CN202997229U - Card blocking structure and card adapter device - Google Patents
Card blocking structure and card adapter device Download PDFInfo
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- CN202997229U CN202997229U CN 201220331388 CN201220331388U CN202997229U CN 202997229 U CN202997229 U CN 202997229U CN 201220331388 CN201220331388 CN 201220331388 CN 201220331388 U CN201220331388 U CN 201220331388U CN 202997229 U CN202997229 U CN 202997229U
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Abstract
The utility model provides a card blocking structure and a card adapter device. When a card is plugged out or plugged in, the card adapter device is not divorced from the substrate or frame body of an electronic device. The card adapter device is characterized in that the card adapter device is fixed on the matrix or frame body of the electronic device freely and detachably, the left and right two sides of the card adapter device are respectively equipped with latching operation parts which can be moved in the width direction of the card, and the spaced dimension between the left and right latching operation parts is set to be approximately consistent with the width dimension of the card; protruded parts are fixedly arranged on the latching operation parts, and are arranged oppositely to the claw parts arranged on a first opening part possessed by a part of the matrix or frame body of the electronic device. The protruded parts are abutted against the claw parts, so that the protruded parts are blocked from moving toward the plugging-out direction of the card adapter device, and the left and right latching operation parts are configured to be that the inner side directions of the card insertion sides of the latching operation parts are consistent with the card blocking state relieving directions of the protruded parts of the latching operation parts.
Description
Technical field
The utility model relates to fastener structure and the adapter for card device that electronic equipment uses.
Background technology
Knownly use various connectors during to the connection of various electronic equipments at various devices.In addition, known following situation also: accepting in the ill-matched situation of side-connector (also referred to as connector) that the connector of various devices and various electronic equipment possess, use adapter to connect.Proposition have in the situation that will such as the cards such as the storage card of device, PC card be connected such as TV, PC etc. as electronic equipment, be used for the various adapters of this connection.
As this adapter, in patent documentation 1, as shown in figure 11, propose to be useful on small-sized IC-card 910 is connected the adapter apparatus 930 that connects with record regenerator.As shown in Figure 11 (a), this adapter apparatus 930 is, with the built-in small-sized IC-card 910 that stores the semiconductor memory of data, inserts and is installed in the framework 931 of adapter apparatus 930 from a side of adapter apparatus 930.And, as shown in Figure 11 (b), from the opposite side of this adapter apparatus 930, set plug-and-pull port 902 on the record regenerators 901 such as PC, digital camera, Digital Video inserts adapter apparatus and is installed to installation portion in record regenerator 901.So, by using this adapter apparatus 930, small-sized IC-card 910 can be installed in the record regenerator 901 that the IC-card with normal size only can be installed.
Patent documentation 1: TOHKEMY 2009-3971 communique
But, in the adapter apparatus 930 of this formation of conventional example, under adapter apparatus 930 is installed to state in record regenerator 901, from record regenerator 901 drawing IC-card 910 time, because adapter apparatus 930 and adapter apparatus 930 are not locked, so adapter apparatus 930 might break away from from record regenerator 901 together with IC-card 910.Especially, in the situation that the B-CAS card that TV uses, this larger-size card of PC card that PC uses, the connection area of the part that connects is large, the chimeric intensity between card and adapter for card device is stronger, therefore the user comes the drawing card with stronger power, so the adapter for card device increases all the more from the possibility that the electronic equipments such as TV, PC break away from.And, the coupling part between electronic equipment and adapter for card device is applied stronger power, so the connector section between electronic equipment and adapter for card device also might produce unfavorable condition.
The utility model content
The utility model is used for solving above-mentioned problem, and its purpose is to provide a kind of the adapter for card device can not break away from from matrix or the framework of electronic equipment when the plug of card fastener structure and adapter for card device.
in order to solve this problem, the fastener structure of the utility model the first scheme, be arranged on matrix and the card that will insert on the part of electronic equipment and be provided in fastener structure between the adapter for card device that the subject side connector on above-mentioned matrix is electrically connected to, it is characterized in that, the left and right sides of above-mentioned adapter for card device have can the Width at above-mentioned card on mobile locking operating portion, the above-mentioned locking of left and right is set with operating portion and can be inserted for above-mentioned card, and the locking that is set to above-mentioned left and right is roughly consistent with the width dimensions of above-mentioned card with the size of separation between operating portion, be fixedly installed the section of being convexly equipped with at above-mentioned locking on operating portion, has the first peristome on the part of the above-mentioned matrix of above-mentioned electronic equipment, above-mentioned the first peristome has when locking with above-mentioned adapter for card device and the above-mentioned claw that is convexly equipped with section's opposite disposed, above-mentioned claw by with the above-mentioned section's butt that is convexly equipped with, hinder thus to the movement of extracting direction of the above-mentioned adapter for card device of drawing, the locking operating portion of above-mentioned left and right is, when above-mentioned locking, above-mentioned locking is convexly equipped with section with operating portion above-mentioned with the interior side direction of above-mentioned card one side of the insertion of operating portion and above-mentioned locking the releasing direction of locking state is consistent.
in addition, the fastener structure of the utility model alternative plan is characterised in that, the above-mentioned section of being convexly equipped with has the cam surface that slides on the guide surface of above-mentioned claw, when above-mentioned adapter for card device is installed to above-mentioned matrix, the above-mentioned section that is convexly equipped with is accommodated in above-mentioned the first peristome, when above-mentioned adapter for card device has been moved to installation direction, above-mentioned cam surface slides on above-mentioned guide surface, and above-mentioned guide surface guides, so that the above-mentioned section that is convexly equipped with moves to above-mentioned inboard direction, when above-mentioned adapter for card device is installed on above-mentioned matrix, the above-mentioned section that is convexly equipped with moves to the rightabout of above-mentioned inboard direction, the bearing-surface of the above-mentioned claw that is arranged at continuously the above-mentioned locking surface that is convexly equipped with section with above-mentioned cam surface and arranges continuously with above-mentioned guide surface is opposed.
In addition, the fastener structure of the utility model third party case is characterised in that, above-mentioned guide surface tilts towards the above-mentioned outside of extracting direction in overlooking, and above-mentioned cam surface tilts towards the inboard of above-mentioned installation direction in overlooking.
In addition, the cubic case of the utility model fastener structure be characterised in that, has the second peristome on the part of above-mentioned matrix, above-mentioned adapter for card device with above-mentioned matrix opposed bottom surface on, has the section that projects that is inserted through above-mentioned the second peristome, has eaves section in the above-mentioned front that projects section, this eaves section extends from the above-mentioned section of projecting and arranges and possess and the opposed press surface in above-mentioned bottom surface, when above-mentioned adapter for card device was installed on above-mentioned matrix, above-mentioned matrix was clamped between above-mentioned bottom surface and above-mentioned press surface.
In addition, the fastener structure of the utility model the 5th scheme is characterised in that, has the 3rd peristome on the part of above-mentioned matrix, above-mentioned adapter for card device with above-mentioned matrix opposed bottom surface on, have and be inserted through protuberance above-mentioned the 3rd peristome, that extension arranges, when above-mentioned adapter for card device was installed or dismantled with respect to above-mentioned matrix, raised part was movable in above-mentioned the 3rd peristome.
in addition, the adapter for card device of the utility model the 6th scheme is, be fixed on the part of framework of electronic equipment with freely loading and unloading, and have and to be provided in the subject side connector on above-mentioned framework and to be inserted into the connector section that the card in housing is electrically connected to, it is characterized in that, the left and right sides at above-mentioned adapter for card device, has the locking operating portion that can move on the Width of above-mentioned card, the above-mentioned locking of left and right is set with operating portion and can be inserted for above-mentioned card, and the locking that is set to above-mentioned left and right is roughly consistent with the width dimensions of above-mentioned card with the size of separation between operating portion, be fixedly installed the section of being convexly equipped with at above-mentioned locking on operating portion, be provided with the first peristome on the part of the above-mentioned framework of above-mentioned electronic equipment, set when above-mentioned adapter for card device is installed to installation on above-mentioned framework for, be arranged at the claw of above-mentioned the first peristome and above-mentioned to be convexly equipped with section opposed, by above-mentioned section and the above-mentioned claw butt of being convexly equipped with, hindering thus the above-mentioned section that is convexly equipped with moves to the direction of extracting of the above-mentioned adapter for card device of drawing, the locking operating portion of above-mentioned left and right is, when above-mentioned installation, above-mentioned locking inserts a side with the above-mentioned card of operating portion interior side direction and above-mentioned locking are convexly equipped with section with operating portion the above-mentioned releasing direction of locking state is consistent.
in addition, the adapter for card device of the utility model the 7th scheme is characterised in that, the above-mentioned section of being convexly equipped with has the cam surface that slides on the guide surface of above-mentioned claw, when above-mentioned adapter for card device is installed to above-mentioned framework, the above-mentioned section that is convexly equipped with is accommodated in above-mentioned the first peristome, when above-mentioned adapter for card device has been moved to installation direction, above-mentioned cam surface slides on above-mentioned guide surface, and the above-mentioned section that is convexly equipped with moves to above-mentioned inboard direction by above-mentioned guide surface, when above-mentioned adapter for card device is installed on above-mentioned framework, the above-mentioned section that is convexly equipped with moves to the rightabout of above-mentioned inboard direction, the bearing-surface of the above-mentioned claw that is arranged at continuously the above-mentioned locking surface that is convexly equipped with section with above-mentioned cam surface and arranges continuously with above-mentioned guide surface is opposed.
In addition, the utility model the adapter for card device of case from all directions is characterised in that, above-mentioned cam surface tilts towards the inboard with respect to above-mentioned installation direction in overlooking, and above-mentioned guide surface tilts toward the outer side with respect to the above-mentioned direction of extracting in overlooking.
In addition, the adapter for card device of the utility model the 9th scheme is characterised in that, the above-mentioned section of being convexly equipped with is, has the inclination identical with above-mentioned cam surface with the opposed opposing face side of above-mentioned cam surface, and above-mentioned cam surface and above-mentioned opposing face form the line symmetry in overlooking.
In addition, the adapter for card device of the utility model the tenth scheme is characterised in that, above-mentioned adapter for card device with above-mentioned framework opposed bottom surface on, has the section that projects that is inserted through the second peristome, has eaves section in the above-mentioned front that projects section, this eaves section extends from the above-mentioned section of projecting and arranges and possess and the opposed press surface in above-mentioned bottom surface, and when above-mentioned adapter for card device was installed on above-mentioned framework, above-mentioned framework was clamped between above-mentioned bottom surface and above-mentioned press surface.
In addition, the adapter for card device of the utility model the 11 scheme is characterised in that, above-mentioned adapter for card device with above-mentioned framework opposed bottom surface on, has the protuberance that is inserted through the 3rd peristome, when above-mentioned adapter for card device was installed or dismantled with respect to above-mentioned framework, raised part was movable in above-mentioned the 3rd peristome.
In addition, the adapter for card device of the utility model the 12 scheme is characterised in that, by the elastomeric element that sets in above-mentioned adapter for card device, above-mentioned locking can be fixed movably with operating portion.
In addition, the adapter for card device of the utility model the 13 scheme is characterised in that, above-mentioned elastomeric element is leaf spring.
In addition, the adapter for card device of the utility model the tenth cubic case is characterised in that, above-mentioned locking is pressed in above-mentioned elastomeric element with operating portion.
The effect of utility model:
Utility model according to the first scheme, fastener structure of the present utility model is, when the locking of the matrix of electronic equipment and adapter for card device, the locking operating portion of left and right is that locking is consistent with the releasing direction of the locking state of the section that is convexly equipped with of operating portion with locking with the interior side direction of operating portion.Therefore, set when having inserted card for, the locking of left and right is roughly consistent with the width dimensions of card with the size of separation between operating portion, therefore the card that passes through to insert hinders the locking of left and right with the activity of the Width of operating portion card KD to the left and right, keeps the section that is convexly equipped with and and is convexly equipped with locking state between the claw of section's opposite disposed.Thus, from adapter for card device drawing card the time, by card locking the locking state, therefore can prevent that the adapter for card device is by together from the misoperation of matrix drawing.Therefore, can provide a kind of fastener structure, when the plug of card, the adapter for card device can not break away from from the matrix of electronic equipment.
Utility model according to alternative plan, fastener structure of the present utility model is, when the adapter for card device is installed to matrix, after making the slip of cam surface and guide surface, make locking surface and bearing-surface opposed, the adapter for card device is slided mobile, and finally make the bearing-surface of the locking surface of the section of being convexly equipped with and claw opposed.Thus, can consist of by simple, hinder the releasing of the locking state of the plug direction between adapter for card device and matrix.
Utility model according to third party's case, fastener structure of the present utility model is, guide surface tilts towards the outside of extracting direction, and cam surface tilts towards the inboard of installation direction, therefore when the adapter for card device is installed while the movement of sliding, cam surface and guide surface can slide swimmingly, thus, can easily the adapter for card device be installed on matrix.
Utility model according to cubic case, fastener structure of the present utility model is, when the adapter for card device is installed on matrix, matrix is configured between the bottom surface of the front formed eaves section of the section that projects of adapter for card device and adapter for card device, thus the press surface that possesses of eaves section and matrix and bottom surface and matrix opposed.Therefore, can suppress the adapter for card device and move in vertical direction with respect to framework, and the locking that can suppress to be provided on the adapter for card device moves in vertical direction with operating portion.Thus, can also suppress to be fixedly installed on locking and move in vertical direction with the section of being convexly equipped with on operating portion, therefore can suppress to be convexly equipped with section and be offset in vertical direction with respect to claw, can prevent further that the adapter for card device is by the misoperation from the framework drawing.
Utility model according to the 5th scheme, fastener structure of the present utility model is, extending from the bottom surface of adapter for card device the protuberance that arranges is, when the adapter for card device is carried out installation or removal with respect to matrix, movable in the 3rd peristome, so protuberance is guided to installation direction or extracts direction by the 3rd peristome.Therefore, can carry out installation or removal in the position relationship that correctly keeps between adapter for card device and matrix.Thus, can more easily the adapter for card device be installed on matrix, and can make it chimeric well with the subject side connector precision that is arranged on the matrix side, can suppress to be applied to the unnecessary stress on the subject side connector.
Utility model according to the 6th scheme, adapter for card device of the present utility model is, when the adapter for card device was installed to installation on the framework of electronic equipment, the locking of left and right was consistent with the releasing direction of the locking state of the section that is convexly equipped with of operating portion with the locking of left and right with the interior side direction of operating portion.Therefore, set when having inserted card for, the locking of left and right is roughly consistent with the width dimensions of card with the size of separation between operating portion, therefore the card that passes through to insert, the locking that can hinder the left and right is with the activity of Width of operating portion to card KD, and keeps the section that is convexly equipped with and and be convexly equipped with locking state between the claw of section's opposite disposed.Thus, from adapter for card device drawing card the time, by card locking the locking state, therefore can prevent that the adapter for card device is by together from the misoperation of framework drawing.Therefore, can provide a kind of adapter for card device, when the plug of card, the adapter for card device can not break away from from the framework of electronic equipment.
Utility model according to the 7th scheme, adapter for card device of the present utility model is, when the adapter for card device is installed to framework, after making the slip of cam surface and guide surface, make locking surface and bearing-surface opposed, the adapter for card device is slided mobile, and finally make the bearing-surface of the locking surface of the section of being convexly equipped with and claw opposed.Thus, can consist of by simple, hinder the releasing of the locking state of the plug direction between adapter for card device and framework.
Utility model according to all directions case, adapter for card device of the present utility model is, cam surface tilts towards the inboard with respect to installation direction, and guide surface tilts toward the outer side with respect to extracting direction, therefore when the adapter for card device was installed while the movement of sliding, cam surface and guide surface can slide swimmingly.Thus, can easily the adapter for card device be installed on framework.
According to the utility model of the 9th scheme, adapter for card device of the present utility model is that the section of being convexly equipped with forms the line symmetry, therefore can make with identical shape the locking operating portion of left and right, and can consist of with a part locking operating portion of left and right.Thus, can make by a mould locking operating portion of left and right, therefore can make the adapter for card device by qurer.
Utility model according to the tenth scheme, adapter for card device of the present utility model is, when the adapter for card device is installed on framework, framework is configured between the bottom surface of the front formed eaves section of the section that projects of adapter for card device and adapter for card device, thus the press surface that possesses of eaves section and framework and bottom surface and framework opposed.Therefore, can suppress the adapter for card device and move in vertical direction with respect to framework, and the locking that can suppress to be provided on the adapter for card device moves in vertical direction with operating portion.Thus, can also suppress to be fixedly installed on locking and move in vertical direction with the section of being convexly equipped with on operating portion, therefore can suppress to be convexly equipped with section and be offset in vertical direction with respect to claw, can prevent further that the adapter for card device is by the misoperation from the framework drawing.
Utility model according to the 11 scheme, adapter for card device of the present utility model is, extend from the bottom surface of adapter for card device the protuberance that arranges, when the adapter for card device is carried out installation or removal with respect to framework, movable in the 3rd peristome, so protuberance is guided to installation direction or extracts direction by the 3rd peristome.Therefore, can carry out installation or removal in the position relationship that correctly keeps between adapter for card device and framework.Thus, can more easily the adapter for card device be installed on framework, and can make it chimeric well with the subject side connector precision that is arranged on the framework side, can suppress to be applied to the unnecessary stress on the subject side connector.
Utility model according to the 12 scheme, adapter for card device of the present utility model is, by the elastomeric element that sets in the adapter for card device, locking can be fixed movably with operating portion, therefore locking is moved with operating portion, therefore do not need more miscellaneous part, and do not need to arrange complicated mechanism.Thus, can easily carry out the assembling of adapter for card device etc., can make the adapter for card device by qurer.In addition, when assembling, locking can be set in the adapter for card device simultaneously with operating portion and elastomeric element.Thus, can more easily carry out the assembling of adapter for card device, more qurer is made the adapter for card device.
According to the utility model of the 13 scheme, adapter for card device of the present utility model is that elastomeric element is leaf spring, therefore by metallic plate is carried out bending machining, just can easily make elastomeric element.Thus, more qurer is made the adapter for card device.
According to the utility model of the tenth cubic case, adapter for card device of the present utility model is that locking is pressed in elastomeric element with operating portion, therefore can carry out simply the connection between locking use operating portion and elastomeric element.Thus, can easily carry out the system of adapter for card device, more qurer is made the adapter for card device.
Therefore, the utility model provides a kind of the adapter for card device can not break away from from matrix or the framework of electronic equipment when the plug of card fastener structure and adapter for card device.
Description of drawings
Fig. 1 is the stereogram for the adapter for card device of explanation the utility model the first execution mode.
Fig. 2 is the figure of the adapter for card device of explanation the utility model the first execution mode, means that the adapter for card device is installed to the stereogram of the state on framework.
Fig. 3 is the figure of the adapter for card device of explanation the utility model the first execution mode, and Fig. 3 (a) is the upward view of observing from Z2 side shown in Figure 2, and Fig. 3 (b) is the enlarged drawing of the P part shown in Fig. 3 (a).
Fig. 4 is the figure of the adapter for card device of the utility model the first execution mode, and Fig. 4 (a) is the stereogram of observing from the upper side of Y1 side shown in Figure 1, and Fig. 4 (b) is the stereogram of observing from the lower side of Y1 side shown in Figure 1.
Fig. 5 is the figure of the adapter for card device of the utility model the first execution mode, and Fig. 5 (a) is the vertical view of observing from Z1 side shown in Figure 1, and Fig. 5 (b) is the upward view of observing from Z2 side shown in Figure 1.
Fig. 6 is the figure of the adapter for card device of the utility model the first execution mode, Fig. 6 (a) is with the vertical view after the upper shell omission of the vertical view shown in Fig. 5 (a), and Fig. 6 (b) is with the upward view after the lower house omission of the upward view shown in Fig. 5 (b).
Fig. 7 is the figure of the adapter for card device of the utility model the first execution mode, Fig. 7 (a) is the end view of observing from X2 side shown in Figure 1, Fig. 7 (b) is the front view of observing from Y2 side shown in Figure 1, and Fig. 7 (c) is the rearview of observing from Y1 side shown in Figure 1.
Fig. 8 is that explanation is installed to the adapter for card device of the utility model the first execution mode in the figure of the situation on framework, Fig. 8 (a) expression puts state on framework with the adapter for card device, and Fig. 8 (b) is the upward view of observing from the Z2 side shown in Fig. 8 (a).
Fig. 9 is that explanation is installed to the adapter for card device of the utility model the first execution mode in the figure of the situation on framework, the state that Fig. 9 (a) expression makes the adapter for card device slide to installation direction, Fig. 9 (b) is the upward view of observing from the Z2 side shown in Fig. 9 (a).
Figure 10 is that explanation is installed to the adapter for card device of the utility model the first execution mode in the figure of the situation on framework, Figure 10 (a) expression is installed to state on framework with the adapter for card device, and Figure 10 (b) is the upward view of observing from the Z2 side shown in Figure 10 (a).
Figure 11 is the figure of the adapter apparatus of the IC-card in explanation conventional example 1, Figure 11 (a) observes the stereogram of the adapter apparatus that IC-card has been installed from upside, Figure 11 (b) means the stereogram that adapter apparatus is inserted the state in record regenerator.
The explanation of symbol:
1 housing
The 12b bottom surface
13 project section
23 eaves sections
The 23p press surface
14 protuberances
5 connector sections
6 elastomeric elements
7,7A, 7B locking operating portion
18 are convexly equipped with section
18c, 18c
1, 18c
2Cam surface
The 18r opposing face
The 18s locking surface
CN1 subject side connector
The DS size of separation
The KD card
The K1 framework
K11 the first peristome
K22 the second peristome
K33 the 3rd peristome
The K8 claw
K8a, K8a
1, K8a
2Guide surface
The K8u bearing-surface
The DF installation direction
DN extracts direction
Embodiment
Below, with reference to accompanying drawing, execution mode of the present utility model is elaborated.
[the first execution mode]
At first, use Fig. 1 to Fig. 7 that adapter for card device 101 and the installing card framework K1 with the electronic equipment of adapter apparatus 101 is described.Fig. 1 is the exploded perspective view for the adapter for card device 101 of explanation the utility model the first execution mode.Fig. 2 is the figure of the adapter for card device 101 of explanation the utility model the first execution mode, means that the adapter for card device is installed to the stereogram of the state on framework K1.Fig. 3 is the figure of the adapter for card device 101 of explanation the utility model the first execution mode, and Fig. 3 (a) is the upward view of observing from Z2 side shown in Figure 2, and Fig. 3 (b) is the enlarged drawing of the P part shown in Fig. 3 (a).Fig. 4 is the figure of the adapter for card device 101 of the utility model the first execution mode, and Fig. 4 (a) is the stereogram of observing from the upper side of Y1 side shown in Figure 1, and Fig. 4 (b) is the stereogram of observing from the lower side of Y1 side shown in Figure 1.Fig. 5 is the figure of the adapter for card device 101 of the utility model the first execution mode, and Fig. 5 (a) is the vertical view of observing from Z1 side shown in Figure 1, and Fig. 5 (b) is the upward view of observing from Z2 side shown in Figure 1.Fig. 6 is the figure of the adapter for card device 101 of the utility model the first execution mode, Fig. 6 (a) is with the vertical view after upper shell 11 omissions of the vertical view shown in Fig. 5 (a), and Fig. 6 (b) is with the upward view after lower house 12 omissions of the upward view shown in Fig. 5 (b).Fig. 7 is the figure of the adapter for card device 101 of the utility model the first execution mode, Fig. 7 (a) is the end view of observing from X2 side shown in Figure 1, Fig. 7 (b) is the front view of observing from Y2 side shown in Figure 1, and Fig. 7 (c) is the rearview of observing from Y1 side shown in Figure 1.
As shown in Figure 1 to Figure 3, the adapter for card device 101 of the utility model the first execution mode constitutes, and possesses: for the housing 1 of card KD insertion; The connector section 5 that is connected with subject side connector CN1 on the framework K1 that is provided in electronic equipment; And the locking operating portion 7 that is arranged on the left and right sides of adapter for card device 101.And, be arranged on by blocking KD in the housing 1 of this adapter for card device 101, and adapter for card device 101 is fixed on the part of framework K1 of electronic equipment, thus can via subject side connector CN1 and connector section 5 will block KD and electronic equipment is electrically connected to.Therefore, by using this adapter for card device 101, the card KD of abnormal shape can be installed in the electronic equipment that the card corresponding with the subject side connector CN1 of electronic equipment only can be installed.In addition, card KD described herein, expression is supplied with PC card from built-in information to electronic equipment, the branch units (expansion unit) of USB mouth etc.
In addition, on a part for the framework K1 that adapter for card device 101 is fixed to with freely loading and unloading electronic equipment, as Fig. 1 and shown in Figure 3, be provided with two the first peristome K11, second a peristome K22 and two the 3rd peristome K33 on framework K1.
At first, to shown in Figure 6, the housing 1 of adapter for card device 101 is overlapped and consisted of by upper shell 11 and lower house 12, and becoming the case shape of the incorporating section 1s that is formed with at least a portion of taking in card KD as Fig. 4.In addition, at the opposition side (Y1 side shown in Figure 1) of insert port of card KD, the connector section 5 that subject side connector CN1 and card KD are electrically connected to is set as being sandwiched by upper shell 11 and lower house 12.Upper shell 11 and lower house 12 are such as using the synthetic resin such as ABS resin, easily making by injection moulding.
In addition, as extremely shown in Figure 6 in Fig. 1, when adapter for card device 101 is installed on framework K1 (Fig. 2 and shown in Figure 3), lower house 12 is configured in the opposed side with framework K1, is provided with on the 12b of the bottom surface of lower house 12: the section that projects 13 and the eaves section 23 that are inserted through the second peristome K22; And two protuberances 14 that are inserted through the 3rd peristome K33.In addition, projecting section 13 and protuberance 14 is to extend from the bottom surface 12b of lower house 12 to arrange and form.
In addition, eaves section 23 extends towards installation direction DF from the front that projects section 13 and arranges and form, and possesses the opposed press surface 23p with the bottom surface 12b of lower house 12.In addition, when adapter for card device 101 was installed to installation on framework K1, framework K1 was configured between bottom surface 12b and press surface 23p.
Then, as shown in Figure 6, connector section 5 has a plurality of the first external connection terminals T1 that are electrically connected to subject side connector CN1 and a plurality of the second external connection terminals T2 that is electrically connected to card KD, and will be electrically connected between each terminal by printing distributing board P5.Being connected between the first external connection terminals T1 and the second external connection terminals T2 and printing distributing board P5, connecting with scolding tin, and keep the first external connection terminals T1 and the second external connection terminals T2 by printing distributing board P5.In addition, be provided with shielded box 5k on the first external connection terminals T1, this shielded box 5k is set as surrounding the first external connection terminals T1, be provided with radome 5s on the second external connection terminals T2, this radome 5s is set the upper face side (Z1 side shown in Figure 7) for covering the second external connection terminals T2.
Then, locking with operating portion 7 is, formed by synthetic resin materials such as ABS resin, as Fig. 1, Fig. 2, Fig. 5, Fig. 6 and shown in Figure 7, comprise two lockings operating portion 7A and locking operating portion 7B, be provided in respectively the two ends of insert port side of the card KD of housing 1, the locking of left and right is set to operating portion 7A and the locking size of separation DS with operating portion 7B, the locking that card can insert the left and right with operating portion 7A and locking with between operating portion 7B.That is, the locking of left and right with operating portion 7A and locking with operating portion 7B set for, the width dimensions of card and the locking of left and right are roughly consistent with the size of separation DS between operating portion 7 (7A, 7B).
In addition, as shown in Figure 6, locking with operating portion 7 is, the extension 7e of locking with operating portion 7 is connected with the interior elastomeric element that sets 6 of adapter for card device 101, can be fixed movably by elastomeric element 6.Thus, locking action described later is needed in order to carry out, locking uses operating portion 7 to the movement of Width, does not need more miscellaneous part, and does not need to arrange complicated mechanism.Thus, can easily carry out the assembling of adapter for card device 101 etc., and can make adapter for card device 101 by qurer.In addition, when assembling, locking can be set in adapter for card device 101 simultaneously with operating portion 7 and elastomeric element 6.Thus, can more easily carry out the assembling of adapter for card device 101, and more qurer is made adapter for card device 101.
In addition, by elastomeric element 6 heat being pressed into locking with on the extension 7e of operating portion 7, carry out thus locking the extension 7e of operating portion 7 and being connected of elastomeric element 6.Thus, can carry out simply locking being connected with operating portion 7 and elastomeric element 6.Thus, can easily carry out the manufacturing of adapter for card device 101, and more qurer is made adapter for card device 101.
In addition, elastomeric element 6 is made by leaf spring, and the press section 9 and the above-mentioned radome 5s that press with the left and right of card KD when having inserted card KD form.Thus, by metallic plate is carried out bending machining, can easily make elastomeric element 6.And, can make together elastomeric element 6, press section 9 and radome 5s by the bending machining of metallic plate.Thus, more qurer is made adapter for card device 101.
In addition, as Fig. 1, Fig. 3, Fig. 4 (b), Fig. 5 (b), Fig. 6 (b) and shown in Figure 7, be fixedly installed the section of being convexly equipped with 18 at locking with the downside (Z2 side shown in Figure 1) of operating portion 7, this is convexly equipped with section 18, when adapter for card device 101 is installed on framework K1, as shown in Figure 3, be housed in the first peristome K11 that the part of the framework K1 of above-mentioned electronic equipment possesses, and set as being arranged on claw K8 on the first peristome K11 with to be convexly equipped with section 18 opposed.
In addition, as Fig. 3 (b) and shown in Figure 7, be convexly equipped with the cam surface 18c that has the section of being convexly equipped with 18 in section 18, and be provided with continuously locking surface 18s with cam surface 18c.In addition, cam surface 18c tilts towards the inboard with respect to installation direction DF (the Y1 direction shown in Fig. 3 (a)) in overlooking.That is, as shown in Fig. 3 (b), cam surface 18c is to overlook the middle cam surface 18 that extends to installation direction DF
c1, with the cam surface 18 that tilts towards the inboard with respect to installation direction DF
c2Form continuously.
On the other hand, as shown in Fig. 3 (b), on claw K8 set on the first peristome K11 of the framework K1 that accommodates the section of being convexly equipped with 18, have the guide surface K8a that slides on cam surface 18c, and be provided with continuously bearing-surface K8u with guide surface K8a.In addition, guide surface K8a is that the direction DN (the Y2 direction shown in Fig. 3 (b)) that extracts with respect to drawing adapter for card device 101 in overlooking tilts toward the outer side.That is, as shown in Fig. 3 (b), guide surface K8a is to overlook middle guide surface K8a to extracting direction DN extension
1, and with respect to the guide surface K8a that extracts direction DN and tilt toward the outer side
2Form continuously.And when adapter for card device 101 was installed on framework K1, the bearing-surface K8u of the locking surface 18s of above-mentioned cam surface 18c and this guide surface K8a was opposed.
In addition, as shown in Fig. 3 (b), be convexly equipped with section 18 and be, have the inclination identical with cam surface 18c with the opposed opposing face 18r of cam surface 18c side, form the line symmetry with respect to the line AC shown in Fig. 3 (b) overlooking convexity wheel face 18c and opposing face 18r.Namely, be set to locking with on operating portion 7 time will be convexly equipped with section 18, set as long as will be convexly equipped with section 18 the following center (with reference to Fig. 5 (b)) that locking is used operating portion 7, can be with the identical shaped locking of making the left and right with operating portion 7 (7A, 7B), and the locking that can consist of the left and right with a part is with operating portion 7 (7A, 7B).Thus, can make the locking operating portion 7 (7A, 7B) of left and right by a mould, therefore can make adapter for card device 101 by qurer.
Then, use Fig. 1, Fig. 2, Fig. 3 (b), Fig. 4 (b), Fig. 8, Fig. 9 and Figure 10, the situation that adapter for card device 101 is installed on framework K1 is described.Fig. 8 is that explanation is installed to the adapter for card device 101 of the utility model the first execution mode in the figure of the situation on framework K1, Fig. 8 (a) expression puts state on framework K1 with adapter for card device 101, and Fig. 8 (b) is the upward view of observing from the Z2 side shown in Fig. 8 (a).Fig. 9 is that explanation is installed to the adapter for card device 101 of the utility model the first execution mode in the figure of the situation on framework K1, the state that Fig. 9 (a) expression makes adapter for card device 101 slide to installation direction DF, Fig. 9 (b) is the upward view of observing from the Z2 side shown in Fig. 9 (a).Figure 10 is that explanation is installed to the adapter for card device 101 of the utility model the first execution mode in the figure of the situation on framework K1, Figure 10 (a) expression is installed to state on framework K1 with adapter for card device 101, and Figure 10 (b) is the upward view of observing from the Z2 side shown in Figure 10 (a).
At first, from state shown in Figure 1, as shown in Fig. 8 (a), adapter for card device 101 is put on framework K1.At this moment, as shown in Fig. 8 (b), be convexly equipped with in the first peristome K11 that section 18 is housed in framework K1, project the second peristome K22 that section 13 (with reference to Fig. 4 (b)) and eaves section 23 are inserted through framework K1, protuberance 14 is inserted through the 3rd peristome K33 of framework K1.In addition, although not shown, eaves section 23 is configured to the side (the Z2 side shown in Fig. 8 (a)) on the lower than framework K1.
Then, when from state shown in Figure 8, as shown in Figure 9, when making adapter for card device 101 slide (movement) to installation direction DF, being convexly equipped with section 18 is, when sliding on the guide surface K8a of the cam surface 18c that is convexly equipped with section 18 at claw K8, direction (the incorporating section 1s direction of taking in card KD shown in Figure 1) is mobile to the inside.This be convexly equipped with section 18 to the inside move former of direction because the guide surface K8a of claw K8 tilts toward the outer side with respect to extracting direction DN (the Y2 direction shown in Fig. 3 (b)) in overlooking.And, this be convexly equipped with section 18 to the inside move former of direction because, the locking that is provided with the section of being convexly equipped with 18 is connected with elastomeric element 6 with operating portion 7, locking can move with operating portion 7.In addition, the cam surface 18c that is convexly equipped with section 18 tilts towards the inboard of installation direction DF in overlooking, and therefore when sliding on the guide surface K8a of cam surface 18c at claw K8, cam surface 18c and guide surface K8a is slided swimmingly.
In addition, when as shown in Figure 9, when making adapter for card device 101 slide (movement) to installation direction DF, project section 13 (with reference to Fig. 4 (b)) and eaves section 23 moves to installation direction DF, become framework K1 is configured in state between the bottom surface 12b of the press surface 23p of eaves section 23 and lower house 12.In addition, protuberance 14 is movable and move to installation direction DF in the 3rd peristome K33.Thus, protuberance 14 by the 3rd peristome K33 guiding to installation direction DF, therefore can be in the position relationship that correctly keeps between adapter for card device 101 and framework K1 installing card with adapter apparatus 101.
And, when from state shown in Figure 9, as shown in Figure 10, make adapter for card device 101 further slide, adapter for card device 101 was installed to framework K1 when upper to installation direction DF, be convexly equipped with section 18 mobile to the rightabout (sidewall direction of housing 1 shown in Figure 1) of above-mentioned inboard direction, as shown in Fig. 3 (b), be arranged on continuously the locking surface 18s in the section of being convexly equipped with 18 with cam surface 18c and the bearing-surface K8u of the claw K8 that arranges continuously with guide surface K8a opposed.Thus, even adapter for card device 101 will move to the direction DN (the Y2 direction shown in Fig. 3 (b)) that extracts of drawing adapter for card device 101, the bearing-surface K8u that is convexly equipped with the locking surface 18s of section 18 and claw K8 is butt also, and hinders to the movement of extracting direction DN.
In addition, when as shown in Figure 9, when adapter for card device 101 is installed to framework K1, project section 13 (with reference to Fig. 4 (b)) and eaves section 23 further moves to installation direction DF, framework K1 is configured between the press surface 23p of the bottom surface 12b of lower house 12 and eaves section 23.Thus, even adapter for card device 101 is mobile to vertical direction (Z direction shown in Figure 9) with respect to framework K1, eaves section 23 or bottom surface 12b and framework K1 be butt also, moves to vertical direction and suppress adapter for card device 101.
In addition, when as shown in Figure 9, when adapter for card device 101 was installed to framework K1, protuberance 14 was movable and further move the side butt of the end face of the length direction of the 3rd peristome K33 and protuberance 14 to installation direction DF in the 3rd peristome K33.Thus, even adapter for card device 101 further is pressed into to installation direction DF, also can suppress its being moved further to installation direction DF.Thus, can suppress unnecessary stress that the subject side connector CN1 that is arranged on framework K1 side is applied.
At last, after adapter for card device 101 is installed on framework K1, as shown in Figure 2, will block KD plug card adapter apparatus 101.Thus, locking with operating portion 7A set for, the locking of left and right is roughly consistent with the width dimensions of card KD with the size of separation DS between operating portion 7 (7A, 7B), therefore the card KD that passes through to insert, suppress the activity of its interior side direction to plug card KD one side (X1 direction shown in Figure 10), and locking is blocked the activity of KD inhibition to the interior side direction (X2 direction shown in Figure 10) of plug card KD one side with operating portion 7B.Therefore, as shown in Figure 10 (b), locking is with the releasing direction (X1 direction shown in Figure 10) of the locking state of the section that is convexly equipped with 18 of operating portion 7A and the locking releasing direction (X2 direction shown in Figure 10) with the locking state of the section that is convexly equipped with 18 of operating portion 7B, and is consistent with interior side direction (X1 direction shown in Figure 10, X2 direction shown in Figure 10).Thus, when having inserted card KD, the locking of left and right hinders the locking of left and right with the activity of operating portion 7 (7A, 7B) with operating portion 7 (7A, 7B) by card KD, and maintenance is convexly equipped with section 18 and and is convexly equipped with locking state between the claw K8 that section 18 arranges opposed to each other.Thus, from adapter for card device 101 drawing card KD the time, by card KD locking the locking state, can prevent that therefore adapter for card device 101 is by together from the misoperation of framework K1 drawing.
In addition, in above such operation, when adapter for card device 101 is installed to framework K1, after on the claw K8 of set cam surface 18c and framework K1, set guide surface K8a slides on making the section that is convexly equipped with 18 of adapter for card device 101, make the bearing-surface K8u of the locking surface 18s of the section of being convexly equipped with 18 and claw K8 opposed.Therefore, adapter for card device 101 is slided mobile, and finally make the bearing-surface K8u of the locking surface 18s of the section of being convexly equipped with 18 and claw K8 opposed.Thus, can consist of by simple, hinder the releasing of the locking state of the plug direction (Y1-Y2 direction shown in Figure 1) between adapter for card device 101 and framework K1.
And, when adapter for card device 101 is installed on framework K1, framework K1 is configured between the bottom surface 12b of the formed eaves of the front section 23 of the section that projects 13 of adapter for card device 101 and adapter for card device 101, thus the press surface 23p that possesses of eaves section 23 and framework K1 and bottom surface 12b and framework K1 opposed.Therefore, can suppress adapter for card device 101 and move in vertical direction with respect to framework K1, and the locking that can suppress to be provided on adapter for card device 101 moves in vertical direction with operating portion 7.Thus, suppressing to be fixedly installed on locking moves in vertical direction with the section that is convexly equipped with 18 on operating portion 7, therefore can suppress the section that is convexly equipped with 18 and be offset in vertical direction with respect to claw K8, and can prevent further that adapter for card device 101 is by the misoperation from framework K1 drawing.
Above, to adapter for card device 101 is illustrated to the situation that framework K1 installs, the below is to making adapter for card device 101 describe simply from the situation that framework K1 breaks away from.At first, card KD is moved to extracting direction DN slip, and from adapter for card device 101 drawing card KD.Thus, because the locking of left and right can move to the Width of card KD with operating portion 7 (7A, 7B), the locking of left and right is moved respectively to the interior side direction of plug card KD one side with operating portion 7 (7A, 7B).Move with this and accompany, the locking that is arranged on the left and right moves to the interior side direction of plug card KD one side respectively similarly with the section that is convexly equipped with 18 on operating portion 7 (7A, 7B).Thus, be convexly equipped with the locking surface 18s of section 18 and the bearing-surface K8u of claw K8 and become not opposed, so adapter for card device 101 can move to extracting direction DN.
Then, make adapter for card device 101 towards extract direction DN slide mobile, until it is not opposed to be configured in press surface 23p that eaves section 23 possesses and the framework K1 between the 12b of bottom surface and press surface 23p and bottom surface 12b.Thus, adapter for card device 101 can move to vertical direction, can be with 101 dismountings of adapter for card device.
According to more than, used the adapter for card device 101 of fastener structure of the present utility model to be, when adapter for card device 101 was installed to installation on the framework K1 of electronic equipment, the locking of left and right was consistent with the releasing direction of the locking state of the section that is convexly equipped with 18 of operating portion 7 (7A, 7B) with the locking of left and right with the interior side direction of operating portion 7 (7A, 7B).Therefore, set when having inserted card KD for, the locking of left and right is roughly consistent with the width dimensions of card KD with the size of separation DS between operating portion 7 (7A, 7B), therefore the card KD that passes through to insert, the locking that hinders the left and right is movable to the Width of card KD with operating portion 7 (7A, 7B), and keeps being convexly equipped with section 18 and and be convexly equipped with locking state between the claw K8 of section's 18 opposite disposed.Thus, from adapter for card device 101 drawing card KD the time, due to by card KD locking the locking state, can prevent that therefore the adapter for card device is by together from the misoperation of framework K1 drawing.Therefore, can provide a kind of adapter for card device 101, when the plug of card KD, adapter for card device 101 can not break away from from the framework K1 of electronic equipment.
In addition, when adapter for card device 101 is installed on the framework K1, after on the claw K8 of set cam surface 18c and framework K1, set guide surface K8a slides on making the section that is convexly equipped with 18 of adapter for card device 101, make the bearing-surface K8u of the locking surface 18s of the section of being convexly equipped with 18 and claw K8 opposed.Therefore, adapter for card device 101 is slided mobile, and finally make the bearing-surface K8u of the locking surface 18s of the section of being convexly equipped with 18 and claw K8 opposed.Thus, can consist of by simple, hinder the releasing of the locking state of the plug direction between adapter for card device 101 and framework K1.
In addition, cam surface 18c tilts towards the inboard with respect to installation direction DF, and guide surface K8a tilts toward the outer side with respect to extracting direction DN, and when therefore installing when making 101 slips of adapter for card device mobile, cam surface 18c and guide surface K8a can slide swimmingly.Thus, can easily adapter for card device 101 be installed on framework K1.
In addition, be convexly equipped with section 18 and form the line symmetry, therefore can be with the identical shaped locking of making the left and right with operating portion 7 (7A, 7B), and the locking that can consist of the left and right with a part is with operating portion 7 (7A, 7B).Thus, can make the locking operating portion 7 (7A, 7B) of left and right by a mould, therefore can make adapter for card device 101 by qurer.
In addition, when adapter for card device 101 is installed on framework K1, framework K1 is configured between the bottom surface 12b of the formed eaves of the front section 23 of the section that projects 13 of adapter for card device 101 and adapter for card device 101, thus the press surface 23p that possesses of eaves section 23 and framework K1 and bottom surface 12b and framework K1 opposed.Therefore, can suppress adapter for card device 101 and move in vertical direction with respect to framework K1, and the locking that can suppress to be provided on adapter for card device 101 moves in vertical direction with operating portion 7.Thus, suppressing to be fixedly installed on locking moves in vertical direction with the section that is convexly equipped with 18 on operating portion 7, therefore can suppress the section that is convexly equipped with 18 and be offset in vertical direction with respect to claw K8, can prevent further that adapter for card device 101 is by the misoperation from framework K1 drawing.
In addition, when adapter for card device 101 is carried out installation or removal with respect to framework K1, extend from the bottom surface 12b of adapter for card device 101 protuberance 14 that arranges, movable in the 3rd peristome K33, so protuberance 14 is guided to installation direction DF or extracts direction DN by the 3rd peristome K33.Therefore, can carry out installation or removal in the position relationship that correctly keeps between adapter for card device 101 and framework K1.Thus, can more easily adapter for card device 101 be installed on framework K1, and can make it chimeric well with the subject side connector CN1 precision that is arranged on framework K1 side, and can suppress to be applied to the unnecessary stress on subject side connector CN1.
In addition, locking can be fixed by being provided in the elastomeric element 6 in adapter for card device 101 movably with operating portion 7, therefore for locking can be moved with operating portion 7, does not need more miscellaneous part, and does not need to arrange complicated mechanism.Thus, can easily carry out the assembling of adapter for card device 101 etc., can make adapter for card device 101 by qurer.In addition, when assembling, locking can be provided in adapter for card device 101 simultaneously with operating portion 7 and elastomeric element 6.Thus, can more easily carry out the assembling of adapter for card device 101, and more qurer is made 101 making of adapter for card device.
In addition, elastomeric element 6 is leaf springs, therefore just can easily make elastomeric element 6 by metallic plate being carried out bending machining.Thus, more qurer is made adapter for card device 101.
In addition, locking is pressed in elastomeric element 6 with operating portion 7, therefore can carry out simply the connection between locking use operating portion 7 and elastomeric element 6.Thus, can easily carry out the manufacturing of adapter for card device 101, and more qurer is made adapter for card device 101.
In addition, the utility model is not limited to above-mentioned execution mode, for example can be out of shape as described below and implement, and these execution modes also belong to technical scope of the present utility model.
＜variation 1＞
In the above-described first embodiment, fastener structure of the present utility model to be applied to the adapter for card device 101 of the framework K1 of electronic equipment, but fastener structure of the present utility model is not limited to be applied to the framework K1 of electronic equipment, also can be applied to matrix on a part that is arranged on electronic equipment, such as printing distributing board etc.
＜variation 2＞
In the above-described first embodiment, preferably constitute, after on set cam surface 18c and claw K8, set guide surface K8a slides on making the section of being convexly equipped with 18, make the bearing-surface K8u of the locking surface 18s of the section of being convexly equipped with 18 and claw K8 opposed, but also can constitute, cam surface 18c and guide surface K8a are slided, and be convexly equipped with section and claw is opposed.
The utility model is not limited to above-mentioned execution mode, only otherwise break away from the scope of the purpose of this utility model, can carry out suitable change.
Claims (14)
1. fastener structure is arranged on matrix and the card that will insert on the part of electronic equipment and is provided in fastener structure between the adapter for card device that the subject side connector on above-mentioned matrix is electrically connected to, it is characterized in that,
The left and right sides of above-mentioned adapter for card device have can the Width at above-mentioned card on mobile locking operating portion, the above-mentioned locking of left and right is set with operating portion and can be inserted for above-mentioned card, and the locking that is set to above-mentioned left and right is roughly consistent with the width dimensions of above-mentioned card with the size of separation between operating portion, be fixedly installed the section of being convexly equipped with at above-mentioned locking on operating portion
Has the first peristome on the part of the above-mentioned matrix of above-mentioned electronic equipment, above-mentioned the first peristome has when locking with above-mentioned adapter for card device and the above-mentioned claw that is convexly equipped with section's opposite disposed, above-mentioned claw by with the above-mentioned section's butt that is convexly equipped with, hinder thus to the movement of extracting direction of the above-mentioned adapter for card device of drawing
The locking operating portion of above-mentioned left and right is, when above-mentioned locking, above-mentioned locking is convexly equipped with section with operating portion above-mentioned with the interior side direction of above-mentioned card one side of the insertion of operating portion and above-mentioned locking the releasing direction of locking state is consistent.
2. fastener structure as claimed in claim 1, is characterized in that,
The above-mentioned section of being convexly equipped with has the cam surface that slides on the guide surface of above-mentioned claw,
When above-mentioned adapter for card device was installed to above-mentioned matrix, the above-mentioned section that is convexly equipped with was accommodated in above-mentioned the first peristome,
When above-mentioned adapter for card device had been moved to installation direction, above-mentioned cam surface slided on above-mentioned guide surface, and above-mentioned guide surface guides, so that the above-mentioned section that is convexly equipped with moves to above-mentioned inboard direction,
When above-mentioned adapter for card device is installed on above-mentioned matrix, the above-mentioned section that is convexly equipped with moves to the rightabout of above-mentioned inboard direction, be arranged at continuously the above-mentioned locking surface that is convexly equipped with section with above-mentioned cam surface and the bearing-surface of the above-mentioned claw that arranges continuously with above-mentioned guide surface opposed.
3. fastener structure as claimed in claim 2, is characterized in that,
Above-mentioned guide surface tilts towards the above-mentioned outside of extracting direction in overlooking, and above-mentioned cam surface tilts towards the inboard of above-mentioned installation direction in overlooking.
4. fastener structure as claimed in claim 1, is characterized in that,
Have the second peristome on the part of above-mentioned matrix,
Above-mentioned adapter for card device with above-mentioned matrix opposed bottom surface on, have the section that projects that is inserted through above-mentioned the second peristome,
Have eaves section in the above-mentioned front that projects section, this eaves section extends from the above-mentioned section of projecting and arranges and possess and the opposed press surface in above-mentioned bottom surface,
When above-mentioned adapter for card device was installed on above-mentioned matrix, above-mentioned matrix was clamped between above-mentioned bottom surface and above-mentioned press surface.
5. fastener structure as claimed in claim 1, is characterized in that,
Have the 3rd peristome on the part of above-mentioned matrix,
Above-mentioned adapter for card device with above-mentioned matrix opposed bottom surface on, have be inserted through above-mentioned the 3rd peristome, extend the protuberance that arranges,
When above-mentioned adapter for card device was installed or dismantled with respect to above-mentioned matrix, raised part was movable in above-mentioned the 3rd peristome.
6. adapter for card device is fixed on the part of framework of electronic equipment with freely loading and unloading, and has being provided in the subject side connector on above-mentioned framework and being inserted into the connector section that the card in housing is electrically connected to, it is characterized in that,
The left and right sides at above-mentioned adapter for card device, has the locking operating portion that can move on the Width of above-mentioned card, the above-mentioned locking of left and right is set with operating portion and can be inserted for above-mentioned card, and the locking that is set to above-mentioned left and right is roughly consistent with the width dimensions of above-mentioned card with the size of separation between operating portion, be fixedly installed the section of being convexly equipped with at above-mentioned locking on operating portion
Be provided with the first peristome on the part of the above-mentioned framework of above-mentioned electronic equipment, set when above-mentioned adapter for card device is installed to installation on above-mentioned framework for, be arranged at the claw of above-mentioned the first peristome and above-mentioned to be convexly equipped with section opposed, by above-mentioned section and the above-mentioned claw butt of being convexly equipped with, hindering thus the above-mentioned section that is convexly equipped with moves to the direction of extracting of the above-mentioned adapter for card device of drawing
The locking operating portion of above-mentioned left and right is, when above-mentioned installation, above-mentioned locking inserts a side with the above-mentioned card of operating portion interior side direction and above-mentioned locking are convexly equipped with section with operating portion the above-mentioned releasing direction of locking state is consistent.
7. adapter for card device as claimed in claim 6, is characterized in that,
The above-mentioned section of being convexly equipped with has the cam surface that slides on the guide surface of above-mentioned claw,
When above-mentioned adapter for card device was installed to above-mentioned framework, the above-mentioned section that is convexly equipped with was accommodated in above-mentioned the first peristome,
When above-mentioned adapter for card device had been moved to installation direction, above-mentioned cam surface slided on above-mentioned guide surface, and the above-mentioned section that is convexly equipped with moves to above-mentioned inboard direction by above-mentioned guide surface,
When above-mentioned adapter for card device is installed on above-mentioned framework, the above-mentioned section that is convexly equipped with moves to the rightabout of above-mentioned inboard direction, be arranged at continuously the above-mentioned locking surface that is convexly equipped with section with above-mentioned cam surface and the bearing-surface of the above-mentioned claw that arranges continuously with above-mentioned guide surface opposed.
8. adapter for card device as claimed in claim 7, is characterized in that,
Above-mentioned cam surface tilts towards the inboard with respect to above-mentioned installation direction in overlooking, and above-mentioned guide surface tilts toward the outer side with respect to the above-mentioned direction of extracting in overlooking.
9. adapter for card device as claimed in claim 8, is characterized in that,
The above-mentioned section of being convexly equipped with is, has the inclination identical with above-mentioned cam surface with the opposed opposing face side of above-mentioned cam surface, and above-mentioned cam surface and above-mentioned opposing face form the line symmetry in overlooking.
10. adapter for card device as claimed in claim 6, is characterized in that,
Above-mentioned adapter for card device with above-mentioned framework opposed bottom surface on, have the section that projects that is inserted through the second peristome,
Have eaves section in the above-mentioned front that projects section, this eaves section extends from the above-mentioned section of projecting and arranges and possess and the opposed press surface in above-mentioned bottom surface,
When above-mentioned adapter for card device was installed on above-mentioned framework, above-mentioned framework was clamped between above-mentioned bottom surface and above-mentioned press surface.
11. adapter for card device as claimed in claim 6 is characterized in that,
Above-mentioned adapter for card device with above-mentioned framework opposed bottom surface on, have the protuberance that is inserted through the 3rd peristome,
When above-mentioned adapter for card device was installed or dismantled with respect to above-mentioned framework, raised part was movable in above-mentioned the 3rd peristome.
12. adapter for card device as claimed in claim 6 is characterized in that,
By the elastomeric element that sets in above-mentioned adapter for card device, above-mentioned locking can be fixed movably with operating portion.
13. adapter for card device as claimed in claim 12 is characterized in that,
Above-mentioned elastomeric element is leaf spring.
14. adapter for card device as claimed in claim 12 is characterized in that,
Above-mentioned locking is pressed in above-mentioned elastomeric element with operating portion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220331388 CN202997229U (en) | 2012-07-09 | 2012-07-09 | Card blocking structure and card adapter device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220331388 CN202997229U (en) | 2012-07-09 | 2012-07-09 | Card blocking structure and card adapter device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202997229U true CN202997229U (en) | 2013-06-12 |
Family
ID=48568361
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220331388 Expired - Fee Related CN202997229U (en) | 2012-07-09 | 2012-07-09 | Card blocking structure and card adapter device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202997229U (en) |
-
2012
- 2012-07-09 CN CN 201220331388 patent/CN202997229U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: Tokyo, Japan, Japan Patentee after: Alpine Alpine Company Address before: Tokyo, Japan, Japan Patentee before: Alps Electric Co., Ltd. |
|
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130612 Termination date: 20200709 |