CN103577846A - Card recovering storeroom, card recovering mechanism and card feeding device - Google Patents

Card recovering storeroom, card recovering mechanism and card feeding device Download PDF

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Publication number
CN103577846A
CN103577846A CN201310345233.0A CN201310345233A CN103577846A CN 103577846 A CN103577846 A CN 103577846A CN 201310345233 A CN201310345233 A CN 201310345233A CN 103577846 A CN103577846 A CN 103577846A
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CN
China
Prior art keywords
card
storehouse
component
locking mechanism
fastened component
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Granted
Application number
CN201310345233.0A
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Chinese (zh)
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CN103577846B (en
Inventor
渡边武喜
檜山千里
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Nidec Sankyo Corp
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Nidec Sankyo Corp
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Priority claimed from JP2012177227A external-priority patent/JP6053387B2/en
Priority claimed from JP2012177228A external-priority patent/JP5961073B2/en
Application filed by Nidec Sankyo Corp filed Critical Nidec Sankyo Corp
Publication of CN103577846A publication Critical patent/CN103577846A/en
Application granted granted Critical
Publication of CN103577846B publication Critical patent/CN103577846B/en
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Abstract

Provided is a card recovering mechanism, which can improve security, and comprises a card recovering part (6) for recovering cards, a case-shaped card recovering storeroom (7) which can be mounted and dismounted with respect to the card recovering part (6) and accommodate the recovered cards, and a card moving mechanism which can move cards towards the card recovering storeroom (7) which has a key. The key is used for taking out cards from the card recovering storeroom (7).

Description

Card reclaims storehouse, card recovering mechanism and card-issuing device
Technical field
The present invention relates to for reclaiming the card recovering mechanism of card and the card-issuing device that comprises this card recovering mechanism, in addition, also relate to for accommodating the card of the card of retrieving and reclaim storehouse.
Background technology
At present, known have a kind of card-issuing device, and it comprises: card reader, and this card reader is recorded in the reproduction of information of card and information towards the record of card; Hair fastener portion, this hair fastener portion sends card; And card reclaims storehouse, this card recovery storehouse recovery card (for example, with reference to patent documentation 1).In the card-issuing device of recording at patent documentation 1, card reclaims storehouse and forms the case shape of the rectangular parallelepiped of upper surface open, and is disposed at the downside of hair fastener portion.In addition, card reclaims the framework that card-issuing device is fixed in storehouse.
Prior art document
Patent documentation
Patent documentation 1: Japanese Patent Laid-Open 2008-165483 communique
In the card-issuing device of patent documentation 1, card reclaims the framework that card-issuing device is fixed in storehouse, and therefore, when the card of retrieving is taken out from card-issuing device, the card of retrieving is like this by taking-up from be located at the peristome etc. of framework.Therefore,, in this card-issuing device, the operator that the card that is recovered to card-issuing device is taken out waits can illegally steal the card of retrieving.That is, do not think that the security of this card-issuing device is very high.
Summary of the invention
Therefore, the first technical matters of the present invention is to provide a kind of card recovering mechanism that can improve security.In addition, the first technical matters of the present invention is also to provide a kind of card-issuing device that comprises above-mentioned card recovering mechanism.
In addition, the second technical matters of the present invention is to provide the security of device and the card of energy simplified structure that a kind of energy raising is installed to reclaim storehouse.
In order to solve above-mentioned the first technical matters, the feature of card recovering mechanism of the present invention is to comprise: card recoverer, and this card recoverer is used for reclaiming card; The card of case shape reclaims storehouse, and this card reclaims storehouse and can install and remove with respect to card recoverer, and the card of retrieving is accommodated; And card carrying mechanism, this blocks carrying mechanism towards blocking recovery storehouse carrying card, and blocking recovery storehouse is the recovery of the card with the key storehouse that needs key, and wherein, above-mentioned key is for taking out the card that is contained in the card recovery storehouse of pulling down from card recoverer from blocking recovery storehouse.
In card recovering mechanism of the present invention, card reclaims storehouse and can install and remove with respect to card recoverer.Therefore,, when the card of retrieving is taken out from card recoverer, can reclaim storehouse by each card and be taken out from card recoverer.In addition, in the present invention, it is the card recovery storehouse with key that card reclaims storehouse, for the card that is contained in the card recovery storehouse of pulling down on card recoverer is reclaimed storehouse and taken out from card, needs key.Therefore, in the present invention, the people who only holds key can take out and be contained in the card that card reclaims storehouse, thereby can prevent that card is reclaimed to the operator that pulls down from card recoverer in storehouse etc. illegally steals the card of retrieving.Consequently, in the present invention, can improve the security of card recovering mechanism.
In the present invention, comparatively it is desirable to, card reclaims storehouse and comprises: peristome, and this peristome is for putting into inside by the card of retrieving; Slide member, this slide member can and be opened between the position of peristome and slide in the position of occlusion of openings portion; Force application component, this force application component carries out the application of force to slide member towards the direction of opening peristome; Locking mechanism, this locking mechanism is locked in slide member the position of occlusion of openings portion; And cancel system, this cancel system is for being removed by the lock-out state of locking mechanism locking slide member, card recoverer comprises: bar member, and when present dynasty's card recoverer inserts card recovery storehouse, this bar member engages with cancel system and will be removed by the lock-out state of locking mechanism locking slide member; And claw component, when extracting card recovery storehouse from card recoverer, this claw component engages with slide member and slide member is slided towards the direction of occlusion of openings portion, when utilizing the releasing of bar member to lock the lock-out state of slide member by locking mechanism, utilize the acting force of force application component that slide member is slided towards the position of opening peristome, when utilizing claw component that slide member is slided towards the direction of occlusion of openings portion, slide member is locked by locking mechanism.
If while adopting said structure ，Ze present dynasty card recoverer to insert card recovery storehouse, the slide member that is locked in the position of occlusion of openings portion automatically slides towards the position of opening peristome.The peristome that therefore, can card be reclaimed by easy operation to storehouse from inserting the card of card recoverer is put into the inside that card reclaims storehouse.In addition, if employing said structure,, when extracting card recovery storehouse from card recoverer, the slide member that is positioned at the position of opening peristome automatically slides towards the direction of occlusion of openings portion, and the slide member sliding towards the direction of occlusion of openings portion is automatically locked by locking mechanism.Therefore, can stop up reliably the card of pulling down from card recoverer with slide member and reclaim the peristome in storehouse, and can lock reliably the slide member of clogging peristome.Consequently, in the present invention, can further improve the security of card recovering mechanism.
In the present invention, comparatively it is desirable to, card reclaims storehouse and can plug point-blank with respect to card recoverer, claw component comprises the claw that can engage with slide member, and be retained can using and card reclaim storehouse with respect to the direction of the plug direction quadrature of card recoverer as axially rotating of rotating, card recoverer comprises the second force application component, when extracting card recovery storehouse from card recoverer, this second force application component carries out the application of force to claw component, so that claw engages with slide member towards blocking the medial movement of recoverer, when present dynasty's card recoverer inserts card recovery storehouse, with claw, the mode towards the outer side shifting of card recoverer contacts and rotates with card recovery storehouse claw component.If employing said structure, can extract when card reclaims storehouse claw is engaged with slide member from card recoverer with more easy structure, and reduce the impact of the claw component while reclaiming storehouse towards card recoverer insertion card.
In the present invention, comparatively it is desirable to, claw component is configured to: when extracting card recovery storehouse from card recoverer, by the slide member after locking mechanism locking, exposed the outside at card recoverer.That is, in the present invention, comparatively it is desirable to, claw component is configured to: when extracting card from card recoverer and reclaim storehouse, part or all that does not make the slide member that do not locked by locking mechanism exposed in the outside of blocking recoverer.If employing said structure, can prevent some illegal operation that can carry out from the outside in card recovery storehouse because the slide member in the card recovery storehouse of pulling down from card recoverer is not locked by locking mechanism.Therefore, can further improve the security of card recovering mechanism.
In the present invention, for example, locking mechanism comprises slide side fastened component and frame side fastened component, and when slide side fastened component engages with frame side fastened component, locking mechanism is locked in slide member the position of occlusion of openings portion, wherein, above-mentioned slide side fastened component is fixed on slide member, said frame side fastened component is displaceably held in the framework that card reclaims storehouse, and can engage with slide side fastened component, cancel system comprises sliding component and removes member, wherein, above-mentioned sliding component engages and slides with bar member, above-mentioned releasing member is held in framework and engages with sliding component in the mode that can rotate, and engage and frame side fastened component is moved with frame side fastened component, to remove the fastening state of slide side fastened component and frame side fastened component, when making to remove member when being accompanied by the sliding action of sliding component and rotating with respect to framework, frame side fastened component can and the non-clamped position of the fastening state that engages with releasing and slide side fastened component of the clamped position of slide side fastened component engaging between move.
In the present invention, comparatively it is desirable to, cancel system comprises sliding component entered to line-locked sliding locking mechanism, and sliding locking mechanism is disposed at the position that can engage with bar member, when sliding locking mechanism engages with bar member, remove the lock-out state by sliding locking mechanism locking sliding component.When adopting said structure, if do not remove the lock-out state by sliding locking mechanism locking sliding component, can not make sliding component slide to remove the fastening state of frame side fastened component and slide side fastened component.That is,, when adopting said structure, if do not remove the lock-out state by sliding locking mechanism locking sliding component, can not remove the lock-out state by locking mechanism locking slide member.Therefore, can prevent from removing the lock-out state by locking mechanism locking slide member by illegal operation.In addition, if adopt said structure, when sliding locking mechanism engages with bar member, can remove the lock-out state by sliding locking mechanism locking sliding component, therefore,, in the time blocking recovery storehouse insertion card recoverer, can easily remove the lock-out state by sliding locking mechanism locking sliding component.
In addition, in this case, comparatively it is desirable to, cancel system comprises two sliding locking mechanisms.When adopting said structure, if do not remove the lock-out state by two sliding locking mechanism locking sliding components, can not remove the lock-out state by locking mechanism locking slide member.Therefore, can effectively prevent from removing the lock-out state by locking mechanism locking slide member by illegal operation.
In the present invention, comparatively it is desirable to, card reclaims storehouse and comprises: the second cancel system, and this second cancel system is for removing the lock-out state by locking mechanism locking slide member; Cylinder is formed with keyhole and is fixed wtih at least a portion of the second cancel system on this cylinder; And framework, on this framework, in the mode that can rotate, cylinder is installed, so that keyhole is disposed at outside, when utilizing the key of insertion keyhole that cylinder is rotated towards a direction, releasing is by the lock-out state of locking mechanism locking slide member, so that slide member court opens the direction of peristome, slide, and when slide member slides towards the position of opening peristome, can take out and be contained in the card that card reclaims storehouse.If employing said structure can take out the card that is contained in card recovery storehouse from peristome, therefore, without separately door for taking out the card that is contained in card recovery storehouse etc. being located to card, reclaim storehouse.Therefore, can simplify the structure that card reclaims storehouse.
In the present invention, comparatively it is desirable to, card reclaims storehouse and comprises: the second locking mechanism, and this second locking mechanism engages with frame side fastened component and will be positioned at the frame side fastened component locking of clamped position; And latch-release member, this latch-release member engages with sliding component, and releasing is by the lock-out state of the second locking mechanism latch frame side fastened component, be accompanied by the sliding action of sliding component when inserting card recovery storehouse towards card recoverer, latch-release member is removed the lock-out state by the second locking mechanism latch frame side fastened component.If employing said structure, utilizes the second locking mechanism latch frame side fastened component, therefore, can prevent from removing the lock-out state by locking mechanism locking slide member such as the impact of impacting because of some etc.In addition, if employing said structure, be accompanied by the sliding action of sliding component when inserting card towards card recoverer and reclaim storehouse and remove the lock-out state by the second locking mechanism latch frame side fastened component, therefore, when present dynasty's card recoverer inserts card recovery storehouse, can easily remove the lock-out state by the second locking mechanism latch frame side fastened component.
In the present invention, comparatively it is desirable to, card reclaims storehouse and comprises: the second locking mechanism, and this second locking mechanism engages with frame side fastened component and will be positioned at the frame side fastened component locking of clamped position; And the second latch-release member, this the second latch-release member is held in framework in the mode that can rotate, the second latch-release member be disposed at can with the position of slide side fastened component butt, and the temporary transient lock-out state of removing by the second locking mechanism latch frame side fastened component, when the slide side fastened component that is fixed on the slide member sliding towards the direction of occlusion of openings portion is during with the second latch-release member butt, temporary transient releasing is by the lock-out state of the second locking mechanism latch frame side fastened component.If employing said structure, when extracting card recovery storehouse from card recoverer, the temporary transient lock-out state of removing frame side fastened component, can make rightly slide side fastened component engage with frame side fastened component, consequently, can utilize locking mechanism rightly slide member to be locked in to the position of occlusion of openings portion.
In the present invention, comparatively it is desirable to, card reclaims storehouse and comprises: peristome, and this peristome is for putting into inside by the card of retrieving; And slide member, this slide member can and be opened between the position of peristome and slide in the position of occlusion of openings portion, card recoverer comprises ways and lower ways, upper ways and lower ways reclaim the peristome guide card in storehouse for the card towards inserting card recoverer, upper ways is towards the upper surface of peristome guide card, and lower ways is towards the lower surface of peristome guide card.If employing said structure, even if reduce to be formed at the aperture area that card reclaims the peristome in storehouse, also can utilize ways and lower ways towards peristome guide card rightly.That is,, if adopt said structure, can reduce the aperture area of peristome.Therefore, can effectively prevent that the card that is contained in card recovery storehouse from illegally being taken out.
In the present invention, comparatively it is desirable to, card reclaims storehouse and comprises the cylinder that is formed with keyhole, and can plug point-blank with respect to card recoverer, at card, reclaim under the state that inserts card recoverer in storehouse, cylinder is disposed at card recoverer and at card, reclaims the inboard in the direction of insertion of inserting card recoverer in storehouse.If employing said structure, reclaims under the state that inserts card recoverer in storehouse at card, be difficult for utilizing key to open card and reclaim storehouse.Therefore, for example, even if criminal illegally obtains the key that reclaims storehouse for opening card, be also difficult for obtaining the card that is contained in card recovery storehouse.Consequently, in the present invention, can further improve the security of card recovering mechanism.
In the present invention, comparatively it is desirable to, card recovering mechanism comprises: extract and prevent member, this is extracted and prevents that member is for preventing that the card of insertion card recoverer from reclaiming storehouse and extracting; And with the locking mechanism of extracting of key, this is extracted locking mechanism and will extract and prevent member locking, it is different from the key of extracting locking mechanism that card reclaims the key in storehouse.If employing said structure, even if hold the key that card reclaims storehouse, can not extract card from card recoverer and reclaim storehouse, in addition, even if hold the key of extracting locking mechanism, can not open card and reclaim storehouse.That is, can be divided into and can pull down the people and the people that can take out card from card recovery storehouse that card reclaims storehouse from card recoverer.Therefore, can further improve the security of card recovering mechanism.
Comparatively it is desirable to, card recovering mechanism of the present invention can be used in and comprise the card supply storehouse of case shape and the card-issuing device of hair fastener portion, wherein, above-mentioned card is supplied with storehouse and is contained the card before sending, and above-mentioned hair fastener portion is provided with card supply storehouse in the mode that can install and remove, in this card-issuing device, it is to need the card with key of key to supply with storehouse that card is supplied with storehouse, wherein, key is for being contained in the card taking-up in card supply storehouse, and the key that card is supplied with storehouse shares with the key that blocks recovery storehouse.If employing said structure, even if hold the key that card is supplied with storehouse, can not extract card from hair fastener portion and supply with storehouse, in addition, even if hold the key of extracting locking mechanism, can not open card and supply with storehouse.That is, can be divided into and can pull down the people and the people that can take out card from card supply storehouse that card is supplied with storehouse from hair fastener portion.Therefore, can improve the security of card-issuing device.
Comparatively it is desirable to, card recovering mechanism of the present invention comprises: the card of case shape is supplied with storehouse, and this card is supplied with storehouse and contained the card before sending; Hair fastener portion is provided with card in the mode that can install and remove and supplies with storehouse in this hair fastener portion; Extract and prevent member, this is extracted and prevents that member is for preventing that the card of insertion card recoverer from reclaiming storehouse and extracting; And with the locking mechanism of extracting of key, this is extracted locking mechanism and will extract and prevent member locking, extract the card that locking mechanism will insert hair fastener portion and supply with storehouse locking.If employing said structure, can prevent card supply storehouse extracting and blocking and reclaim storehouse extracting from card recoverer from hair fastener portion with the locking mechanism of extracting sharing.Therefore, can simplify the structure of card-issuing device.
In order to solve above-mentioned the second technical matters, card of the present invention reclaims storehouse and forms case shape, and for accommodating the card of retrieving, it is characterized in that, comprising: peristome, and this peristome is for putting into inside by the card of retrieving; Slide member, this slide member can and be opened between the position of peristome and slide in the position of occlusion of openings portion; Force application component, this force application component carries out the application of force to slide member towards the direction of opening peristome; Locking mechanism, this locking mechanism is locked in slide member the position of occlusion of openings portion; Cancel system, this cancel system is for being removed by the lock-out state of locking mechanism locking slide member, and cylinder is formed with keyhole and is fixed wtih at least a portion of cancel system on this cylinder; And framework, on this framework, in the mode that can rotate, cylinder is installed, so that keyhole is disposed at outside, when utilizing the key of insertion keyhole that cylinder is rotated towards a direction, releasing is by the lock-out state of locking mechanism locking slide member, so that slide member court opens the direction of peristome, slide, and when slide member slides towards the position of opening peristome, can take out and be contained in the card that card reclaims inside, storehouse.
At card of the present invention, reclaim in storehouse, when utilizing the key of insertion keyhole that cylinder is rotated towards a direction, releasing is by the lock-out state of locking mechanism locking slide member, and slide member slides towards the direction of opening peristome, so that be contained in inner card, can take out.That is, in the present invention, for the card that is contained in card recovery storehouse is reclaimed storehouse and taken out from card, need key.Therefore, in the present invention, the people who only holds key can take out and be contained in the card that card reclaims storehouse, thereby can prevent that card is reclaimed to storehouse illegally steals from the operator that reclaims the device installed in storehouse for card and pull down etc. the card of retrieving.Consequently, in the present invention, can improve the security of reclaiming the device of installing in storehouse for card.
In addition, in the present invention, the card that is contained in card recovery storehouse can be taken out from peristome, therefore, without separately door for taking out the card that is contained in card recovery storehouse etc. being located to card, reclaim storehouse.Therefore, in the present invention, can simplify the structure that card reclaims storehouse.
In the present invention, for example, locking mechanism comprises slide side fastened component and frame side fastened component, and when slide side fastened component engages with frame side fastened component, locking mechanism is locked in slide member the position of occlusion of openings portion, wherein, above-mentioned slide side fastened component is fixed on slide member, said frame side fastened component is displaceably held in framework, and can engage with slide side fastened component, cancel system comprises cylinder fixed component, remove member and the 3rd force application component, wherein, above-mentioned cylinder fixed component is fixed on cylinder, above-mentioned releasing member is held in framework in the mode that can rotate, and with frame side fastened component butt, to remove the fastening state of slide side fastened component and frame side fastened component, above-mentioned the 3rd force application component is to removing member towards carrying out the application of force with the direction of frame side fastened component butt, remove member be disposed at can with the position of cylinder fixed component butt, when making rotary drum, cylinder fixed component moves between butt position and non-butt position, wherein, in above-mentioned butt position, cylinder fixed component contacts with releasing member, so that remove member, towards the direction away from frame side fastened component, move, in above-mentioned non-butt position, cylinder fixed component is away from removing member, to utilize the acting force of the 3rd force application component to make to remove member, contact with frame side fastened component, when removing member butt, the non-clamped position that frame side fastened component is disengaged towards the fastening state of itself and slide side fastened component moves, when remove member away from time, frame side fastened component can move towards the clamped position that can engage with slide side fastened component.
In the present invention, comparatively it is desirable to, card reclaims storehouse and comprises: the second locking mechanism, and this second locking mechanism engages with frame side fastened component and will be positioned at the frame side fastened component locking of clamped position; And the 3rd latch-release member, when utilizing the key that inserts keyhole that cylinder is rotated towards a direction, the 3rd latch-release member is removed the lock-out state by the second locking mechanism latch frame side fastened component with removing member butt.If employing said structure, utilizes the second locking mechanism latch frame side fastened component, therefore, can prevent from removing the lock-out state by locking mechanism locking slide member such as the impact of impacting because of some etc.In addition, if adopt said structure, for slide member is slided towards the direction of opening peristome, when utilizing the key of insertion keyhole that cylinder is rotated towards a direction, automatically remove the lock-out state by the second locking mechanism latch frame side fastened component.Therefore,, when slide member is slided towards the direction of opening peristome, can easily remove the lock-out state by the second locking mechanism latch frame side fastened component.
In the present invention, comparatively it is desirable to, card reclaims storehouse and comprises the second cancel system, when the bar member with being disposed at card recoverer engages, this second cancel system is removed the lock-out state by locking mechanism locking slide member, and wherein, above-mentioned card recoverer reclaims storehouse for card and installs.If while adopting said structure ，Ze present dynasty card recoverer to insert card to reclaim storehouse, the slide member that can make to be locked in the position of occlusion of openings portion automatically slides towards the position of opening peristome.The peristome that therefore, can card be reclaimed by easy operation to storehouse from inserting the card of card recoverer is put into the inside that card reclaims storehouse.
In the present invention, for example, locking mechanism comprises slide side fastened component and frame side fastened component, and when slide side fastened component engages with frame side fastened component, locking mechanism is locked in slide member the position of occlusion of openings portion, wherein, above-mentioned slide side fastened component is fixed on slide member, said frame side fastened component is displaceably held in framework, and can engage with slide side fastened component, the second cancel system comprises sliding component and the second releasing member, wherein, above-mentioned sliding component engages and slides with bar member, above-mentioned second removes member is held in framework and engages with sliding component in the mode that can rotate, and engage with frame side fastened component, to remove the fastening state of slide side fastened component and frame side fastened component, while the second releasing member being rotated when being accompanied by the sliding action of sliding component with respect to framework, frame side fastened component can and the non-clamped position of the fastening state that engages with releasing and slide side fastened component of the clamped position of slide side fastened component engaging between move.
In the present invention, comparatively it is desirable to, the second cancel system comprises sliding component is entered to line-locked sliding locking mechanism, sliding locking mechanism is disposed at the position that can engage with bar member, when sliding locking mechanism engages with bar member, remove the lock-out state by sliding locking mechanism locking sliding component.When adopting said structure, if do not remove the lock-out state by sliding locking mechanism locking sliding component, can not make sliding component slide to remove the fastening state of frame side fastened component and slide side fastened component.That is,, when adopting said structure, if do not remove the lock-out state by sliding locking mechanism locking sliding component, can not remove the lock-out state by locking mechanism locking slide member.Therefore, can prevent from removing the lock-out state by locking mechanism locking slide member by illegal operation.In addition, if adopt said structure, when sliding locking mechanism engages with bar member, can remove the lock-out state by sliding locking mechanism locking sliding component, therefore,, in the time blocking recovery storehouse insertion card recoverer, can easily remove the lock-out state by sliding locking mechanism locking sliding component.
In addition, in this case, comparatively it is desirable to, cancel system comprises two sliding locking mechanisms.When adopting said structure, if do not remove the lock-out state by two sliding locking mechanism locking sliding components, can not remove the lock-out state by locking mechanism locking slide member.Therefore, can effectively prevent from removing the lock-out state by locking mechanism locking slide member by illegal operation.
In the present invention, comparatively it is desirable to, card reclaims storehouse and comprises: the second locking mechanism, and this second locking mechanism engages with frame side fastened component and will be positioned at the frame side fastened component locking of clamped position; And latch-release member, this latch-release member engages with sliding component, and releasing is by the lock-out state of the second locking mechanism latch frame side fastened component, be accompanied by the sliding action of sliding component when inserting card recovery storehouse towards card recoverer, latch-release member is removed the lock-out state by the second locking mechanism latch frame side fastened component.If employing said structure, utilizes the second locking mechanism latch frame side fastened component, therefore, can prevent from removing the lock-out state by locking mechanism locking slide member such as the impact of impacting because of some etc.In addition, if employing said structure, be accompanied by the sliding action of sliding component when inserting card towards card recoverer and reclaim storehouse and remove the lock-out state by the second locking mechanism latch frame side fastened component, therefore, when present dynasty's card recoverer inserts card recovery storehouse, can easily remove the lock-out state by the second locking mechanism latch frame side fastened component.
In the present invention, comparatively it is desirable to, card reclaims storehouse and comprises: the second locking mechanism, and this second locking mechanism engages with frame side fastened component and will be positioned at the frame side fastened component locking of clamped position; And the second latch-release member, this the second latch-release member is held in framework in the mode that can rotate, the second latch-release member be disposed at can with the position of slide side fastened component butt, and the temporary transient lock-out state of removing by the second locking mechanism latch frame side fastened component, when the slide side fastened component that is fixed on the slide member sliding towards the direction of occlusion of openings portion is during with the second latch-release member butt, temporary transient releasing is by the lock-out state of the second locking mechanism latch frame side fastened component.If employing said structure,, when slide member is slided towards the direction of occlusion of openings portion, temporarily removes the lock-out state of frame side fastened component, thereby can make rightly slide side fastened component engage with frame side fastened component.Therefore, can utilize locking mechanism rightly slide member to be locked in to the position of occlusion of openings portion.
In the present invention, comparatively it is desirable to, card reclaims storehouse and comprises the card resettlement section of accommodating card, and card forms roughly rectangle, and the bottom surface of card resettlement section tilts with respect to the mode of horizontal direction inclination to be contained in the short side direction of the card of card resettlement section.If employing said structure, even if be contained between the card of card resettlement section and forming in gapped situation card is carried out to punch process, for example also can use the optical axis of light and the optical sensor of horizontal direction almost parallel that are configured to from light-emitting component directive photo detector, detect the quantity of the card that is contained in card resettlement section.Therefore, the mode tilting with respect to horizontal direction with the optical axis of light with from light-emitting component directive photo detector configures the situation comparison of optical sensor, can simplify for the structure of sensor is set, consequently, can simplify the structure that reclaims the device of installing in storehouse for card.
As mentioned above, in the present invention, can improve the card security of recovering mechanism and the security of card-issuing device.
In addition, in the present invention, can improve the security of reclaiming the device of installing in storehouse for card, and can simplify the structure that card reclaims storehouse.
Accompanying drawing explanation
Fig. 1 is that the card-issuing device of embodiment of the present invention is being supplied with card the stereographic map of the state after pull down in storehouse.
Fig. 2 is reclaiming card the stereographic map of the state pull down in storehouse from the card-issuing device shown in other direction presentation graphs 1.
Fig. 3 reclaims the stereographic map in storehouse from the card shown in another angle measuring gauge diagram 2.
Fig. 4 is the vertical view that the card shown in Fig. 2 reclaims storehouse.
Fig. 5 is for the figure of the card recoverer shown in key diagram 1 from the side.
Fig. 6 is the figure structure of claw component and periphery thereof being described for the E-E direction from Fig. 5.
Fig. 7 is the figure for the action of the claw component shown in Fig. 5 is described.
Fig. 8 is the figure describing for reclaim the structure of the card resettlement section of inside, storehouse to being arranged at the card shown in Fig. 2.
Fig. 9 is for the structure of the locking mechanism of the slide member shown in key diagram 2 and for the figure of the structure of cancel system that the lock-out state of locking mechanism is removed.
Figure 10 is the figure for the part of the locking mechanism shown in pie graph 9 and cancel system is described.
Figure 11 is the figure that the structure of the cancel system for the lock-out state of the locking mechanism shown in Fig. 9 is removed is described.
Figure 12 is for illustrating the figure of the second locking mechanism of frame side fastened component locking shown in Fig. 9 and the structure of associated part thereof.
Figure 13 is for the figure of the part that forms the part of the second locking mechanism shown in Figure 12 and be associated with the second locking mechanism is described.
Figure 14 is the figure from the upper end side of the F-F direction indication latch-release member of Figure 13 (D).
Figure 15 is the figure that card is reclaimed to the action of the locking mechanism of storehouse while inserting the card recoverer shown in Fig. 2 and cancel system for illustrating.
Figure 16 is the figure that card is reclaimed to the action of the locking mechanism of storehouse while inserting the card recoverer shown in Fig. 2 and cancel system for illustrating.
Figure 17 is the figure that card is reclaimed to the action of the locking mechanism of storehouse while inserting the card recoverer shown in Fig. 2 and cancel system for illustrating.
Figure 18 is the figure that card is reclaimed to the action of second locking mechanism of storehouse while inserting the card recoverer shown in Fig. 2 and latch-release member for illustrating.
Figure 19 reclaims for instruction card the figure that the card of storehouse while finishing towards the insertion of the card recoverer shown in Fig. 2 reclaims the state in storehouse.
Figure 20 is the figure that card is reclaimed to the action of second locking mechanism of storehouse while extracting from the card recoverer shown in Fig. 2 and latch-release member for illustrating.
Figure 21 is the enlarged drawing of the G portion of Figure 20 (A).
Figure 22 is the enlarged drawing of the H portion of Figure 20 (B).
Figure 23 is the enlarged drawing of the J portion of Figure 20 (C).
Figure 24 is the figure of the state while observing from the side the structure shown in Figure 11 (A) a part of for explanation.
Figure 25 is the figure of the state while observing from the side the structure shown in Figure 11 (B) a part of for explanation.
(symbol description)
1 card-issuing device
2 cards
4 hair fastener portions
5 cards are supplied with storehouse
6 card recoverers
7 cards reclaim storehouse
21 keys (card reclaims the key in storehouse, the key that card is supplied with storehouse)
26 side surface part (part for framework)
27 front surface portions (part for framework)
29a peristome
30 slide members
31 draft helical springs (force application component)
35 cylinders
35a keyhole
36 extract and prevent member
37 extract locking mechanism
39 keys (extracting the key of locking mechanism)
43 driven rollers (part for card carrying mechanism)
44 pad rollers (part for card carrying mechanism)
Ways on 45
46 times wayss
47 bar members
48 claw components
48a claw
53 draft helical springs (the second force application component)
57 card resettlement sections
63 locking mechanisms
64 cancel systems
65 cancel systems (the second cancel system)
66 fastened components (slide side fastened component)
67 fastened components (frame side fastened component)
74 sliding components
75 remove member
76,77 sliding locking mechanisms
105 cylinder fixed components
106 remove member
107 draft helical springs (the 3rd force application component)
115 second locking mechanisms
116 latch-release members
117 latch-release members (the 3rd latch-release member)
118 latch-release members (the second latch-release member)
X card reclaims the plug direction in storehouse
The direction of X1 occlusion of openings portion, card reclaim the direction of insertion in storehouse
X2 opens the direction of peristome
Embodiment
Below, with reference to accompanying drawing, embodiments of the present invention are described.
(schematic construction of card-issuing device)
Fig. 1 is that the card-issuing device 1 of embodiment of the present invention is being supplied with card the stereographic map of the state after pull down in storehouse 5.Fig. 2 is at the stereographic map that card is reclaimed to the state of storehouse 7 down from the card-issuing device 1 shown in other direction presentation graphs 1.Fig. 3 reclaims the stereographic map in storehouse 7 from the card shown in another angle measuring gauge diagram 2.Fig. 4 is the vertical view that the card shown in Fig. 2 reclaims storehouse 7.
The card-issuing device 1 of present embodiment has and will be housed in inner card 2 function of sending and the function that reclaims the card 2 (hereinafter referred to as " unwanted card 2 ") that does not need, uses or make mistakes.This card-issuing device 1 comprises: card reader 3, and this card reader 3 is recorded in the reproduction of information of card 2 and/or information towards the record of card 2; Hair fastener portion 4, this hair fastener portion 4 is for sending the card of accommodating 2; Card is supplied with storehouse 5, and this card is supplied with storehouse 5 and accommodated the card 2 before sending, and is installed on hair fastener portion 4 in the mode that can install and remove; Card recoverer 6, this card recoverer 6 is for reclaiming unwanted card 2; Card reclaims storehouse 7, and this card reclaims storehouse 7 and accommodates the card 2 of retrieving, and is installed on card recoverer 6 in the mode that can install and remove; And installing department 9, this installing department 9 is installed for card reader 3, and accommodates the control substrate 8 of card-issuing device 1.
In the following description, three orthogonal directions are made as to directions X, Y-direction and Z direction.In the present embodiment, above-below direction is consistent with Z direction.In addition, Y-direction is made as to left and right directions, directions X is made as to fore-and-aft direction, and X1 direction one side is made as to " front " side, X2 direction one side is made as to " rear (rear) " side, Y1 direction one side is made as to " right side " side, Y2 direction one side is made as to " left side " side.In addition, in the present embodiment, to reclaim the Width (minor face Width) of card 2 in storehouse 7 roughly consistent with being contained in card for Y-direction, and directions X is roughly consistent with the length direction (growing limit Width) of card 2 that is contained in card recovery storehouse 7.
As shown in Figure 1, in card-issuing device 1, at the upside that blocks recoverer 6, dispose hair fastener portion 4.In addition, the card reader 3, hair fastener portion 4 and the card recoverer 6 that are installed in installing department 9 are configured to contact with each other successively from front side.
The card 2 of present embodiment is for example that thickness is the card of the roughly rectangular vinyl chloride system of 0.7～0.8mm left and right.On above-mentioned card 2, be for example formed with the magnetic stripe for magnetic information recording.In addition, to blocking 2, carry out for representing the punch process of card numbering etc.In addition both can, by the built-in antenna of IC chip, communication use in card 2, also the lettering portion that carries out lettering by sensible heat mode can be formed on card 2.In addition, blocking 2 can be also that thickness is PET (polyethylene terephthalate) card of 0.18～0.36mm left and right, or the paper card of specific thickness etc.
In the inside of card reader 3, be formed with the cards carrying roads (not shown) of carrying for card 2 linearlyly.In addition, card reader 3 comprises for carrying road to blocking the 2 card carrying mechanisms of carrying at card.In addition, for example, in the situation that used card 2 is the magnetic card with magnetic stripe, card reader 3 comprises magnetic head, in the situation that used card 2 is for having the Contact Type Ic Card of IC chip, card reader 3 comprises IC contact, in the situation that used card 2 is used the non-contact IC card of antenna for having communication, card reader 3 comprises the antenna of the use of communicating by letter.In addition,, when used card 2 has lettering portion, card reader 3 comprises the thermal head that carries out lettering etc. by sensible heat mode.
Hair fastener portion 4 comprises: two side surface part 11 that form the left and right side of hair fastener portion 4; Form the front surface portion 12 of the front surface of hair fastener portion 4; And the rear surface portion 13 that forms the rear surface of hair fastener portion 4.By two side surface part 11, front surface portion 12 and rear surface portion 13 structure paired cards, supply with the resettlement section main body 14 that accommodate in storehouse 5.In addition, hair fastener portion 4 comprises card delivering mechanism (not shown), and this card delivering mechanism is contained in the outside that the card 2 of the below card 2 of below () supplies with storehouse 5 towards card that is contained in that card supplies with in multiple cards 2 in storehouse 5 and sends stacked along the vertical direction.This card delivering mechanism is disposed at the downside that card is supplied with storehouse 5.In addition, this card delivering mechanism for example comprises to be sent pawl and drives this to send the driving mechanism of pawl, and wherein, the above-mentioned pawl of sending engages with the rear end of card 2 that is contained in card and supplies with the below in storehouse 5, and sends card 2 from block supply storehouse 5 a sheet by a sheetly.
Card supply storehouse 5 forms roughly rectangular-shaped, and forms the case shape of hollow, thereby card 2 can be housed in to inside.This card is supplied with storehouse 5 and is comprised: the bottom surface sections (not shown) of the card 2 that carrying is accommodated; Form card and supply with two side surface part 16 of the left and right side in storehouse 5; Form card and supply with the front surface portion 17 of the front surface in storehouse 5; Form card and supply with the rear surface portion 18 of the rear surface in storehouse 5; And the upper surface part 19 that forms the upper surface in card supply storehouse 5.At card, supply with stacked along the vertical direction multiple cards 2 that contain in inside in storehouse 5.Card is supplied with storehouse 5 and is installed on resettlement section main body 14 in the mode of inserting from upside.In addition, the card that is installed on resettlement section main body 14 is supplied with storehouse 5 by being extracted towards upside and pulling down from resettlement section main body 14.
Upper surface part 19 is installed in two side surface part 16 in the mode that can rotate, and can open and close.In upper surface part 19, in the mode that can rotate, cylinder 20 is installed, on this cylinder 20, is formed with keyhole 20a.The mode that cylinder 20 is disposed at the upper surface side of upper surface part 19 with keyhole 20a is installed on upper surface part 19.Key 21 (with reference to Fig. 3) can insert keyhole 20a.When utilizing the key 21 of insertion keyhole 20a that cylinder 20 is rotated towards a direction, in the mode that does not make upper surface part 19 open, lock upper surface part 19, when cylinder 20 is rotated towards other direction, remove the lock-out state of upper surface part 19.When removing the lock-out state of upper surface part 19, and while opening upper surface part 19, can from card, supply with storehouse 5 and take out by card 2.That is, it is to need the card with key of key 21 to supply with storehouse that the card of present embodiment is supplied with storehouse 5, and this key 21 is for taking out the card 2 that is contained in card supply storehouse 5.
Front surface portion 17 comprises the slide member 22 that can move up at upper and lower.Slide member 22 is disposed at the lower end side of front surface portion 17.When card is supplied with storehouse 5 by when resettlement section main body 14 is pulled down, at the lower end of slide member 22 Chao Bika, supply with under the lower surface state that the position of side declines more on the lower of bottom surface sections in storehouse 5, slide member 22 is locked, thereby can not supply with towards card the front side taking-up card 2 in storehouse 5.On the other hand, when card is supplied with storehouse 5 and is installed on resettlement section main body 14, under the effect of slide opening members (not shown) of front surface portion 12 of being located at resettlement section main body 14, slide member 22 is side shifting upward.When slide member 22 is upward during side shifting, between supplying with the bottom surface sections in storehouse 5 and the lower end of slide member 22, card is formed with the gate passing towards the outside (towards front side) of blocking supply storehouse 5 for the card 2 that is contained in card and supplies with storehouse 5.Gap on the above-below direction of this gate be configured to a card 2 can through but two block 2 and cannot pass with overlapping state.
Card recoverer 6 comprises: two side surface part 23 that form the left and right side of card recoverer 6; And the front surface portion 24 that forms the front surface of card recoverer 6.As shown in Figure 2, rear surface and the lower surface opening of card recoverer 6, reclaim by two side surface part 23 and front surface portion 24 structure paired cards the receiving space that accommodate in storehouse 7.Concrete structure about this card recoverer 6 will be explained below.
Card recovery storehouse 7 forms roughly rectangular-shaped, and forms case shape, can accommodate in inside card 2.This card reclaims storehouse 7 and comprises: form the bottom surface sections 25 that card reclaims the bottom surface in storehouse 7 (with reference to Fig. 5 etc.); Form two side surface part 26 that card reclaims the left and right side in storehouse 7; Form the front surface portion 27 that card reclaims the front surface in storehouse 7; Form card and supply with the rear surface portion 28 of the rear surface in storehouse 5; And the upper surface part 29 that forms the upper surface in card supply storehouse 5.Bottom surface sections 25, side surface part 26, front surface portion 27, rear surface portion 28 and upper surface part 29 are fixed to one another together by rivet.In the present embodiment, by bottom surface sections 25, side surface part 26, front surface portion 27, rear surface portion 28 and upper surface part 29, form the framework that card reclaims storehouse 7.
Card reclaims storehouse 7 and is installed into the rear side insertion card recoverer 6 from card recoverer 6.In addition, the card that is installed on card recoverer 6 reclaims storehouse 7 and is extracted and pull down from card recoverer 6 by side towards the rear.That is, card recovery storehouse 7 can be installed and removed point-blank with respect to card recoverer 6.In the present embodiment, forward direction is that card reclaims the direction of insertion that card recoverers 6 are inserted in storehouse 7, and rear direction is that card reclaims the direction of extracting that storehouse 7 extracts from card recovery storehouse 6.
As shown in Figure 3, be formed with peristome 29a in upper surface part 29, this peristome 29a is for putting into the card of retrieving 2 inside that card reclaims storehouse 7.Peristome 29a is formed at the centre position of upper surface part 29 on fore-and-aft direction.
In addition, slide member 30 is installed in upper surface part 29, this slide member 30 can and be opened between the position (position shown in Fig. 3) of peristome 29a and slide along fore-and-aft direction in the position (position shown in Fig. 2) of the 29a of occlusion of openings portion.In the present embodiment, when slide member 30 is forward during side shifting, slide member 30 29a of occlusion of openings portion, when slide member 30 is towards the rear during side shifting, slide member 30 is opened peristome 29a.Rear end side at slide member 30 is formed with two notch part 30a.Notch part 30a forms under the state that separates predetermined distance along left and right directions.In addition, notch part 30a forms roughly rectangle from the rear end of slide member 30 towards front side.
As shown in Figure 4, the draft helical spring 31 that slide member 30 is used as force application component is towards the direction application of force of opening peristome 29a.That is, the slide member 30 volute spring 31 direction application of force towards the rear that is stretched.One end of draft helical spring 31 is installed on the lower surface of the rear end side of upper surface part 29, and the other end of draft helical spring 31 is installed on spring fixed component 32, and this spring fixed component 32 is fixed on the lower surface of the front of slide member 30.In addition, draft helical spring 31 is wound in the outer peripheral face of belt wheel 33, and this belt wheel 33 is installed on the lower surface of the rear end side of upper surface part 29 in the mode that can rotate.
Left end side at slide member 30 is provided with deflector roll 34 in revolvable mode, and this deflector roll 34 is for sliding smoothly slide member 30.Deflector roll 34 is installed on two positions of slide member 30 under the state that separates predetermined distance along fore-and-aft direction.Deflector roll 34 engages with guide part, and this guide part is formed at the side surface part 26 of left side configuration.In addition, as described later, card reclaims storehouse 7 and comprises the locking mechanism 63 (with reference to Fig. 9) that slide member 30 is locked in to the position of the 29a of occlusion of openings portion.
As shown in Figure 3, in front surface portion 27, in the mode that can rotate, cylinder 35 is installed, on this cylinder 35, is formed with keyhole 35a.The mode that cylinder 35 is disposed at the front side of front surface portion 27 with keyhole 35a is installed on front surface portion 27.That is, reclaim storehouse 7 insert under the state of card recoverer 6 at card, cylinder 35 is disposed at card recoverer 6 and at card, reclaims the inboard in the direction of insertion of inserting card recoverer 6 in storehouse 7.
In the present embodiment, under the state of slide member 30 29a of occlusion of openings portion, the key 21 that key 21 with inserting the keyhole 20a that blocks supply storehouse 5 is shared inserts keyhole 35a, when utilizing key 21 that cylinder 35 is rotated towards a direction, releasing locks the lock-out state of slide members 30 by locking mechanism 63, and utilizes the acting force of draft helical spring 31 that slide member 30 is slided towards the direction of opening peristome 29a.
In addition, in reclaiming storehouse 7, the card of present embodiment is not formed with peristome except peristome 29a.Therefore,, by utilizing key 21 to open peristome 29a, the card 2 that is contained in the card recovery storehouse 7 of pulling down from card recoverer 6 can be taken out.That is, it is to need the card with key of key 21 to reclaim storehouse that the card of present embodiment reclaims storehouse 7, and this key 21 is for taking out the card 2 that is contained in card recovery storehouse 7.The structure more specifically that reclaims storehouse 7 about this card will be explained below.
In addition, card-issuing device 1 comprises: extract and prevent member 36, this is extracted and prevents that member 36 is for preventing that the card of insertion card recoverer 6 from reclaiming storehouse 7 and extracting; And with key extract locking mechanism 37, this is extracted locking mechanism 37 and will extract and prevent member 36 lockings.Extract and prevent that member 36 is installed on two side surface part 11 in the mode that can rotate.Particularly, extract and prevent that member 36 from usining and can carry out left and right directions axially and by the rear end side by two side surface part 11 and top distolateral position as the mode of the rotation of fulcrum, to be installed on two side surface part 11 as what rotate.
Extract locking mechanism 37 and comprise the cylinder 38 that is formed with keyhole (not shown).Key 39 can insert the keyhole of cylinder 38.When utilize inserting the key 39 of the keyhole of cylinder 38 cylinder 38 is rotated towards a direction, utilize and extract locking mechanism 37 and will extract and prevent that member 36 is locked in side surface part 11, not make the card recovery storehouse 7 of inserting card recoverer 6 be pulled out.Now, the rear surface side in card recovery storehouse 7 is pulled out and prevents that member 36 from covering.
In addition, now, to insert the card of hair fastener portion 4, supply with storehouse 5 not by the mode of extracting from hair fastener portion 4, utilize and extract locking mechanism 37 locking card supply storehouses 5.For example, when cylinder 38 is rotated towards a direction, the fastened component that formation is extracted locking mechanism 37 engages with the connecting hole that is formed at card supply storehouse 5, thereby locking card is supplied with storehouse 5.In addition, when cylinder 38 is rotated towards other direction, remove to extract preventing the lock-out state of member 36 and the lock-out state that card is supplied with storehouse 5.
As mentioned above, in the present embodiment, for opening the card of upper surface part 19, supply with the key 21 in storehouse 5 and share for the key 21 that makes card that slide member 30 moves towards the position of opening peristome 29a reclaim storehouse 7.On the other hand, for locking to extract, prevent that the key of extracting locking mechanism 37 39 of member 36 is different from key 21.
(structure of card recoverer)
Fig. 5 is for the figure of the card recoverer 6 shown in key diagram 1 from the side.Fig. 6 is the figure structure of claw component 48 and periphery thereof being described for the E-E direction from Fig. 5.Fig. 7 is the figure that the action for the claw component 48 to shown in Fig. 5 describes.
Card recoverer 6 comprises ways 45 and lower ways 46, and on this, ways 45 and lower ways 46 reclaim the peristome 29a guide card 2 in storehouse 7 for the card towards inserting card recoverer 6.In addition, card recoverer 6 comprises: when bar member 47， present dynasty card recoverer 6 inserts card recovery storehouse 7, this bar member 47 will be removed by the lock-out state of aftermentioned locking mechanism 63 locking slide members 30; And claw component 48, when extracting card recovery storehouse 7 from card recoverer 6, this claw component 48 engages with slide member 30 and slide member 30 is slided towards the direction of the 29a of occlusion of openings portion.In addition, card recoverer 6 is disposed at the rear of driven roller 43 and the pad roller 44 of the card carrying mechanism that forms card reader 3 on fore-and-aft direction.In the present embodiment, the card carrying mechanism of card reader 3 reclaims storehouse 7 carrying cards 2 towards card.
Upper ways 45 is the leaf springs by the tabular component several warpages such as stainless sheet steel are formed.On this, ways 45 is towards the upper surface of peristome 29a guide card 2.The rear end side of upper ways 45 is fixed on the lower end side of the bottom surface sections 49 of hair fastener portion 4.The rear end of upper ways 45 extends near the edge of rear end side of peristome 29a.In addition, upper ways 45 tilts in the mode along with raising towards front height, near front part movement driven roller 43 along the vertical direction of upper ways 45.Rear side at driven roller 43 disposes restrict rollers 50.Restrict rollers 50 is installed on stationary shaft (not shown) in revolvable mode, and this stationary shaft is fixed on side surface part 11.This restrict rollers 50 is configured in the upside of card recoverer 6 leading sections, and it has played the above function of the upper limit position of the front part of ways 45 of restriction.Upper ways 45 is usingd the rear end side part that is fixed on bottom surface sections 49 as fulcrum towards the downside state configuration of deflection slightly, and with butt power and restrict rollers 50 butts of regulation.
Lower ways 46 forms by the sheet metals such as steel plate are flexed into regulation shape.When particularly, lower ways 46 is observed from left and right directions, be shaped as general triangular.This lower ways 46 is fixed on the rear surface of installing department 9.The upper surface of lower ways 46 tilts in the mode along with raising towards front height, and lower ways 46 is towards the lower surface of peristome 29a guide card 2.
Bar member 47 is disposed at the front of card recoverer 6 and is disposed at the lower end side of card recoverer 6.In addition, bar member 47 is outstanding towards the inside (that is, towards the rear) of card recoverer 6 from the front surface portion 24 of card recoverer 6.The upper surface of bar member 47 comprises: the first dip plane 47a, this first dip plane 47a form bar member 47 upper surface rearmost end part and along with tilting towards top direction towards front side; The first parallel surface 47b, this first parallel surface 47b is connected with the front end of the first dip plane 47a also and horizontal direction parallel; The second dip plane 47c, this second dip plane 47c is connected with the front end of the first parallel surface 47b and along with tilting towards below direction towards front side; The second parallel surface 47d, this second parallel surface 47d is connected with the front end of the second dip plane 47c also and horizontal direction parallel; And the 3rd dip plane 47e, the 3rd dip plane 47e is connected with the front end of the second parallel surface 47d and along with tilting towards top direction towards front side.In addition, in the upper end side of bar member 47, be formed with vertical guide 47f, this vertical guide 47f is connected with the front end of the 3rd dip plane 47e and is parallel with vertical.
Claw component 48 is fixed on stationary shaft 52 in the mode that can rotate, this stationary shaft 52 with left and right directions for being axially fixed at two side surface part 11.That is, claw component 48 is axially held in stationary shaft 52 in the mode that can rotate using left and right directions as what rotate.In addition, claw component 48 is disposed at the upside that card reclaims storehouse 7, and is disposed at the rear end side of card recoverer 6.This claw component 48 comprises two claw 48a, and these two claw 48a can engage respectively with the front end face that is formed at two notch part 30a of slide member 30.Two claw 48a to separate the state configuration of predetermined distance on left and right directions.Claw 48a forms hook-shaped in the mode that can engage with the front end face of notch part 30a.In addition, claw 48a is disposed at than stationary shaft 52 position of side more on the lower.The rear side of claw 48a becomes and forms the roughly curved face part 48b of convex surface shape.
Claw component 48 is used as draft helical spring 53 application of forces of the second force application component.Particularly, when extracting card recovery storehouse 7 from card recoverer 6, as shown in Fig. 7 (B), claw component 48 volute spring 53 application of forces that are stretched, so that claw 48a moves and the front surface side of claw 48a is engaged with the front end face of notch part 30a towards the inner side (that is, front side) of card recoverer 6.That is, claw component 48 be stretched volute spring 53 centered by stationary shaft 52 towards counterclockwise direction (counterclockwise) application of force of Fig. 5.In addition, one end of draft helical spring 53 is installed on stationary shaft 54, and this stationary shaft 54 is with left and right directions for being axially fixed at two side surface part 11, and the other end of draft helical spring 53 is installed on the upper end side of claw component 48.
In addition, in the present embodiment, as shown in Fig. 7 (A), form while disposing claw component 48，Yi present dynasty card recoverer 6 insertion card recovery storehouse 7, curved face part 48b contacts and makes claw component 48 rotations with upper surface part 29 and slide member 30 that card reclaims storehouse 7.Particularly, with curved face part 48b, contact with upper surface part 29 and slide member 30 and make claw 48a form and dispose claw 48 towards the mode (that is, claw component 48 rotates towards the clockwise direction (clockwise direction) of Fig. 7 (A)) of the outer side shifting of card recoverer 6.
In addition, in the present embodiment, by the card carrying mechanism of card reader 3, card recoverer 6 and card, reclaim storehouse 7 etc. and be configured for blocking the 2 card recovering mechanisms that reclaim.
(card reclaims the structure 1-card resettlement section in storehouse and the structure of associated part thereof)
Fig. 8 is the figure describing for reclaim the structure of the card resettlement section 57 of 7 inside, storehouse to being arranged at the card shown in Fig. 2.
The inside of reclaiming storehouse 7 at card is provided with card resettlement section 57, and card 2 is accommodated in this card resettlement section 57.Card resettlement section 57 forms the case shape of the roughly rectangular parallelepiped of upper surface open.Card resettlement section 57 is disposed at the centre position of card recovery storehouse 7 on fore-and-aft direction to accommodate the mode of the card 2 of putting into from peristome 29a, and is disposed at the centre position of card recovery storehouse 7 on left and right directions.In addition, card resettlement section 57 comprises: two side surface part 58 that form the left and right side of card resettlement section 57; Form the front surface portion 59 of the front surface of card resettlement section 57; Form the rear surface portion 60 of the rear surface of card resettlement section 57; And the bottom surface sections 61 that forms the bottom surface of card resettlement section 57.
As shown in Figure 5, bottom surface sections 61 tilts in the mode along with raising towards front height.In addition, as shown in Figure 8, bottom surface sections 61 tilts in the mode along with raising towards right side height.That is, the bottom surface of card resettlement section 57 tilts with respect to the mode of horizontal direction inclination to be contained in the short side direction of the card 2 of card resettlement section 57.In two side surface part 58, be formed with respectively two through hole 58a that run through side surface part 58, in two side surface part 26 in card recovery storehouse 7, be formed with respectively two through hole 26a that run through side surface part 26.Two through hole 58a are overlapping on above-below direction when fore-and-aft direction is observed, and two through hole 26a are overlapping on above-below direction when fore-and-aft direction is observed.Through hole 58a, 26a form: through the line and the horizontal direction almost parallel that are disposed at the through hole 58a ,26a center of upside, through the line and the horizontal direction almost parallel that are disposed at the through hole 58a ,26a center of downside.
On card recoverer 6, be formed with for detection of the number that is contained in the card 2 of card resettlement section 57 and approach the sensor (not shown) of 57 numbers that can accommodate in card resettlement section and the sensor (not shown) that has reached 57 numbers that can accommodate in card resettlement section for detection of the number that is contained in the card 2 of card resettlement section 57.These sensors are by light-emitting component and the optical sensor that receives the photo detector of the light of self-emission device to form, and the light-emitting component of two sensors and photo detector are configured to when fore-and-aft direction is observed overlapping on above-below direction.In addition, these sensors are configured to from optical axis L and the horizontal direction almost parallel of the light of light-emitting component directive photo detector.In addition, to be disposed at the optical axis L of the sensor of upside, through the optical axis L that is disposed at the through hole 58a ,26a center of upside and is disposed at the sensor of downside, through the mode at through hole 58a ,26a center that is disposed at downside, dispose two sensors.
(the structure 2-locking mechanism in card recovery storehouse and the structure of cancel system)
Fig. 9 is for the structure of the locking mechanism 63 of the slide member 30 shown in key diagram 2 and for the figure of the structure of cancel system 64 that the lock-out state of locking mechanism 63 is removed.Figure 10 is the figure for the part of the locking mechanism 63 shown in pie graph 9 and cancel system 64 is described.Figure 11 is the figure that the structure of the cancel system 65 for the lock-out state of the locking mechanism shown in Fig. 9 63 is removed is described.
Card reclaims storehouse 7 and comprises: locking mechanism 63, and this locking mechanism 63 is locked in slide member 30 position of the 29a of occlusion of openings portion; And release mechanism 64, this release mechanism 64 is for removing the lock-out state by locking mechanism 63 locking slide members 30.In addition, card reclaims storehouse 7 and comprises the cancel system 65 as the second cancel system, and this cancel system 65 is for removing the lock-out state by locking mechanism 63 locking slide members 30.
Locking mechanism 63 comprises: as the fastened component 66 of slide side fastened component, this fastened component 66 is fixed on slide member 30; And as the fastened component 67 of frame side fastened component, this fastened component 67 is held in the mode that can rotate the side surface part 26 that card reclaims storehouse 7, and can engage with fastened component 66.
Fastened component 66 forms by the sheet metals such as steel plate are flexed into regulation shape.In addition, fastened component 66 forms elongated shape elongated on fore-and-aft direction.This fastened component 66 is fixed on the bottom surface of the left end side of slide member 30, and is disposed at than more the keep left position of side of the side surface part 26 of left side configuration.The front of fastened component 66 projects to than the position of the more forward side of front end of slide member 30.Than the downside of the front part of the fastened component 66 of the position of the more forward side of slide member 30 front end, be formed with 66a，Gai holding section, holding section 66a and form hook-shaped projecting to.The front side of holding section 66a becomes along with towards front side and the dip plane 66b tilting towards top direction.In addition, the front end face 66c of fastened component 66 and the YZ plane almost parallel being formed by Y-direction and Z direction.
Fastened component 67 consists of main part 68 and columned engagement pin 69, and wherein, aforementioned body portion 68 forms by the sheet metals such as steel plate are flexed into regulation shape, and above-mentioned engagement pin 69 is fixed on main part 68.Main part 68 is held in stationary shaft 70 in the mode that can rotate, and this stationary shaft 70 is fixed on the side surface part 26 of left side configuration.Particularly, the approximate centre position of the main part 68 that forms elongated shape elongated on fore-and-aft direction on fore-and-aft direction is held in stationary shaft 70 in the mode that can rotate.Main part 68 is disposed at than more the keep left position of side of the side surface part 26 of left side configuration.Engagement pin 69 is fixed on the front of main part 68.Particularly, engagement pin 69 be take left and right directions as axially and be fixed on the front of main part 68 in the mode outstanding towards right side.In addition, engagement pin 69 is disposed at the position that can engage with the holding section 66a of fastened component 66.The right-hand member side of engagement pin 69 is disposed in the through hole (not shown) forming in the side surface part 26 of left side configuration, and the right-hand member of engagement pin 69 is disposed at than the side surface part 26 of left side configuration position more on the right side.
Main part 68 by torsion-coil spring 71 centered by stationary shaft 70 and the direction application of force engaging with the rear surface side of holding section 66a towards engagement pin 69.That is, main part 68 is by torsion-coil spring 71 counter clockwise direction application of force towards Fig. 9 centered by stationary shaft 70.One end of torsion-coil spring 71 engages with main part 68, and the other end of torsion-coil spring 71 engages with the stationary shaft 72 being fixed in four stationary shaft 72 of side surface part 26 of left side configuration.
When engagement pin 69 engages from the downside of fastened component 66 and the rear surface side of holding section 66a, locking mechanism 63 is locked in slide member 30 position of the 29a of occlusion of openings portion.That is,, when fastened component 66 engages with fastened component 67, locking mechanism 63 is locked in slide member 30 position of the 29a of occlusion of openings portion.In addition, when engagement pin 69 side shifting down, from the rear surface side of holding section 66a, depart from, and during the fastening state of engagement release member 66 and fastened component 67, can remove the lock-out state by locking mechanism 63 locking slide members 30.
Cancel system 64 comprises: sliding component 74, and this sliding component 74 slides along fore-and-aft direction when engaging with bar member 47; And as the releasing member 75 of the second releasing member, this releasing member 75 is held in the side surface part 26 of left side configuration in the mode that can rotate, and engage with fastened component 67 and the fastening state of engagement release member 66 and fastened component 67.In addition, cancel system 64 comprises sliding component 74 is entered to line-locked two sliding locking mechanisms 76,77.
Sliding component 74 comprises: the main part 78 consisting of metal plates such as steel plates; And the columned engagement pin 79,80,81 that is fixed on main part 78.Main part 78 forms roughly rectangle long on fore-and-aft direction.Assigned position on main part 78 is formed with take four slotted hole 78a that fore-and-aft direction is long side direction.Stationary shaft 72 is inserted elongated hole 78a.Be fixed axle 72 guiding and can be at front and back upward sliding of main part 78.
At main part 78 center, be formed with roughly rectangular through hole 78b.Front edge at through hole 78b is formed with notch part 78c and the notch part 78d extending towards forward direction.Notch part 78c, notch part 78d form successively from upside, and form to separate the state of predetermined distance on above-below direction.Between notch part 78c and notch part 78d, be formed with protuberance 78e.The lower edge of through hole 78b be formed with towards above the outstanding teat 78f of direction.Teat 78f is formed at the position in the more forward side in fore-and-aft direction Shang center than through hole 78b.The rear surface of teat 78f and YZ plane almost parallel.In the front side of teat 78f, be formed with the recess 78g caving in towards downside a little than the lower edge of through hole 78b.At the back edge of through hole 78b, be formed with the notch part 78h of the roughly T shape of extending along the vertical direction after direction extension towards the rear.
Engagement pin 79 be take left and right directions as axially, so that outstanding mode is fixed on main part 78 towards left side from main part 78.In addition, engagement pin 79 is fixed on the upper end side of main part 78 on above-below direction, and on fore-and-aft direction, is fixed on the position in the more forward side in fore-and-aft direction Shang center than main part 78.Engagement pin 80 be take left and right directions as axially, so that outstanding mode is fixed on main part 78 towards left side from main part 78.In addition, engagement pin 80 is fixed on the approximate centre of main part 78 on above-below direction, and on fore-and-aft direction, is fixed on the front side of through hole 78b.Engagement pin 81 be take left and right directions as axially, so that outstanding mode is fixed on main part 78 towards right side from main part 78.The right-hand member side of engagement pin 81 is disposed in the through hole (not shown) forming in the side surface part 26 of left side configuration, and the right-hand member of engagement pin 81 is disposed at than the side surface part 26 of left side configuration position more on the right side.In addition, engagement pin 81 is fixed on the approximate centre of main part 78 on above-below direction, is fixed on the front of main part 78 on fore-and-aft direction, and is disposed at than the position of engagement pin 80 more forward sides.
Sliding component 74 is stretched volute spring 82 towards the forward direction application of force.One end of draft helical spring 82 is installed on fixed pin 83, and this fixed pin 83 is fixed on the side surface part 26 of left side configuration, and the other end of draft helical spring 82 is installed on fixed pin 84, and this fixed pin 84 is fixed on main part 78.
Removing member 75 forms by the sheet metals such as steel plate are flexed into regulation shape.In addition, remove member 75 and form elongated shape elongated on fore-and-aft direction.This releasing member 75 is disposed at than more the keep left position of side of fastened component 67.The rear end side of removing member 75 is held in stationary shaft 70 in the mode that can rotate.In the front of removing member 75, be formed with slotted hole 75a, engagement pin 79 is inserted elongated hole 75a.That is, removing member 75 engages with sliding component 74.
In the front of removing the upper end of member 75, be formed with the upper surface butt of front of the main part 68 of holding section 75b，Gai holding section 75b and fastened component 67.In the present embodiment, when sliding component 74 direction slip towards the rear, under the effect of the engagement pin 79 engaging with slotted hole 75a, remove member 75 clockwise direction towards Fig. 9 centered by stationary shaft 70 and rotate, thereby holding section 75b is engaged with the front of main part 68.Under this state, when releasing member 75 further rotates towards the clockwise direction of Fig. 9 centered by stationary shaft 70, fastened component 67 rotates towards the clockwise direction of Fig. 9, in the situation that fastened component 66 engages with fastened component 67, and the fastening state of engagement release member 66 and fastened component 67.
In addition, when making sliding component 74 slide towards forward direction from this state, under the effect of the engagement pin 79 engaging with slotted hole 75a, remove member 75 counter clockwise direction towards Fig. 9 centered by stationary shaft 70 and rotate, and utilize the acting force of torsion-coil spring 71 that fastened component 67 counter clockwise direction towards Fig. 9 centered by stationary shaft 70 is rotated.When fastened component 67 rotates towards the counter clockwise direction of Fig. 9, fastened component 66 and the state of fastened component 67 in engaging.
Like this, when being accompanied by the sliding action of sliding component 74 and making to remove member 75 and rotate, fastened component 67 can and the clamped position of fastened component 66 engagings with by the non-clamped position of the fastening state releasing of itself and fastened component 66 between move.
Sliding locking mechanism 76 comprises: the main part 87 consisting of metal plates such as steel plates; And the engagement pin 88,89 that is fixed on main part 87.Main part 87 forms roughly L shaped shape.The rear end side of main part 87 is held in stationary shaft 90 in the mode that can rotate, and this stationary shaft 90 is fixed on the side surface part 26 of left side configuration.Main part 68 is disposed between the side surface part 26 and the main part 78 of sliding component 74 of left side configuration on left and right directions.
Engagement pin 88 is fixed on the front of main part 87.Engagement pin 89 is than engagement pin 88 side and be more fixed on main part 87 by the position of rear side more on the lower.Engagement pin 88,89 be take left and right directions as axially and be fixed on main part 87 in the mode outstanding towards left side.In addition, engagement pin 89 be disposed at can with the position of the recess 78g butt of main part 78, engagement pin 88 be disposed at when engagement pin 89 during with recess 78g butt, with the position of the rear end butt of protuberance 78e.
Main part 87 by torsion-coil spring 91 centered by stationary shaft 90 and towards engagement pin 88 the direction application of force with recess 78g butt.That is, main part 87 is by torsion-coil spring 91 clockwise direction application of force towards Fig. 9 centered by stationary shaft 90.One end of torsion-coil spring 91 engages with the fixed pin 92 that is fixed on main part 87, and the other end of torsion-coil spring 91 engages with the stationary shaft 93 that is fixed on the side surface part 26 of left side configuration.
In the present embodiment, when utilizing the acting force of torsion-coil spring 91 to carry out the application of force to main part 87 towards the clockwise direction of Fig. 9, engagement pin 89 and recess 78g butt, and the rear end butt of engagement pin 88 and protuberance 78e.Therefore, stoped sliding component 74 sliding action of side towards the rear.On the other hand, the acting force that overcomes torsion-coil spring 91 when main part 87 rotates towards the counter clockwise direction of Fig. 9, until the height of the height of engagement pin 88 and notch part 78c is consistent and the height of engagement pin 89 and the height of notch part 78d when consistent, can carry out sliding component 74 sliding action of side towards the rear.
Sliding locking mechanism 77 comprises: the main part 94 consisting of metal plates such as steel plates; And the engagement pin 95,96 that is fixed on main part 94.Main part 94 forms roughly L shaped shape.The approximate centre position of main part 94 on fore-and-aft direction is held in stationary shaft 97 in the mode that can rotate, and this stationary shaft 97 is fixed on the side surface part 26 of left side configuration.Main part 94 is disposed between the side surface part 26 and the main part 78 of sliding component 74 of left side configuration on left and right directions.Stationary shaft 97 is disposed at than stationary shaft 90 and more leans on the position of rear side.
Engagement pin 95 is fixed on the front of main part 94.Engagement pin 96 is fixed on the rear end side of main part 87. Engagement pin 95,96 be take left and right directions as axially and be fixed on main part 94 in the mode outstanding towards left side.In addition, engagement pin 95 be disposed at the through hole 78b of main part 78 than teat 78f more by the position of the lower edge butt of rear side, engagement pin 96 be disposed at when engagement pin 95 and through hole 78b than teat 78f during more by the lower edge butt of rear side, with the position of the upper end butt of notch part 78h.
Main part 94 by torsion-coil spring 98 centered by stationary shaft 97 and towards engagement pin 95 and through hole 78b than teat 78f more by the direction application of force of the lower edge butt of rear side.That is, main part 94 is by torsion-coil spring 98 clockwise direction application of force towards Fig. 9 centered by stationary shaft 97.One end of torsion-coil spring 98 engages with the fixed pin 99 that is fixed on main part 94, and the other end of torsion-coil spring 98 engages with stationary shaft 93.
In the present embodiment, when utilizing the acting force of torsion-coil spring 98 to carry out the application of force to main part 94 towards the clockwise direction of Fig. 9, engagement pin 95 more leans on the lower edge butt of rear side with through hole 78b's than teat 78f, and the upper end butt of engagement pin 96 and notch part 78h.Therefore, stoped sliding component 74 sliding action of side towards the rear.On the other hand, the acting force that overcomes torsion-coil spring 98 when main part 94 rotates towards the counter clockwise direction of Fig. 9, until the height of engagement pin 95 becomes, the height of the height of teat 78f and the height of engagement pin 96 and the part parallel with fore-and-aft direction of notch part 78h can be crossed when consistent, sliding component 74 sliding action of side towards the rear can be carried out.
In addition, the left side of locking mechanism 63 and cancel system 64 is covered by not shown lid member, and locking mechanism 63 and cancel system 64 do not expose to outside.This lid member utilizes rivet etc. to be fixed on the side surface part 26 of left side configuration.
Cancel system 65 comprises: cylinder fixed component 105, and this cylinder fixed component 105 is fixed on cylinder 35; And remove member 106, this is removed member 106 and with engagement pin 69 butts of fastened component 67, fastened component 66 and the fastening state of fastened component 67 is removed.In addition, cancel system 65 comprises the draft helical spring 107 as the 3rd force application component, and 107 pairs of this draft helical springs are removed member 106 towards carrying out the application of force with the direction of engagement pin 69 butts.Cylinder fixed component 105 consists of metal plates such as steel plates, and forms roughly rectangle.This cylinder fixed component 105 is fixed on the rear end side of cylinder 35, and is disposed at than front surface portion 27 more by the position of rear side.That is, cylinder fixed component 105 is disposed at the inside that card reclaims storehouse 7.
Removing member 106 forms by the sheet metals such as steel plate are flexed into regulation shape.The right-hand member side of removing member 106 is held in stationary shaft 108 in the mode that can rotate, and this stationary shaft 108 is configured to take fore-and-aft direction as axial.Stationary shaft 108 is fixed on supporting member 109, and this supporting member 109 is fixed on the side surface part 26 of right side configuration.That is, remove member 106 and in revolvable mode, be held in the side surface part 26 of right side configuration by stationary shaft 108 and supporting member 109.Releasing member 105 is disposed at than front surface portion 27 and more leans on the position of rear side, and is disposed at the inside that card reclaims storehouse 7.In addition, remove member 106 be disposed at its lower surface can with the position of cylinder fixed component 105 butts, and the lower surface of removing the left end side of member 106 be disposed at can with the position of the upper end butt of engagement pin 69.
One end of draft helical spring 107 is installed on supporting member 109, and the other end of draft helical spring 107 is installed on the left end side of removing member 106.Remove member 106 because of the acting force of draft helical spring 107 centered by stationary shaft 108 by the counter clockwise direction application of force towards Figure 11.
In cancel system 65, when utilizing the key 21 of insertion keyhole 35a that cylinder 35 is rotated towards the counter clockwise direction of Figure 11, as shown in Figure 11 (A), cylinder fixed component 105 makes to remove member 106 and rotates towards the direction away from engagement pin 69 with removing the lower surface butt of member 106.In addition, when the key 21 by this state utilization insertion keyhole 35a makes cylinder 35 rotate towards the clockwise direction of Figure 11, as shown in Figure 11 (B), cylinder fixed component 105 is away from the lower surface of removing member 106.When cylinder fixed component 105 is when removing the lower surface of member 106, utilize the acting force of draft helical spring 107 to make to remove the lower surface of member 106 and the upper end butt of engagement pin 69, to press down engagement pin 69.When engagement pin 69 is pressed down, in the situation that fastened component 66 engages with fastened component 67, the fastening state of engagement release member 66 and fastened component 67.
Like this, in cancel system 65, when cylinder 35 is rotated, cylinder fixed component 105 moves between butt position and non-butt position, wherein, in above-mentioned butt position, cylinder fixed component 105 makes to remove member 106 and moves towards the direction away from fastened component 67 with removing member 106 butts, in above-mentioned non-butt position, cylinder fixed component 105 is away from removing member 106 and utilizing the acting force of draft helical spring 107 to make to remove member 106 and fastened component 67 butts.
(card reclaims structure 3-second locking mechanism in storehouse and the structure of associated part thereof)
Figure 12 is for illustrating the figure of the structure of the second locking mechanism 115 of 67 lockings of the frame side fastened component shown in Fig. 9 and associated part thereof.Figure 13 is for the figure of the part that forms the part of the second locking mechanism 115 shown in Figure 12 and be associated with the second locking mechanism 115 is described.Figure 14 is the figure from the upper end side of the F-F direction indication latch-release member 118 of Figure 13 (D).
Card reclaims storehouse 7 and comprises the second locking mechanism 115, and this second locking mechanism 115 engages with the engagement pin 69 that is positioned at the clamped position (position shown in Fig. 9) that can make fastened component 66 engage with fastened component 67, so that fastened component 67 is locked.In addition, card reclaims storehouse 7 and comprises latch-release member 116,117,118, and this latch-release member 116,117,118 is removed by the be locked and fastened lock-out state of member 67 of the second locking mechanism 115.
The second locking mechanism 115 comprises locking component 119, and this locking component 119 engages and the member 67 that is locked and fastened with engagement pin 69.Locking component 119 forms by the sheet metals such as steel plate are flexed into regulation shape.In addition, locking component 119 is disposed at than the side surface part 26 of left side configuration position more on the right side.This locking component 119 is held in stationary shaft 120 in the mode that can rotate, and this stationary shaft 120 be take left and right directions as axially and in outstanding towards right side mode being fixed on the side surface part 26 of left side configuration.
On locking component 119, be formed with holding section 119a, this holding section 119a is downside and engagement pin 69 butts that are positioned at clamped position in the past, with stop engagement pin 69 towards the movement of below direction (that is, stop fastened component 67 centered by stationary shaft 70 towards the clockwise rotation in Fig. 9).In addition, on locking component 119, be formed with connecting portion 119b and connecting portion 119c, wherein, above-mentioned connecting portion 119b is connected with latch-release member 116 in mode in relative rotation, and above-mentioned connecting portion 119c is connected with latch-release member 117 in mode in relative rotation.
The supporting part from stationary shaft 120 that is formed at locking component 119 under the state that holding section 119a engages with engagement pin 69 at locking component 119 is side-prominent part upward.The supporting part from stationary shaft 120 that is formed at locking component 119 under the state that connecting portion 119b engages with engagement pin 69 at locking component 119 is side-prominent part down.The supporting part from stationary shaft 120 that is formed at locking component 119 under the state that connecting portion 119c engages with engagement pin 69 at locking component 119 is side-prominent part forward.
Locking component 119 is because of the acting force direction application of force that quilt engages with holding section 119a towards the engagement pin 69 that is positioned at clamped position centered by stationary shaft 120 of draft helical spring 121.That is, locking component 119 is because the acting force of draft helical spring 121 is by the counter clockwise direction application of force towards Figure 12.One end of draft helical spring 121 is installed on locking component 119, and the other end of draft helical spring 121 is installed on fixed pin 122, and this fixed pin 122 is fixed on the side surface part 26 of left side configuration.
In the present embodiment, when utilizing the acting force of draft helical spring 121 that holding section 119a is engaged with engagement pin 69, stop fastened component 67 towards the clockwise rotation of Fig. 9.Under the state engaging with fastened component 67 at fastened component 66, when holding section 119a engages with engagement pin 69, prevent that engagement pin 69 from departing from from the holding section 66a of fastened component 66.On the other hand, when the acting force that overcomes draft helical spring 121 when locking component 119 rotates towards the clockwise direction of Figure 12, engagement pin 69 departs from holding section 119a, and fastened component 67 can rotate towards the clockwise direction of Fig. 9, thereby engagement pin 69 can be departed from from holding section 66a.
Latch-release member 116 is formed by metal plates such as steel plates.In addition, latch-release member 116 is disposed at than the side surface part 26 of left side configuration position more on the right side.The rear end side of latch-release member 116 is connected with the connecting portion 119b of locking component 119 in mode in relative rotation.Front at latch-release member 116 is formed with slotted hole 116a.Engagement pin 81 is inserted elongated hole 116a.That is, latch-release member 116 engages with sliding component 74.
In the present embodiment, when sliding component 74 is towards the rear during side shifting, remove member 116 also side shifting towards the rear under the effect of engagement pin 81.When latch-release member 116 is towards the rear during side shifting, the locking component 119 that is connected with connecting portion 119b in the rear end side of latch-release member 116 overcomes acting force clockwise direction towards Figure 12 centered by stationary shaft 120 of draft helical spring 121 and rotates.
Latch-release member 117 is formed by the first member 123 and second component 124, and wherein, above-mentioned the first member 123 forms by the sheet metals such as steel plate are flexed into regulation shape, and above-mentioned second component 124 is formed by metal plates such as steel plates.In addition, latch-release member 117 is disposed at than the side surface part 26 of left side configuration position more on the right side.The first member 123 is held in stationary shaft 125 in the mode that can rotate, and this stationary shaft 120 be take left and right directions as axially and in outstanding towards right side mode being fixed on the side surface part 26 of left side configuration.Stationary shaft 125 is disposed at than the position of stationary shaft 120 more forward sides.On the first member 123, be formed with connecting portion 123a, this connecting portion 123a is connected with second component 124 in mode in relative rotation.The supporting part from stationary shaft 125 that connecting portion 123a is formed at the first member 123 is the outstanding part of upper side backwards.The upper end side of second component 124 is installed on the connecting portion 123a of the first member 123 in mode in relative rotation.The lower end side of second component 124 is installed on the connecting portion 119c of locking component 119 in mode in relative rotation.
As shown in figure 11, the first member 123 and second component 124 are disposed at the downside of removing member 106.When utilizing the key 21 of insertion keyhole 35a that cylinder 35 is rotated towards the clockwise direction of Figure 11, remove the lower surface of member 106 and the upper end butt of the first member 123 and second component 124, to press down the first member 123 and second component 124.When second component 124 is pressed down, the locking component 119 that is connected with connecting portion 119c in the lower end side of second component 124 overcomes acting force clockwise direction towards Figure 12 centered by stationary shaft 120 of draft helical spring 121 and rotates.
Latch-release member 118 forms by the sheet metals such as steel plate are flexed into regulation shape.In addition, latch-release member 118 is disposed at than the side surface part 26 of left side configuration position more on the right side.The lower end side of latch-release member 118 is held in stationary shaft 125 in the mode that can rotate.Upper end side at latch-release member 118 is formed with contact site 118a, and the upper end side of the locking component 119 under the state that this contact site 118a can engage with locking component 119 and engagement pin 69 contacts.(with reference to Figure 14).Contact site 118a is outstanding towards left direction from the main body of latch-release member 118.In the left side of contact site 118a, be formed with towards the teat 118b more outstanding than contact site 118a position more on the lower.Teat 118b be disposed at can with the position of the front end face 66c butt of the fastened component 66 sliding towards forward direction together with slide member 30.
Latch-release member 118 is because the acting force of draft helical spring 126 is by the direction application of force contacting with the upper end side of locking component 119 towards contact site 118a.That is, latch-release member 118 is because the acting force of draft helical spring 126 is by the counter clockwise direction application of force towards Figure 12.One end of draft helical spring 126 is installed on latch-release member 118, and the other end of draft helical spring 126 is installed on stationary shaft 120.Effect about latch-release member 118 will be explained below.
(card when card reclaims the insertion of Ku Chaoka recoverer reclaims the action in storehouse)
Figure 15～Figure 17 is for the figure of the action of locking mechanism 63 when card is reclaimed to the card recoverer 6 inserting shown in Fig. 2 in storehouse 7 and cancel system 64 is described.Figure 18 is for the figure of the action of the second locking mechanism 115Ji latch-release mechanism 116 when card is reclaimed to the card recoverer 6 inserting shown in Fig. 2 in storehouse 7 is described.Figure 19 reclaims for instruction card the figure that the card of storehouse 7 while finishing towards the insertion of the card recoverer 6 shown in Fig. 2 reclaims the state in storehouse 7.
Card reclaims storehouse 7 and is installed into the rear side insertion card recoverer 6 from card recoverer 6.Card before inserting card recoverer 6 reclaims in storehouse 7, as shown in Figure 9, utilizes the acting force of draft helical spring 82 that sliding component 74 is disposed to front side.Now, utilize the acting force of torsion-coil spring 91 to make the engagement pin 89 and recess 78g butt of sliding locking mechanism 76, and make the rear end butt of engagement pin 88 and protuberance 78e.In addition, utilize engagement pin 95 that the acting force of torsion-coil spring 98 makes sliding locking mechanism 77 and through hole 78b than teat 78f more by the lower edge butt of rear side, and make the upper end butt of engagement pin 96 and notch part 78h.That is, utilize sliding locking mechanism 76,77 to stop sliding component 74 direction slip towards the rear.
In addition, now, utilize the acting force of torsion-coil spring 71 to make fastened component 67 be positioned at the clamped position that can engage with fastened component 66.In addition, now, slide member 30 is locked in the position of the 29a of occlusion of openings portion by locking mechanism 63, and fastened component 66 engages with fastened component 67.In addition, now, cylinder 35 rotates towards the counter clockwise direction of Figure 11, and key 21 is extracted from keyhole 35a.In addition, now, as shown in figure 12, locking component 119 engages with engagement pin 69, has locked fastened component 67.
When starting card to reclaim storehouse 7 insertion card recoverer 6, first, as shown in figure 15, the first dip plane 47a butt of engagement pin 89 and bar member 47, so that main part 87 rotates towards the counter clockwise direction of Figure 15.When card reclaims storehouse 7 while further inserting, as shown in figure 16, engagement pin 89 moves along the first dip plane 47a, the first parallel surface 47b and the second dip plane 47c, and with the second parallel surface 47d butt.Now, main part 87 rotates according to the shape of the upper surface of bar member 47.When engagement pin 89 and the second parallel surface 47d butt, the height of engagement pin 88 is consistent with the height of notch part 78c, and in addition, the height of engagement pin 89 is consistent with the height of notch part 78d.
In addition, as shown in figure 16, after engagement pin 95 and the first dip plane 47a butt, engagement pin 95 along the first dip plane 47a move and with the first parallel surface 47b butt.Now, main part 94 rotates towards the counter clockwise direction of Figure 16.When engagement pin 95 and the first parallel surface 47b butt, the height of engagement pin 95 becomes the height that can cross teat 78f, and in addition, the height of engagement pin 96 is consistent with the height of the part parallel with fore-and-aft direction of notch part 78h.In addition, now, the engagement pin 80 of sliding component 74 and the vertical guide 47f butt of bar member 47.Therefore,, when card reclaims storehouse 7 while being further inserted into, the framework that sliding component 74 reclaims storehouse 7 with respect to the card consisting of side surface part 26 grades towards the rear side relatively moves.
Like this, the engagement pin 89 of sliding locking mechanism 76 and the engagement pin 95 of sliding locking mechanism 77 are disposed at the position that can engage with bar member 47, when engagement pin 89,95 engages with bar member 47, remove the lock-out state by sliding locking mechanism 76,77 locking sliding components 74.
When sliding component 74 is towards the rear during Slideslip, as shown in figure 18, latch-release member 116 also side shifting towards the rear under the effect of engagement pin 81, when latch-release member 116 is towards the rear during side shifting, locking component 119 rotates towards the clockwise direction of Figure 18, to remove by the be locked and fastened lock-out state of member 67 of locking component 119.Like this, latch-release member 116 is accompanied by the sliding action of sliding component 74 when inserting card towards card recoverer 6 and reclaim storehouse 7 and removes by the be locked and fastened lock-out state of member 67 of the second locking mechanism 115.The latch-release member 116 of present embodiment is engage with sliding component 74 and remove by the be locked and fastened latch-release member of lock-out state of member 67 of the second locking mechanism 115.
In addition, then, when card reclaims storehouse 7, be further inserted into and make sliding component 74 towards the rear during Slideslip, as shown in figure 17, under the effect of engagement pin 79, remove member 75 and rotate towards the clockwise direction of Figure 17, the non-clamped position that fastened component 67 is disengaged towards the fastening state of fastened component 66 and fastened component 67 rotates.When fastened component 67 rotates towards non-clamped position, the fastening state of engagement release member 66 and fastened component 67 (that is, removing the lock-out state by locking mechanism 63 locking slide members 30).When the fastening state of fastened component 66 and fastened component 67 is disengaged, because the acting force of draft helical spring 31 makes slide member 30 Slideslip towards the rear, to open peristome 29a.When the insertion in card recovery storehouse 7 finishes, the card 2 that is recovered to card recoverer 6 can be contained in to card and reclaim storehouse 7.
Under the state finishing in the insertion that blocks recovery storehouse 7, as shown in figure 19, sliding component 74 is side shifting towards the rear, and fastened component 67 is positioned at non-clamped position.In addition, locking component 119 rotates towards the clockwise direction of Figure 18, and the lock-out state of fastened component 67 is disengaged.In addition, when inserting card recovery storehouse 7, as shown in Fig. 7 (A), the curved face part 48b of claw component 48 contacts with upper surface part 29 and slide member 30 that card reclaims storehouse 7, so that claw component 48 rotates towards the clockwise direction of Fig. 7.Therefore, claw component 48 can not become the obstacle that inserts card recovery storehouse 7.
(card when card recovery storehouse is extracted from card recoverer reclaims the action in storehouse)
Figure 20 is the figure that card is reclaimed to the action of the second locking mechanism 115Ji latch-release mechanism 118 of storehouse 7 while extracting from the card recoverer 6 shown in Fig. 2 for illustrating.Figure 21 is the enlarged drawing of the G portion of Figure 20 (A).Figure 22 is the enlarged drawing of the H portion of Figure 20 (B).Figure 23 is the enlarged drawing of the J portion of Figure 20 (C).
When starting to extract the card that is installed on card recoverer 6 and reclaim storehouse, the framework that makes sliding component 74 and reclaim storehouse 7 with respect to the card consisting of side surface part 26 grades because of the acting force of draft helical spring 82 relatively moves towards forward direction.When sliding component 74 is forward during Slideslip, remove member 75 and rotate towards the counter clockwise direction of Figure 17, and utilize the acting force of torsion-coil spring 71 to make fastened component 67 rotate and move to the clamped position that can engage with fastened component 66 towards the counter clockwise direction of Figure 17.
In addition, the main part 87 of sliding locking mechanism 76 rotates according to the upper surface shape of bar member 47, and finally turns to the position of the rear end butt of engagement pin 89 and recess 78g butt and engagement pin 88 and protuberance 78e.In addition, the main part 94 of sliding locking mechanism 77 rotates according to the upper surface shape of bar member 47, and finally turn to engagement pin 95 and through hole 78b than the teat 78f position with the upper end butt of notch part 78h by the lower edge butt of rear side and engagement pin 96 more.
When sliding component 74 is forward during Slideslip, latch-release member 116 also side shifting forward under the effect of engagement pin 81, when latch-release member 116 is forward during side shifting, locking component 119 rotates towards the counter clockwise direction of Figure 18, so that holding section 119a engages with engagement pin 69.That is, utilize locking component 119 member 67 that is locked and fastened.In addition, when locking component 119 rotates towards the counter clockwise direction of Figure 18, the front surface butt of the contact site 118a of the upper end side of locking component 119 and latch-release member 118.
In addition, when starting to extract the card recovery storehouse 7 that is installed on card recoverer 6, the claw 48a of claw component 48 engages with the notch part 30a of slide member 30, so that the framework that slide member 30 reclaims storehouse 7 with respect to the card consisting of side surface part 26 grades relatively moves towards front side.That is, slide member 30 moves towards the direction of the 29a of occlusion of openings portion.When slide member 30 is forward during Slideslip, as shown in Figure 20 (A) and Figure 21, the teat 118b butt of the front end face 66c of mobile fastened component 66 and latch-release member 118 together with slide member 30.
Under this state, when slide member 30 is further forward during Slideslip, the engaged member 66 of latch-release member 118 is pressed and is rotated towards the clockwise direction of Figure 20.When latch-release member 118 rotates towards the clockwise direction of Figure 20, the locking component 119 of the front surface butt of the contact site 118a of upper end side and latch-release member 118 also rotates towards the clockwise direction of Figure 20, to remove by the be locked and fastened lock-out state of member 67 of locking component 119.In addition, when slide member 30 is further forward during Slideslip, as shown in Figure 20 (B), Figure 20 (C), Figure 22 and Figure 23, the upper end side of locking component 119 and contact site 118a depart from, locking component 119 rotates towards the counter clockwise direction of Figure 20, again utilizes locking component 119 member 67 that is locked and fastened.In addition, the front end face 66c of fastened component 66 also departs from teat 118b, and latch-release member 118 rotates towards the counter clockwise direction of Figure 20.
In the present embodiment, when the locking component 119 of the front surface butt with contact site 118a rotates and removes while being locked and fastened the lock-out state of member 67 by locking component 119 towards the clockwise direction of Figure 20, the dip plane 66b of fastened component 66 and engagement pin 69 butts, to press down engagement pin 69.Therefore,, when slide member 30 is further forward during Slideslip, engagement pin 69 engages with the rear surface side of holding section 66a.That is, fastened component 66 engages with fastened component 67, to lock slide member 30.In addition, in the present embodiment, after fastened component 66 engages with fastened component 67, utilize locking component 119 member 67 that is again locked and fastened.
Like this, in the present embodiment, when the fastened component 66 that is fixed on the slide member 30 sliding towards the direction of the 29a of occlusion of openings portion is during with latch-release member 118 butt, by the be locked and fastened lock-out state of member 67 of locking component 119, temporarily removed.The latch-release member 118 of present embodiment be disposed at can with the position of fastened component 66 butts, and temporary transient releasing by the be locked and fastened second latch-release member of lock-out state of member 67 of the second locking mechanism 115.In addition, in the present embodiment, when utilizing claw component 48 that slide member 30 is slided towards the direction of the 29a of occlusion of openings portion, utilize locking mechanism 63 locking slide members 30.
In addition, in the present embodiment, with when extracting card from card recoverer 6 and reclaim storehouse 7, make to be exposed to the outside mode of blocking recoverer 6 and dispose claw component 48 by the slide member 30 locking mechanism 63 lockings.That is, with when extracting card from card recoverer 6 and reclaim storehouse 7, do not make the slide member 30 that do not locked by locking mechanism 63 part or all expose to the outside mode of blocking recoverer 6 and dispose claw component 48.
(card while using key reclaims the action in storehouse)
Figure 24 is the figure of the state while observing from the side the structure shown in Figure 11 (A) a part of for explanation.Figure 25 is the figure of the state while observing from the side the structure shown in Figure 11 (B) a part of for explanation.
Just by the card after card recoverer 6 is extracted, reclaimed storehouse 7, cylinder 35 rotates towards the counter clockwise direction of Figure 11, and key 21 is extracted from keyhole 35a.Now, remove the lower surface of member 106 away from engagement pin 69, utilize the acting force of torsion-coil spring 71 to make fastened component 67 be positioned at as shown in figure 24 the clamped position that can engage with fastened component 66.In addition, now, slide member 30 is locked in the position of the 29a of occlusion of openings portion by locking mechanism 63, and fastened component 66 engages with fastened component 67.In addition, now, locking component 119 engages with engagement pin 69, has locked fastened component 67.
While cylinder 35 being rotated when key 21 being inserted to keyhole 35a under this state towards the clockwise direction of Figure 11, as shown in Figure 11 (B), cylinder fixed component 105 is away from the lower surface of removing member 106.When cylinder fixed component 105 is when removing the lower surface of member 106, as shown in Figure 11 (B) and Figure 25, utilize the acting force of draft helical spring 107 to make to remove the lower surface of member 106 and the upper end butt of the first member 123 and second component 124 the upper end butt of the coupling part of the first member 123 and second component 124 (particularly with), to press down the first member 123 and second component 124.When second component 124 is pressed down, locking component 119 rotates towards the clockwise direction of Figure 25, to remove by the be locked and fastened lock-out state of member 67 of locking component 119.
In addition, when cylinder fixed component 105 is when removing the lower surface of member 106, utilize the acting force of draft helical spring 107 to make to remove the lower surface of member 106 and the upper end butt of engagement pin 69, to press down engagement pin 69.When engagement pin 69 is pressed down, the non-clamped position that fastened component 67 is disengaged towards the fastening state of fastened component 66 and fastened component 67 moves, the fastening state with engagement release member 66 with fastened component 67.When the fastening state of fastened component 66 and fastened component 67 is disengaged, because the acting force of draft helical spring 31 makes slide member 30 Slideslip towards the rear, to open peristome 29a, and then can be contained in card 2 taking-ups that card reclaims storehouse 7.
(the main effect of present embodiment)
As mentioned above, in the present embodiment, card reclaims storehouse 7 and can install and remove with respect to card recoverer 6.Therefore, in the present embodiment, when the card of retrieving 2 is taken out from card recoverer 6, can reclaim storehouse 7 by each card and be taken out from card recoverer 6.In addition, in the present embodiment, block and reclaim storehouse 7 for the card with key reclaims storehouse, for the card 2 that is contained in the card recovery storehouse 7 of pulling down on card recoverer 6 is reclaimed storehouse 7 and taken out from card, need key 21.Therefore, in the present embodiment, the people who only holds key 21 can take out and be contained in the card 2 that card reclaims storehouse 7, thereby can prevent that card is reclaimed to the operator that pulls down from card recoverer 6 in storehouse 7 etc. illegally steals the card 2 of retrieving.Consequently, in the present embodiment, can improve the security of card-issuing device 1.
In the present embodiment, when card recovery storehouse 7 is extracted from card recoverer 6, utilize claw component 48 that slide member 30 is slided towards the direction of the 29a of occlusion of openings portion, to utilize locking mechanism 63 locking slide members 30.; in the present embodiment; when extracting card recovery storehouse 7 from card recoverer 6, the slide member 30 that is positioned at the position of opening peristome 29a automatically slides towards the direction of the 29a of occlusion of openings portion, and the slide member 30 sliding towards the direction of the 29a of occlusion of openings portion is automatically locked by locking mechanism 63.Therefore, in the present embodiment, can stop up reliably the card of pulling down from card recoverer 6 with slide member 30 and reclaim the peristome 29a in storehouse 7, and can lock reliably the slide member 30 of clogging peristome 29a.Consequently, in the present embodiment, can further improve the security of card-issuing device 1.
In the present embodiment, with when extracting card from card recoverer 6 and reclaim storehouse 7, do not make the slide member 30 that do not locked by locking mechanism 63 part or all expose to the outside mode of blocking recoverer 6 and dispose claw component 48.Therefore, in the present embodiment, can prevent some illegal operation that can carry out from the outside in card recovery storehouse 7 because the slide member 30 in the card recovery storehouse 7 of pulling down from card recoverer 6 is not locked by locking mechanism 63.Therefore, in the present embodiment, can further improve the security of card-issuing device 1.
In the present embodiment, cancel system 64 comprises sliding component 74 is entered to line-locked sliding locking mechanism 76,77.Therefore, in the present embodiment, if do not remove the lock-out state by sliding locking mechanism 76,77 locking sliding components 74, can not make sliding component 74 slide the fastening state of engagement release member 66 and fastened component 67.That is, in the present embodiment, if do not remove the lock-out state by sliding locking mechanism 76,77 locking sliding components 74, can not remove the lock-out state by locking mechanism 63 locking slide members 30.Therefore, in the present embodiment, can prevent from removing the lock-out state by locking mechanism 63 locking slide members 30 by illegal operation.Especially in the present embodiment, cancel system 64 comprises two sliding locking mechanisms 76,77, therefore,, if do not remove the lock-out state by two sliding locking mechanisms, 76,77 locking sliding components 74, can not remove the lock-out state by locking mechanism 63 locking slide members 30.Therefore, in the present embodiment, can effectively prevent from removing the lock-out state by locking mechanism 63 locking slide members 30 by illegal operation.
In addition, in the present embodiment, when the engagement pin 89 of sliding locking mechanism 76 and the engagement pin 95 of sliding locking mechanism 77 engage with bar member 47, releasing is by the lock-out state of sliding locking mechanism 76,77 locking sliding components 74, therefore, in the time blocking recovery storehouse 7 insertion card recoverer 6, can easily remove the lock-out state by sliding locking mechanism 76,77 locking sliding components 74.
In the present embodiment, card recoverer 6 comprises ways 45 and lower ways 46, and on this, ways 45 and lower ways 46 reclaim the peristome 29a guide card 2 in storehouse 7 for the card towards inserting card recoverer 6.Therefore, in the present embodiment, even if reduce to be formed at the aperture area that card reclaims the peristome 29a in storehouse 7, also can utilize ways 45 and lower ways 46 towards peristome 29a guide card 2 rightly.That is, in the present embodiment, can reduce the aperture area of peristome 29a.Therefore, in the present embodiment, can effectively prevent that the card 2 that is contained in card recovery storehouse 7 from illegally being taken out.
In the present embodiment, when card reclaims storehouse 7 insertion card recoverer 6, cylinder 35 is disposed at card recoverer 6 and reclaims at card the inboard that insert in the direction of insertion of blocking recoverer 6 in storehouse 7.Therefore, in the present embodiment, at card, reclaim storehouse 7 and insert under the state of card recoverer 6, be difficult for utilizing key 21 to open card and reclaim storehouse 7.Therefore, in the present embodiment, for example, even if criminal illegally obtains key 21, be also difficult for obtaining the card 2 that is contained in card recovery storehouse 7, consequently, can further improve the security of card-issuing device 1.
In the present embodiment, the key 21 in card supply storehouse 5 and card recovery storehouse 7 is different from the key 39 of extracting locking mechanism.Therefore, even if hold key 21, can not extract card from hair fastener portion 4 and supply with storehouse 5, in addition, can not extract card from card recoverer 6 and reclaim storehouse 7.In addition, even if hold key 39, can not open card and supply with storehouse 5 and card recovery storehouse 7.That is, in the present embodiment, can be divided into and can pull down the people and the people that can open card supply storehouse 5 and card recovery storehouse 7 that card is supplied with storehouse 5 and pulled down card recovery storehouse 7 from blocking recoverer 6 from hair fastener portion 4.Therefore, in the present embodiment, can further improve the security of card-issuing device 1.
In the present embodiment, when present dynasty's card recoverer 6 inserts card recovery storehouse 7, if utilize bar member 47 to remove the lock-out state by locking mechanism 63 locking slide members 30, the acting force because of draft helical spring 31 makes slide member 30 Slideslip towards the rear, to open peristome 29a.That is, in the present embodiment, when present dynasty's card recoverer 6 inserts card recovery storehouse 7, the slide member 30 that is locked in the position of the 29a of occlusion of openings portion automatically slides towards the position of opening peristome 29a.Therefore, in the present embodiment, the peristome 29a that can reclaim by easy operation storehouse 7 from inserting the card of card recoverer 6 puts into card 2 towards the inside in card recovery storehouse 7.
In the present embodiment, when extracting card from card recoverer 6 and reclaim storehouse 7, claw component 48 volute spring 53 application of forces that are stretched, so that claw 48a makes the front surface side of claw 48a engage with the front end face of notch part 30a towards blocking the medial movement of recoverer 6.In addition, when ，Yi present dynasty card recoverer 6 inserts card recovery storehouse 7 in the present embodiment, curved face part 48b contacts with upper surface part 29 and slide member 30 and makes claw 48a form and dispose claw component 48 towards the mode of blocking the outer side shifting of recoverer 6.Therefore, in the present embodiment, can from card recoverer 6, extract when card reclaims storehouse 7 claw 48a is engaged with slide member 30 with more easy structure, and reducing the impact of the claw component 48 while reclaiming storehouse 7 towards card recoverer 6 insertion cards.
In the present embodiment, while cylinder 35 being rotated when key 21 is inserted to keyhole 35a towards the clockwise direction of Figure 11, releasing is by the lock-out state of locking mechanism 63 locking slide members 30, slide member 30 slides towards the direction of opening peristome 29a, thereby the card 2 that is contained in card recovery storehouse 7 can be taken out.That is, in the present embodiment, the card 2 that is contained in card recovery storehouse 7 can be taken out from peristome 29a.Therefore, in the present embodiment, without separately door for taking out the card 2 that is contained in card recovery storehouse 7 etc. being located to card, reclaim storehouse 7.Therefore, in the present embodiment, can simplify the structure that card reclaims storehouse 7.
In the present embodiment, card reclaims storehouse 7 and comprises the second locking mechanism 115, and this second locking mechanism 115 can make the engagement pin 69 of the clamped position that fastened component 66 engages with fastened component 67 engage with being positioned at, so that fastened component 67 is locked.Therefore, in the present embodiment, can prevent that such as the impact of impacting because of some etc., fastened component 67 being rotated removes the lock-out state that is locked slide members 30 by locking mechanism 63.In addition, in the present embodiment, latch-release member 116 is accompanied by the sliding action of sliding component 74 when inserting card towards card recoverer 6 and reclaim storehouse 7 and removes by the be locked and fastened lock-out state of member 67 of the second locking mechanism 115, therefore, when present dynasty card recoverer 6 inserts card and reclaims storehouse 7, can easily remove by the be locked and fastened lock-out state of member 67 of the second locking mechanism 115.
In the present embodiment, when the fastened component 66 that is fixed on the slide member 30 sliding towards the direction of the 29a of occlusion of openings portion is during with latch-release member 118 butt, by the be locked and fastened lock-out state of member 67 of locking component 119, temporarily removed.Therefore, in the present embodiment, when extracting card recovery storehouse 7 from card recoverer 6, the lock-out state of temporary transient engagement release member 67, thus can make fastened component 66 engage rightly with fastened component 67.Therefore, in the present embodiment, even if be provided with the locking component 119 of the member 67 that is locked and fastened, also can utilize locking mechanism 63 slide member 30 to be locked in rightly to the position of the 29a of occlusion of openings portion.
In the present embodiment, when utilization, extract locking mechanism 37 and will extract while preventing that member 36 is locked in side surface part 16, to insert the card of hair fastener portion 4, supply with storehouse 5 and by the mode utilization of extracting from hair fastener portion 4, do not extracted locking mechanism 37 locking cards and supply with storehouses 5.Therefore, in the present embodiment, can prevent card supply storehouse 5 extracting and blocking and reclaim storehouse 7 extracting from card recoverer 6 from hair fastener portion 4 with the locking mechanism 37 of extracting sharing.Therefore, in the present embodiment, can simplify the structure of card-issuing device 1.
(the main effect of present embodiment)
In addition, in the present embodiment, when utilizing the key 21 of insertion keyhole 35a that cylinder 35 is rotated towards the clockwise direction of Figure 11, releasing is by the lock-out state of locking mechanism 63 locking slide members 30, slide member 30 slides towards the direction of opening peristome 29a, thereby the card that is contained in card recovery storehouse 7 can be taken out.That is, in the present embodiment, in order to reclaim and to take out storehouse 7 and need key 21 from card being contained in card 2 that card reclaims storehouse 7.Therefore, in the present embodiment, the people who only holds key 21 can take out and be contained in the card 2 that card reclaims storehouse 7, thereby can prevent that card is reclaimed to the operator that pulls down from card recoverer 6 in storehouse 7 etc. illegally steals the card 2 of retrieving.Consequently, in the present embodiment, can improve the security of card-issuing device 1.
In addition, in the present embodiment, the card 2 that is contained in card recovery storehouse 7 can be taken out from peristome 29a, therefore, without separately door for taking out the card 2 that is contained in card recovery storehouse 7 etc. being located to card, reclaim storehouse 7.Therefore, in the present embodiment, can simplify the structure that card reclaims storehouse 7.
In the present embodiment, cancel system 64 comprises sliding component 74 is entered to line-locked sliding locking mechanism 76,77.Therefore, in the present embodiment, if do not remove the lock-out state by sliding locking mechanism 76,77 locking sliding components 74, can not make sliding component 74 slide the fastening state of engagement release member 66 and fastened component 67.That is, in the present embodiment, if do not remove the lock-out state by sliding locking mechanism 76,77 locking sliding components 74, can not remove the lock-out state by locking mechanism 63 locking slide members 30.Therefore, in the present embodiment, can prevent from removing the lock-out state by locking mechanism 63 locking slide members 30 by illegal operation.Especially in the present embodiment, cancel system 64 comprises two sliding locking mechanisms 76,77, therefore,, if do not remove the lock-out state by two sliding locking mechanisms, 76,77 locking sliding components 74, can not remove the lock-out state by locking mechanism 63 locking slide members 30.Therefore, in the present embodiment, can effectively prevent from removing the lock-out state by locking mechanism 63 locking slide members 30 by illegal operation.
In addition, in the present embodiment, when the engagement pin 89 of sliding locking mechanism 76 and the engagement pin 95 of sliding locking mechanism 77 engage with bar member 47, releasing is by the lock-out state of sliding locking mechanism 76,77 locking sliding components 74, therefore, in the time blocking recovery storehouse 7 insertion card recoverer 6, can easily remove the lock-out state by sliding locking mechanism 76,77 locking sliding components 74.
In the present embodiment, when present dynasty's card recoverer 6 inserts card recovery storehouse 7, if utilize bar member 47 to remove the lock-out state by locking mechanism 63 locking slide members 30, the acting force because of draft helical spring 31 makes slide member 30 Slideslip towards the rear, to open peristome 29a.That is, in the present embodiment, when present dynasty's card recoverer 6 inserts card recovery storehouse 7, the slide member 30 that is locked in the position of the 29a of occlusion of openings portion automatically slides towards the position of opening peristome 29a.Therefore, in the present embodiment, the peristome 29a that can reclaim by easy operation storehouse 7 from inserting the card of card recoverer 6 puts into card 2 towards the inside in card recovery storehouse 7.
In the present embodiment, card reclaims storehouse 7 and comprises the second locking mechanism 115, and this second locking mechanism 115 can make the engagement pin 69 of the clamped position that fastened component 66 engages with fastened component 67 engage with being positioned at, so that fastened component 67 is locked.Therefore, in the present embodiment, can prevent that such as the impact of impacting because of some etc., fastened component 67 being rotated removes the lock-out state that is locked slide members 30 by locking mechanism 63.
In the present embodiment, when utilizing the key 21 of insertion keyhole 35a that cylinder 35 is rotated towards the clockwise direction of Figure 11, remove the lower surface of member 106 and the upper end butt of the first member 123 and second component 124, to press down the first member 123 and second component 124, and then remove by the be locked and fastened lock-out state of member 67 of the second locking mechanism 115.That is, in the present embodiment, for slide member 30 is slided towards the direction of opening peristome 29a, when utilizing key 21 that cylinder 35 is rotated, automatically remove by the be locked and fastened lock-out state of member 67 of the second locking mechanism 115.Therefore, in the present embodiment, when using key 21 that slide member 30 is slided towards the direction of opening peristome 29a, can easily remove by the be locked and fastened lock-out state of member 67 of the second locking mechanism 115.
In the present embodiment, latch-release member 116 is accompanied by the sliding action of sliding component 74 when inserting card towards card recoverer 6 and reclaim storehouse 7 and removes by the be locked and fastened lock-out state of member 67 of the second locking mechanism 115.Therefore, in the present embodiment, when present dynasty card recoverer 6 inserts card and reclaims storehouse 7, can easily remove by the be locked and fastened lock-out state of member 67 of the second locking mechanism 115.
In the present embodiment, when the fastened component 66 that is fixed on the slide member 30 sliding towards the direction of the 29a of occlusion of openings portion is during with latch-release member 118 butt, by the be locked and fastened lock-out state of member 67 of locking component 119, temporarily removed.Therefore, in the present embodiment, when extracting card recovery storehouse 7 from card recoverer 6, the lock-out state of temporary transient engagement release member 67, thus can make fastened component 66 engage rightly with fastened component 67.Therefore, in the present embodiment, even if be provided with the locking component 119 of the member 67 that is locked and fastened, also can utilize locking mechanism 63 slide member 30 to be locked in rightly to the position of the 29a of occlusion of openings portion.
In the present embodiment, the bottom surface of card resettlement section 57 tilts with respect to the mode of horizontal direction inclination to be contained in the short side direction of the card 2 of card resettlement section 57.Therefore, in the present embodiment, even if carrying out punch process and be contained between the card 2 of card resettlement section 57 forming in gapped situation to blocking 2, also can use the optical axis L of light and the optical sensor of horizontal direction almost parallel that are configured to from light-emitting component directive photo detector, the number that detects the card 2 that is contained in card resettlement section 57 approaches the number that blocks the number that can accommodate of 57 of resettlement sections and be contained in the card 2 of card resettlement section 57 and has reached the number that can accommodate of 57 of card resettlement sections.Therefore, in the present embodiment, the mode tilting with respect to horizontal direction with the optical axis L of light with from light-emitting component directive photo detector configures the situation comparison of optical sensor, can simplify the structure that is used for arranging sensor, consequently, can simplify the structure of card recoverer 6.
(other embodiment)
Above-mentioned embodiment is the example in the preferred embodiment of the present invention, but the present invention is not limited thereto, and can in the scope that does not change the technology of the present invention thought, carry out various distortion enforcement.
In the above-described embodiment, except peristome 29a, for the peristome that the card 2 that is contained in card recovery storehouse 7 is taken out, be not formed at card and reclaim storehouse 7.In addition, for example, except peristome 29a, for the peristome that the card 2 that is contained in card recovery storehouse 7 is taken out, also can be formed at card and reclaim storehouse 7.In this case, also the door that stops up this peristome can be formed to the door with key.
In the above-described embodiment, the key 21 in the key 21 in card supply storehouse 5 and card recovery storehouse 7 is shared keys.In addition, for example, the key in card supply storehouse 5 also can be different from the key in card recovery storehouse 7.In addition, in the above-described embodiment, the key 21 in storehouse 5 supplied with by card and the key 21 in card recovery storehouse 7 is different from the key 39 of extracting locking mechanism 37, but these keys also can share.
In the above-described embodiment, cancel system 65 comprises: cylinder fixed component 105, and this cylinder fixed component 105 is fixed on cylinder 35; And remove member 106, this is removed member 106 and with engagement pin 69 butts of fastened component 67, fastened component 66 and the fastening state of fastened component 67 is removed.In addition, for example, the member that is fixed on cylinder 35 also can be with engagement pin 69 butts of fastened component 67 fastening state of engagement release member 66 and fastened component 67.
In the above-described embodiment, card reclaims storehouse 7 and comprises the second locking mechanism 115, this second locking mechanism 115 be positioned at engagement pin 69 engagings that can make the clamped position that fastened component 66 engages with fastened component 67, with by fastened component 67 lockings, but reclaiming storehouse 7, card also can not comprise the second locking mechanism 115.In this case, do not need latch-release member 116,117,118.In addition, in the above-described embodiment, cancel system 64 comprises two sliding locking mechanisms 76,77, but the quantity of the included sliding locking mechanism of cancel system 64 both can be one, also can be for more than three.
In the above-described embodiment, the card resettlement section 57 that card reclaims storehouse 7 is by being fixed to one another two side surface part 58, front surface portion 59, rear surface portion 60, bottom surface sections 61 together and forming.In addition, for example, also can be by bottom surface sections 61 is configured to and can be moved up at upper and lower, and utilize the force application components such as spring to bottom surface sections 61 towards the top direction application of force, according to the number of accommodated card 2, make the height change of bottom surface sections 61.In this case, for example, the height that card reclaims the card recovery storehouse 7 shown in the aspect ratio Fig. 2 in storehouse 7 etc. is high.
In the above-described embodiment, card-issuing device 1 comprises card reader 3.In addition, for example, card-issuing device 1 also can comprise blocking switching device shifter that 2 carrying direction switches, on the surface of card 2, carry out the printer of lettering, read card 2 surfaces lettering etc. imageing sensor or only block the carrying road of 2 carryings, to replace card reader 3.In addition, in the above-described embodiment, the card-issuing device 1 of take is illustrated the card recovering mechanism of embodiment of the present invention as example, but the card recovering mechanism that the present invention is suitable for also can be used in the various devices beyond card-issuing device 1.

Claims (25)

1. a card recovering mechanism, is characterized in that, comprising:
Card recoverer, this card recoverer is used for reclaiming card;
The card of case shape reclaims storehouse, and this card reclaims storehouse and can install and remove with respect to described card recoverer, and the described card of retrieving is accommodated; And
Card carrying mechanism, this card carrying mechanism reclaims storehouse towards described card and carries described card,
It is to need the card with key of key to reclaim storehouse that described card reclaims storehouse, and wherein, described key takes out for the described card that is contained in the described card recovery storehouse of pulling down from described card recoverer is reclaimed to storehouse from described card.
2. card recovering mechanism as claimed in claim 1, is characterized in that,
Described card reclaims storehouse and comprises:
Peristome, this peristome is for putting into inside by the described card of retrieving;
Slide member, this slide member can stop up the position of described peristome and open between the position of described peristome and slide;
Force application component, this force application component carries out the application of force to described slide member towards the direction of opening described peristome;
Locking mechanism, this locking mechanism is locked in described slide member the position of stopping up described peristome; And
Cancel system, this cancel system is used for the lock-out state that is locked described slide member by described locking mechanism to remove,
Described card recoverer comprises:
Bar member, when blocking recoverer described in present dynasty and inserting described card and reclaim storehouse, this bar member engages and the lock-out state that is locked described slide member by described locking mechanism is removed with described cancel system; And
Claw component, when extracting described card recovery storehouse from described card recoverer, this claw component engages with described slide member and described slide member is slided towards the direction of stopping up described peristome,
When utilizing described bar member releasing to lock the lock-out state of described slide member by described locking mechanism, utilize the acting force of described force application component that described slide member is slided towards the position of opening described peristome,
When utilizing described claw component that described slide member is slided towards the direction of stopping up described peristome, described slide member is locked by described locking mechanism.
3. card recovering mechanism as claimed in claim 2, is characterized in that,
Described card reclaims storehouse and can plug point-blank with respect to described card recoverer,
Described claw component comprises the claw that can engage with described slide member, and be retained can using with described card reclaim storehouse with respect to the direction of the plug direction quadrature of described card recoverer as axially rotating of rotating,
Described card recoverer comprises the second force application component, and when extracting described card from described card recoverer and reclaim storehouse, this second force application component carries out the application of force to described claw component, so that described claw engages with described slide member towards the medial movement of described card recoverer,
When blocking recoverer described in present dynasty and inserting described card and reclaim storehouse, with described claw, the mode towards the outer side shifting of card recoverer contacts and rotates with described card recovery storehouse described claw component.
4. card recovering mechanism as claimed in claim 2, is characterized in that,
Described claw component is configured to: when extracting described card recovery storehouse from described card recoverer, by the described slide member after described locking mechanism locking, exposed the outside at described card recoverer.
5. card recovering mechanism as claimed in claim 2, is characterized in that,
Described locking mechanism comprises slide side fastened component and frame side fastened component, and when described slide side fastened component engages with described frame side fastened component, described locking mechanism is locked in described slide member the position of stopping up described peristome, wherein, described slide side fastened component is fixed on described slide member, described frame side fastened component is displaceably held in the framework that described card reclaims storehouse, and can engage with described slide side fastened component
Described cancel system comprises:
Sliding component, this sliding component engages and slides with described bar member; And
Remove member, this releasing member is held in described framework and engages with described sliding component in the mode that can rotate, and engage and described frame side fastened component is moved with described frame side fastened component, to remove the fastening state of described slide side fastened component and described frame side fastened component
While making described releasing member rotate with respect to described framework when being accompanied by the sliding action of described sliding component, described frame side fastened component can and the non-clamped position of the fastening state that engages with releasing and described slide side fastened component of the clamped position of described slide side fastened component engaging between move.
6. card recovering mechanism as claimed in claim 5, is characterized in that,
Described cancel system comprises described sliding component entered to line-locked sliding locking mechanism,
Described sliding locking mechanism is disposed at the position that can engage with described bar member,
When described sliding locking mechanism engages with described bar member, remove the lock-out state that is locked described sliding component by described sliding locking mechanism.
7. card recovering mechanism as claimed in claim 6, is characterized in that,
Described cancel system comprises two described sliding locking mechanisms.
8. card recovering mechanism as claimed in claim 2, is characterized in that,
Described card reclaims storehouse and comprises:
The second cancel system, this second cancel system is for removing the lock-out state that is locked described slide member by described locking mechanism;
Cylinder is formed with keyhole and is fixed wtih at least a portion of described the second cancel system on this cylinder; And
Framework is provided with described cylinder in the mode that can rotate on this framework, so that described keyhole is disposed at outside,
When utilizing the key of the described keyhole of insertion that described cylinder is rotated towards a direction, releasing is locked the lock-out state of described slide member by described locking mechanism, so that described slide member slides towards the direction of opening described peristome, and when described slide member slides towards the position of opening described peristome, can take out and be contained in the described card that described card reclaims storehouse.
9. card recovering mechanism as claimed in claim 5, is characterized in that,
Described card reclaims storehouse and comprises:
The second locking mechanism, this second locking mechanism engages with described frame side fastened component and will be positioned at the described frame side fastened component locking of described clamped position; And
Latch-release member, this latch-release member engages with described sliding component, and removes the lock-out state that is locked described frame side fastened component by described the second locking mechanism,
Be accompanied by the sliding action of described sliding component when inserting described card recovery storehouse towards described card recoverer, described latch-release member is removed the lock-out state that is locked described frame side fastened component by described the second locking mechanism.
10. card recovering mechanism as claimed in claim 5, is characterized in that,
Described card reclaims storehouse and comprises:
The second locking mechanism, this second locking mechanism engages with described frame side fastened component and will be positioned at the described frame side fastened component locking of described clamped position; And
The second latch-release member, this the second latch-release member is held in described framework in the mode that can rotate, described the second latch-release member be disposed at can with the position of described slide side fastened component butt, and the temporary transient lock-out state that is locked described frame side fastened component by described the second locking mechanism of removing
When the described slide side fastened component that is fixed on the described slide member sliding towards the direction of stopping up described peristome is during with described the second latch-release member butt, temporary transient releasing is locked the lock-out state of described frame side fastened component by described the second locking mechanism.
11. card recovering mechanisms as claimed in claim 1, is characterized in that,
Described card reclaims storehouse and comprises:
Peristome, this peristome is for putting into inside by the described card of retrieving; And
Slide member, this slide member can stop up the position of described peristome and open between the position of described peristome and slide,
Described card recoverer comprises ways and lower ways, and the described peristome that described upper ways and lower ways reclaim storehouse for the described card towards inserting described card recoverer guides described card,
Described upper ways guides the upper surface of described card towards described peristome, described lower ways guides the lower surface of described card towards described peristome.
12. card recovering mechanisms as claimed in claim 1, is characterized in that,
Described card reclaims storehouse and comprises the cylinder that is formed with keyhole, and can plug point-blank with respect to described card recoverer,
At described card, reclaim storehouse and insert under the state of described card recoverer, described cylinder is disposed at described card recoverer and at described card, reclaims the inboard in the direction of insertion of inserting described card recoverer in storehouse.
13. card recovering mechanisms as claimed in claim 1, is characterized in that, comprising:
Extract and prevent member, this is extracted and prevents that member from reclaiming storehouse and extract for preventing from inserting the described card of described card recoverer; And
With the locking mechanism of extracting of key, this extract locking mechanism will described in extract and prevent member locking,
The key that described card reclaims storehouse from described in to extract the key of locking mechanism different.
14. 1 kinds of card-issuing devices, is characterized in that, comprising:
Card recovering mechanism described in claim 13;
The card of case shape is supplied with storehouse, and this card is supplied with storehouse and contained the described card before sending; And
Hair fastener portion is provided with described card in the mode that can install and remove and supplies with storehouse in this hair fastener portion,
It is to need the card with key of key to supply with storehouse that described card is supplied with storehouse, and wherein, described key is used for being contained in the described card taking-up that described card is supplied with storehouse,
The key in storehouse supplied with by described card and the key in described card recovery storehouse shares.
15. 1 kinds of card-issuing devices, is characterized in that, comprising:
Card recovering mechanism in claim 1 to 13 described in any one;
The card of case shape is supplied with storehouse, and this card is supplied with storehouse and contained the described card before sending;
Hair fastener portion is provided with described card in the mode that can install and remove and supplies with storehouse in this hair fastener portion;
Extract and prevent member, this is extracted and prevents that member from reclaiming storehouse and extract for preventing from inserting the described card of described card recoverer; And
With the locking mechanism of extracting of key, this extract locking mechanism will described in extract and prevent member locking,
The described locking mechanism of extracting is supplied with storehouse locking by the described card of the described hair fastener of insertion portion.
16. 1 kinds of cards reclaim storehouse, form case shape, and for accommodating the card of retrieving, it is characterized in that, comprising:
Peristome, this peristome is for putting into inside by the described card of retrieving;
Slide member, this slide member can stop up the position of described peristome and open between the position of described peristome and slide;
Force application component, this force application component carries out the application of force to described slide member towards the direction of opening described peristome;
Locking mechanism, this locking mechanism is locked in described slide member the position of stopping up described peristome;
Cancel system, this cancel system is used for the lock-out state that is locked described slide member by described locking mechanism to remove,
Cylinder is formed with keyhole and is fixed wtih at least a portion of described cancel system on this cylinder; And
Framework is provided with described cylinder in the mode that can rotate on this framework, so that described keyhole is disposed at outside,
When utilizing the key of the described keyhole of insertion that described cylinder is rotated towards a direction, releasing is locked the lock-out state of described slide member by described locking mechanism, so that described slide member slides towards the direction of opening described peristome, and when described slide member slides towards the position of opening described peristome, can take out and be contained in the described card that described card reclaims inside, storehouse.
17. cards as claimed in claim 16 reclaim storehouse, it is characterized in that,
Described locking mechanism comprises slide side fastened component and frame side fastened component, and when described slide side fastened component engages with described frame side fastened component, described locking mechanism is locked in described slide member the position of stopping up described peristome, wherein, described slide side fastened component is fixed on described slide member, described frame side fastened component is displaceably held in described framework, and can engage with described slide side fastened component
Described cancel system comprises:
Cylinder fixed component, this cylinder fixed component is fixed on described cylinder; And
Remove member, this releasing member is held in described framework in the mode that can rotate, and with described frame side fastened component butt, to remove the fastening state of described slide side fastened component and described frame side fastened component; And
The 3rd force application component, the 3rd force application component to described releasing member towards carrying out the application of force with the direction of described frame side fastened component butt,
Described releasing member be disposed at can with the position of described cylinder fixed component butt,
When making described rotary drum, described cylinder fixed component moves between butt position and non-butt position, wherein, in described butt position, described cylinder fixed component contacts with described releasing member, so that described releasing member moves towards the direction away from described frame side fastened component, in described non-butt position, described cylinder fixed component is away from described releasing member, to utilize the acting force of described the 3rd force application component that described releasing member is contacted with described frame side fastened component
When described releasing member butt, the non-clamped position that described frame side fastened component is disengaged towards the fastening state of itself and described slide side fastened component moves, when described releasing member away from time, described frame side fastened component can be towards moving with the clamped position that described slide side fastened component engages.
18. cards as claimed in claim 17 reclaim storehouse, it is characterized in that, comprising:
The second locking mechanism, this second locking mechanism engages with described frame side fastened component and will be positioned at the described frame side fastened component locking of described clamped position; And
The 3rd latch-release member, when utilize inserting the described key of described keyhole described cylinder rotated towards a direction, the 3rd latch-release member and described releasing member butt and remove the lock-out state that is locked described frame side fastened component by described the second locking mechanism.
19. cards as claimed in claim 16 reclaim storehouse, it is characterized in that,
Described card reclaims storehouse and comprises the second cancel system, and when the bar member with being disposed at card recoverer engages, this second cancel system is removed the lock-out state that is locked described slide member by described locking mechanism, and wherein, described card recoverer reclaims storehouse for described card and installs.
20. cards as claimed in claim 19 reclaim storehouse, it is characterized in that,
Described locking mechanism comprises slide side fastened component and frame side fastened component, and when described slide side fastened component engages with described frame side fastened component, described locking mechanism is locked in described slide member the position of stopping up described peristome, wherein, described slide side fastened component is fixed on described slide member, described frame side fastened component is displaceably held in described framework, and can engage with described slide side fastened component
Described the second cancel system comprises:
Sliding component, this sliding component engages and slides with described bar member; And
Second removes member, and this second releasing member is held in described framework and engages with described sliding component in the mode that can rotate, and engages with described frame side fastened component, to remove the fastening state of described slide side fastened component and described frame side fastened component,
While making described second to remove member and rotate with respect to described framework when being accompanied by the sliding action of described sliding component, described frame side fastened component can and the non-clamped position of the fastening state that engages with releasing and described slide side fastened component of the clamped position of described slide side fastened component engaging between move.
21. cards as claimed in claim 20 reclaim storehouse, it is characterized in that,
Described the second cancel system comprises described sliding component entered to line-locked sliding locking mechanism,
Described sliding locking mechanism is disposed at the position that can engage with described bar member,
When described sliding locking mechanism engages with described bar member, remove the lock-out state that is locked described sliding component by described sliding locking mechanism.
22. cards as claimed in claim 21 reclaim storehouse, it is characterized in that,
Described the second cancel system comprises two described sliding locking mechanisms.
23. cards as claimed in claim 20 reclaim storehouse, it is characterized in that, comprising:
The second locking mechanism, this second locking mechanism engages with described frame side fastened component and will be positioned at the described frame side fastened component locking of described clamped position; And
Latch-release member, this latch-release member engages with described sliding component, and removes the lock-out state that is locked described frame side fastened component by described the second locking mechanism,
Be accompanied by the sliding action of described sliding component when inserting described card recovery storehouse towards described card recoverer, described latch-release member is removed the lock-out state that is locked described frame side fastened component by described the second locking mechanism.
24. cards as claimed in claim 20 reclaim storehouse, it is characterized in that, comprising:
The second locking mechanism, this second locking mechanism engages with described frame side fastened component and will be positioned at the described frame side fastened component locking of described clamped position; And
The second latch-release member, this the second latch-release member is held in described framework in the mode that can rotate, described the second latch-release member be disposed at can with the position of described slide side fastened component butt, and the temporary transient lock-out state that is locked described frame side fastened component by described the second locking mechanism of removing
When the described slide side fastened component that is fixed on the described slide member sliding towards the direction of stopping up described peristome is during with described the second latch-release member butt, temporary transient releasing is locked the lock-out state of described frame side fastened component by described the second locking mechanism.
25. cards as claimed in claim 16 reclaim storehouse, it is characterized in that,
Described card reclaims storehouse and comprises the card resettlement section of accommodating described card,
Described card forms roughly rectangle,
The bottom surface of described card resettlement section tilts in the mode that is contained in the short side direction of the described card of described card resettlement section and tilts with respect to horizontal direction.
CN201310345233.0A 2012-08-09 2013-08-08 Card reclaims storehouse, card recovering mechanism and card-issuing device Expired - Fee Related CN103577846B (en)

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JP2012-177228 2012-08-09
JP2012177227A JP6053387B2 (en) 2012-08-09 2012-08-09 Card collection mechanism and card issuing device
JP2012177228A JP5961073B2 (en) 2012-08-09 2012-08-09 Card collection
JP2012-177227 2012-08-09

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CN107239805A (en) * 2016-06-29 2017-10-10 长春鸿达信息科技股份有限公司 A kind of disc type identification card self-help accesses machine
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