwork according to claim 1, wherein, has:
Cable, it is electrically connected to described matrix and described opposed body; With
Cable support, it,, in the position far away, installation site of cable described in the ratio of the described opposed body in described folded state, is supported on described reference field by described cable.
4. wheelwork according to claim 1, wherein, also has:
Cable, it is electrically connected to described matrix and described opposed body, and has elastic force at torsional direction; With
Cable support, it be take makes the mode that described cable is state of nature at torsional direction at described opposed body during in described deployed condition, and a part for this cable is fixed on to described matrix.
5. wheelwork according to claim 1, wherein, also has:
Adsorbent, it is arranged at described opposed body; With
Be adsorbed body, at the described opposed body of described matrix, during in described deployed condition, this is adsorbed body and described adsorbent butt.
6. wheelwork according to claim 1, wherein,
From described opposed faces, observe, the center of gravity of described opposed body is partial to the opposition side of described rotation section.
7. wheelwork according to claim 1, wherein,
For described opposed body, at least one party of the display part of accepting the operating portion of user's operation and display frame being shown is disposed to described opposed faces.
8. wheelwork according to claim 1, wherein,
Described matrix has the hole portion that connects described reference field, so that opposing face one side of at least a portion of described opposed faces of described opposed body that is transformed into described folded state from this hole portion to described reference field exposed.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012222273A JP6020016B2 (en) | 2012-10-04 | 2012-10-04 | Rotating device |
| JP2012-222273 | 2012-10-04 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103714619A true CN103714619A (en) | 2014-04-09 |
| CN103714619B CN103714619B (en) | 2017-11-10 |
Family
ID=50407558
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310232881.5A Expired - Fee Related CN103714619B (en) | 2012-10-04 | 2013-06-13 | Tumbler |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6020016B2 (en) |
| CN (1) | CN103714619B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2166787A (en) * | 1984-10-19 | 1986-05-14 | Pollastrip Ltd | Door mounting assembly |
| JPH0374791U (en) * | 1989-11-13 | 1991-07-26 | ||
| CN2196167Y (en) * | 1993-11-29 | 1995-05-03 | 李崇 | Automatic door |
| CN2446237Y (en) * | 1999-12-25 | 2001-09-05 | 许向海 | Oblique automatic closing device |
| CN202441171U (en) * | 2012-01-17 | 2012-09-19 | 中格复合材料（南通）有限公司 | Hinge for automatically closing door |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005185382A (en) * | 2003-12-25 | 2005-07-14 | Heiwa Corp | Pachinko game machine |
| JP3160036U (en) * | 2010-03-29 | 2010-06-10 | 株式会社八木研 | Altar |
-
2012
- 2012-10-04 JP JP2012222273A patent/JP6020016B2/en active Active
-
2013
- 2013-06-13 CN CN201310232881.5A patent/CN103714619B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2166787A (en) * | 1984-10-19 | 1986-05-14 | Pollastrip Ltd | Door mounting assembly |
| JPH0374791U (en) * | 1989-11-13 | 1991-07-26 | ||
| CN2196167Y (en) * | 1993-11-29 | 1995-05-03 | 李崇 | Automatic door |
| CN2446237Y (en) * | 1999-12-25 | 2001-09-05 | 许向海 | Oblique automatic closing device |
| CN202441171U (en) * | 2012-01-17 | 2012-09-19 | 中格复合材料（南通）有限公司 | Hinge for automatically closing door |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2014075041A (en) | 2014-04-24 |
| CN103714619B (en) | 2017-11-10 |
| JP6020016B2 (en) | 2016-11-02 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US7494049B2 (en) | Shutter mechanism of automated-teller machine | |
| US20070158407A1 (en) | Financial transactions processing system including cash dispenser or recycler | |
| CN103021095B (en) | Automatic trading apparatus | |
| EP3032506B1 (en) | Teller cash recycler | |
| CN101872505B (en) | Paper processing device | |
| EP1717763B1 (en) | Shutter apparatus of cash transaction machine | |
| JP2012256271A (en) | Medium processor | |
| US10127756B2 (en) | Medium processing apparatus and financial device | |
| EP3526653B1 (en) | Hinged electronic device held in configurations by magnets | |
| WO2015096544A1 (en) | Paper currency accommodating device | |
| CN103021073A (en) | Locking device and accommodating device | |
| JP5268687B2 (en) | Automatic transaction equipment | |
| CN103714619A (en) | Rotary device | |
| US7322517B1 (en) | Enclosure for automated banking machine | |
| KR101249614B1 (en) | Display apparatus and financial device | |
| KR20110055812A (en) | A.t.m having display rotation function | |
| KR20160077908A (en) | Teller cash recycler | |
| US9708144B2 (en) | Teller cash recycler | |
| CN104680643B (en) | Bill handling device | |
| KR101253450B1 (en) | Financial device | |
| CN102953620B (en) | Damper, opening/closing apparatus and financial device using the same | |
| KR101688917B1 (en) | Medium cassette | |
| JP5469352B2 (en) | Fuel supply device | |
| KR101264555B1 (en) | Damping device, medium process apparatus and financial device | |
| JP5283375B2 (en) | Money transaction processing device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171110 Termination date: 20210613 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |