CN201622574U - Card reading device with movable wireless transceiver - Google Patents
Card reading device with movable wireless transceiver Download PDFInfo
- Publication number
- CN201622574U CN201622574U CN2009202191031U CN200920219103U CN201622574U CN 201622574 U CN201622574 U CN 201622574U CN 2009202191031 U CN2009202191031 U CN 2009202191031U CN 200920219103 U CN200920219103 U CN 200920219103U CN 201622574 U CN201622574 U CN 201622574U
- Authority
- CN
- China
- Prior art keywords
- transmitting module
- radio receiving
- receiving transmitting
- holder
- wireless transceiver
- Prior art date
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- Expired - Fee Related
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Abstract
The utility model relates to a card reading device with a movable wireless transceiver, which comprises a casing and a wireless transceiver module, wherein the casing includes a panel and a circuit board, and the wireless transceiver module is arranged inside the casing through a moving device and electrically connected with the circuit board. At least one open hole is formed on the panel, and the wireless transceiver module is moved relatively to the casing, can project selectively from the corresponding open hole of the panel, or can be embedded into the casing. Accordingly, when used, the wireless transceiver module can be projected outside the casing of the card reading device through the moving device, thereby preventing wireless signals from being shielded by the casing to avoid the problem of signal breaking. When unused, the wireless transceiver module is directly contained inside the casing similarly through the moving device, thereby avoiding the problems of loss and space occupation.
Description
Technical field
The utility model relates to a kind of wireless transceiver, refers to a kind of reader device with movable wireless transceiver especially.
Background technology
Present many computer peripheral apparatus or Portable reader device all must be obtained line by some electrical connection means and computer or network apparatus, carrying out exchange, access or the online of data with computer, and the electrical connection means generally are divided into two kinds of wired connection and wireless connections.
Wired connection is common to be connected with the computer respective socket with connectors such as USB, RS-232, IEEE1394, wireless connections then are to be connected with computer by devices such as bluetooth, radio frequency or infrared rays, even tie the application of net, so-called 3G wireless network card is also arranged at present.With the high bluetooth connection mode of transmission stability, the popularity rate of computer peripheral apparatus or the built-in bluetooth transceiver module of Portable reader device is than the computer height, therefore existing manufacturer begins to design the bluetooth transceiver for as the simple use of pegging graft such as desktop computer or notebook computer, to carry out wireless transmission with computer peripheral apparatus or Portable reader device.And because the progressing greatly of semiconductor technology, but bluetooth transceiver size microminiaturization at present also uses wish because of improving, yet, as present user carries flash memory,, the problem of easy loss is arranged because independent use and volume are little though be convenient for carrying as data storage usefulness; Moreover, owing to can protrude in outside the computer chassis, also how much take the space of user's operating computer when it plugs to computer.
Because it is more convenient that radio connecting carries out the more wired line of data access, should extremely actively seek to solve foregoing problems, to improve the application range of wireless receiver.
The utility model content
The utility model fundamental purpose provides a kind of reader device with movable wireless transceiver, can conveniently wireless transceiver be exposed to outside the reader device casing when using radio transmission-receiving function, otherwise can be accommodated in the reader device casing easy to use and difficult loss and taking up room.
Desiring to reach the employed major technique means of above-mentioned purpose makes this reader device with movable wireless transceiver include:
One casing, it includes a panel, and in be provided with a circuit board; Wherein this panel is formed with at least one perforate; And
One radio receiving transmitting module is located in the casing and with circuit board by a mobile device and is electrically connected, and makes this radio receiving transmitting module move relative to casing, and can be optionally outstanding or embed in the casing from the corresponding perforate of panel.
Reader device with movable wireless transceiver described in the utility model, wherein, this mobile device includes:
One holder is fixed in this casing, and includes two relative openings, and wherein an opening is towards the corresponding perforate of panel, and corresponding perforate with this is communicated with; Again, the opening and the panel cut out of this holder of size match of this radio receiving transmitting module so this radio receiving transmitting module can be slidedly arranged in this holder, and pass from the panel cut out place;
Flexure strip is formed at this holder bottom surface, and its free end upwards is formed with a fixture block; And
Two draw-in grooves are formed at this radio receiving transmitting module bottom surface front and back position respectively, and the coupling fixture block is to engage with fixture block.
Reader device with movable wireless transceiver described in the utility model, wherein, this holder is to be combined by a upper half shell and lower half shell butt joint, the corresponding radio receiving transmitting module of one end face of the relative circuit board of this upper half shell moves horizontally and is equipped with an elongated slot on the path, corresponding elongated slot position is provided with an electronic switch on this circuit board, and the corresponding elongated slot of the fine motion driving lever of this electronic switch position; This flexure strip is located at this lower half shell bottom surface again; And
The corresponding upper half shell elongated slot of this radio receiving transmitting module place is provided with a lug, to protrude in outside the elongated slot.
The utility model also provides a kind of reader device with movable wireless transceiver, it is characterized in that, includes:
One casing wherein is provided with a circuit board and a radio receiving transmitting module;
Wherein, this circuit board is provided with at least one card connector, and electrically connects with this radio receiving transmitting module; Wherein, this radio receiving transmitting module this casing relatively carries out a displacement, and can distinguish clip in a primary importance and a second place, and triggers an electronic switch.
Reader device with movable wireless transceiver described in the utility model, wherein, this radio receiving transmitting module is inserted among the holder, and the tail end of this holder is provided with an elastic parts.
Reader device with movable wireless transceiver described in the utility model, wherein, this electronic switch is located at a side of this holder.
Above-mentioned the utility model is integrated into radio receiving transmitting module in the reader device, in using seasonal radio receiving transmitting module to protrude in outside the casing of reader device, guarantee wireless signal not covered by casing and cause disconnected query to inscribe, and when not using, can directly be accommodated in the casing easily, guarantee the integrality of reader device outward appearance; Be can not have the problem of losing and taking up space to produce because of using separately with, this wireless transceiver.
Description of drawings
Fig. 1: the stereo appearance figure of first preferred embodiment of the present utility model.
The three-dimensional exploded view of Fig. 2: Fig. 1.
Fig. 3: the three-dimensional exploded view of mobile device of the present utility model, and cooperate a radio receiving transmitting module.
Fig. 4: the first half shell stereo appearance figures of the present utility model.
Fig. 5: another three-dimensional exploded view of mobile device of the present utility model, and cooperate a radio receiving transmitting module.
Fig. 6: the sectional view of the part combination of wireless transmitter module of the present utility model and mobile device.
Fig. 7 A: the side plan view of wireless transmitter module of the present utility model and mobile device, wherein this radio receiving transmitting module protrudes in outside the casing.
Fig. 7 B: the side plan view of wireless transmitter module of the present utility model and mobile device, wherein this radio receiving transmitting module retraction is in casing.
Fig. 8 A: the opposite side planar view of wireless transmitter module of the present utility model and mobile device, wherein this radio receiving transmitting module protrudes in outside the casing.
Fig. 8 B: the opposite side planar view of wireless transmitter module of the present utility model and mobile device, wherein this radio receiving transmitting module retraction is in casing.
Fig. 9: the stereo appearance figure of second preferred embodiment of the present utility model.
Figure 10: the action diagram of Fig. 9 of the present utility model.
Figure 11: the wireless transmitter module of the 3rd preferred embodiment of the present utility model and mobile device exploded view partly.
The combination stereogram of Figure 12: Figure 11.
The sectional side view of Figure 13 A: Figure 12, wherein this wireless transmitter module is for pulling out state forward.
The sectional side view of Figure 13 B: Figure 12, wherein this wireless transmitter module is that straight line moves middle state.
The sectional side view of Figure 13 C: Figure 12, wherein this wireless transmitter module is inside retraction state.
[main element symbol description]
10,10a reader device 11 casings
12 panels 121,121a perforate
13 circuit boards, 131 electronic switches
132 fine motion driving levers, 14 card connectors
20,20a radio receiving transmitting module 21 signal wires
22 microscler track 23 button holes
24 lugs, 30 mobile devices
31, 31a holder 310a, 310b, opening
311 the first half shell 312 microscler fins
313 elongated slot 314a, 314b curved arc conduit
315 the second half shell 316 microscler fins
317 elongated slots, 318 flutings
319a upper half shell 319b lower half shell
319c elongated slot 32 elastic partss
321 pass seat 322 through holes
323 hook portions, 324 projections
325 backstays, 326 projections
327 springs, 40 mobile devices
41 pivot holes, 42 pivots
50 mobile devices, 51 flexure strips
511 fixture block 52a, 52b draw-in groove
Embodiment
See also Figure 1 and Figure 2, it is first preferred embodiment with reader device of movable wireless transceiver of the present utility model, and this reader device 10 is an All-in-One card reader, and it includes:
One casing 11, it includes a panel 12, and in be provided with a circuit board 13; Wherein this panel 12 is formed with at least one perforate 121; Electrically connect is provided with a plurality of card connectors 14 on this circuit board 13 of present embodiment, and each card connector 14 corresponds to perforate 121 positions, confession memory card (not shown) grafting usefulness; And
One radio receiving transmitting module 20 is located in the casing 11 and with circuit board 13 by a mobile device 30 and is electrically connected, and the power supply of this radio receiving transmitting module 20 is provided; Make this radio receiving transmitting module 20 move (promptly moving to one second place/use location), and can optionally give prominence to or embed in the casing 11 from panel 12 corresponding perforates 121 by one primary importance/reception position relative to casing 11.
Please cooperate and consult shown in Figure 3ly, the mobile device 30 of present embodiment includes:
One holder 31 is fixed in this casing 11, and includes two relative opening 310a, 310b, and wherein an opening 310a is towards the corresponding perforate 121 of panel 12, and corresponding perforate with this 121 is communicated with; Again, the opening of this holder 31 of the size match of this radio receiving transmitting module 20 and panel cut out 121 so this radio receiving transmitting module 20 can be slidedly arranged in this holder 31, and pass from panel cut out 121 places; And
One elastic parts 32 is slidedly arranged in the holder 31 and between holder 31 another openings and radio receiving transmitting module 20, provides this radio receiving transmitting module 20 1 horizontal thrusts, makes radio receiving transmitting module 20 semi-automaticly be slidingly installed in the holder 31.Meaning promptly, when this radio receiving transmitting module 20 when panel 12 is outstanding, one user can bestow this radio receiving transmitting module 20 1 inside horizontal thrusts to panel cut out 121 places, and this radio receiving transmitting module 20 can be pushed elastic parts 32 and was positioned in the holder 31 this moment, and in contract to casing 11.When this user's desire is used radio receiving transmitting module 20, the radio receiving transmitting module 20 that has been recessed in the casing 11 is inwardly pushed at same again panel cut out 121 places, these radio receiving transmitting module 20 meeting releasings this moment are located by connecting with holder 31, and the horizontal thrust that provided by this elastic parts 32, and in holder 31, move horizontally towards panel cut out 121 places, protrude in outside the perforate 121; Be with, this radio receiving transmitting module 20 can not be subjected to covering of casing 11 outside protruding in casing 11, smoothly the transmitting/receiving wireless signal.
Below sincerely further specify the holder 31 of present embodiment mobile device and the detailed structure of elastic parts, and please cooperate and consult Fig. 4 and Fig. 5.
Said fixing seat 31 is the long rectangle holder 31 of a hollow, and it includes:
One the first half shell 311, the nearly aperture position of one side leading portion is formed with a microscler fin 312, and is formed with a sealing elongated slot 313 in the same side middle section position, and the centre position of this elongated slot 313 and back-end location form a vertical curved arc conduit 314a, 314b respectively again;
One the second half shell 312, with the first half shell 311 engagement connections, and the nearly aperture position of one side leading portion is formed with a microscler fin 316, and be formed with a sealing elongated slot 317 in the same side middle section position, the corresponding radio receiving transmitting module 20 of an end face of these the second half shell 312 relative circuit boards 13 moves horizontally and is equipped with a fluting 318 on the path again, be arranged at wherein for an electronic switch 131, this electronic switch 131 is welded on the circuit board 13, and its fine motion driving lever 132 then penetrates in the second half shells 312 by fluting.
Further include as for 32 of above-mentioned elastic partss:
One passes seat 321, its body is formed with a through hole 322 that supplies the wireless receiving module electric wire to pass, 322 pairs of this through holes should holder 31 another opening 310b places, again this body relatively first and second half shell 311,312 two sides of being formed with elongated slot 313,317 be formed with a hook portion 323 respectively, be located at this radio receiving transmitting module 20 with hook; Corresponding elongated slot 313,317 positions relatively, each hook portion 323 outside are outward extended with a projection 324 more again, and this projection 324 is arranged in this relative elongated slot 313,317;
A positioning rod 325, the one end is hubbed at a side of relative the first half shells 311 of this passing seat 321 bodies, corresponding relative the first half shell 311 elongated slots 313 places, this backstay 325 outsides are formed with a projection 326, and these projection 326 size match are in elongated slot 313 and two curved arc conduit 314a, 314b; And
At least one spring 327, one end are fixed between the sidewall of passing seat 321 bodies and holder 31 formation opening 310b.
Please cooperate shown in Figure 6, radio receiving transmitting module 20 of the present utility model is for cooperating the structure of said fixing seat 31 and elastic parts 32, two opposite sides of its corresponding first and second half shell fin 312,316 are formed with microscler track 22, therefore working as radio receiving transmitting module 20 is arranged in the holder 31, the microscler track 22 of its two side promptly mates and is incorporated into first and second half shell fin 312,316, and can move horizontally in holder 31.Again, microscler track 22 ends of each of radio receiving transmitting module 20 are formed with a button hole 23, supply passing seat 321 bodies two hook portions 323 of elasticity assembly 32 to fasten thereon, and so this passing seat 321 can be fastened and connected with radio receiving transmitting module 20.
See also shown in Fig. 7 A, when radio receiving transmitting module 20 when casing 11 panel cut outs 121 are outwards outstanding, the backstay of this elastic parts 32 outside projection 326 can be positioned at the stage casing curved arc conduit 314a of the first half shell elongated slots 313, and limits the outwards outstanding length of this radio receiving transmitting module 20.Please cooperate and consult shown in Fig. 7 B, when user's desire pushes radio receiving transmitting module 20 in the casing 11, the radio receiving transmitting module 20 that then inside level promotion exposes, this moment, backstay 325 meetings vertically move towards elongated slot 313 along curved arc conduit 314a, wait to move to elongated slot 313 places, can move inward along elongated slot 313 because of horizontal impulse, two opposite side tracks 22 of wireless transmitter 20 are also along the microscler fin 312 of correspondence at this moment, 316 horizontal slips, and spring 327 gradually is and tightens shape because of being subjected to passing seat 321 inside translations, arrive elongated slot 313 terminal curved arc conduit 314b places up to backstay 325 outside projections 326, because of vertically moving, horizontal translocation power is absorbed among this curved arc conduit 314b, when the inside horizontal translocation power of person to be used disappears, because projection 326 has been absorbed in the elongated slot 313 terminal curved arc conduit 314b, make this radio receiving transmitting module 20 be positioned at holder 31, to casing 11, (promptly be positioned primary importance) and contract in can be whole.
When the user desires to use this radio receiving transmitting module 20 once again, push at 121 places towards panel cut out, one inside horizontal thrust is provided equally, these backstay 325 projections 326 promptly can be moved toward elongated slot 313 places along curved arc conduit 314b by primary importance (being reception position), when treating that projection 326 enters elongated slot 313 and inwardly horizontal thrust disappears, this spring 327 is promptly by providing this passing seat to provide this radio receiving transmitting module 20 outside horizontal thrust, make radio receiving transmitting module 20 outstanding to panel cut out 121, projection 326 up to this backstay 325 arrives, curved arc conduit 314a in the middle of the elongated slot 313, this projection 326 promptly can enter this curved arc conduit 314a from elongated slot 313, and radio receiving transmitting module 20 is positioned at holder 31 1 ad-hoc locations.
The utility model further provides the reader device of an automatic open close radio transmission-receiving function, promptly please cooperate and consult shown in Fig. 8 A, because the fine motion driving lever 132 of electronic switch 131 is located in the path that this radio receiving transmitting module 20 moves horizontally, therefore when radio receiving transmitting module 20 shown in Fig. 7 B during from the inside retraction of panel cut out 121, this radio receiving transmitting module 20 promptly leans the fine motion driving lever 132 of this electronic switch 131, makes fine motion driving lever 132 be struck; If this radio receiving transmitting module 20 is outwards when panel cut out 121 is outstanding shown in Fig. 7 A, promptly no longer lean with the fine motion driving lever 132 of electronic switch 131, this moment, the fine motion driving lever 132 of electronic switch 131 promptly resetted.Because electronic switch 131 and circuit board 13 welding, so stirring of its fine motion driving lever 132 can provide circuit board 13 to judge the position of present radio receiving transmitting module 20.If in contract to casing 11, then represent the user not use radio transmission-receiving function and initiatively close this radio receiving transmitting module 20; Otherwise then for automatic open wireless transmission-receiving function, it is more convenient to make the user use.
See also shown in Figure 9ly, it is second preferred embodiment of the utility model reader device 10a, and its most structure is identical with first preferred embodiment, but its mobile device 40 adopts pivot structures.Anticipate promptly, this casing 11 panel cut out 121a mate this radio receiving transmitting module 20 sizes, make radio receiving transmitting module 20 embed in this perforate 121a (promptly being positioned a primary importance).Again, the both sides of the nearly bottom of this casing 11 panel cut out 121a are formed with a pivot hole 41 respectively, this place, radio receiving transmitting module 20 relative two pivot holes has the pivot 42 of formation respectively again, and therefore, this radio receiving transmitting module 20 is relative casing 11 panels 12 pivots (promptly being positioned a second place).In addition, the both sides of the nearly bottom of this machine shell panel perforate also can be formed with a pivot respectively, and the relative two pivot places of this radio receiving transmitting module have the pivot of formation hole respectively again, and therefore, this radio receiving transmitting module 20 is that relative casing 11 panels 12 pivot.Please cooperate and consult shown in Figure 10ly, when user's desire is used this radio receiving transmitting module 20, make this radio receiving transmitting module 20 outwards pivot, and protrude in casing 11 outer (promptly being positioned at a second place) by primary importance; Otherwise, radio receiving transmitting module 20 is turned back perforate 121a internal fixation gets final product.Because perforate 121 these radio receiving transmitting module 20 sizes of coupling so radio receiving transmitting module 20 can embed in the panel 12, do not take up space.
See also Figure 11 and shown in Figure 12, it is the 3rd preferred embodiment of the utility model reader device, its most structure is identical with first preferred embodiment, but the holder 31a of the mobile device of present embodiment 50 is combined by a upper half shell 319a and lower half shell 319b butt joint, wherein upper half shell 319a one side is formed with elongated slot 319c to fine motion driving lever 132 places that should electronic switch 131, protrudes in outside the holder 30a by elongated slot 319c for this radio receiving transmitting module 20a upper surface lug 24.The mobile device 50 of present embodiment further then is provided with a flexure strip 51 in this lower half shell 319b bottom again, these flexure strip 51 free end upper surfaces are formed with a fixture block 511, form draw-in groove 52a, the 52b of this fixture block 511 of coupling more respectively in this radio receiving transmitting module 20a bottom surface front and back position.
Please cooperate and consult shown in Figure 13 A, because this radio receiving transmitting module 20a can slide by horizontal linear in holder 30a, when user's desire is used this radio receiving transmitting module 20a, promptly pull out radio receiving transmitting module 20a forward by a primary importance (reception position), draw-in groove 52b position, fixture block 511 corresponding back up to flexure strip 51, and snap into (use location) till the second place with it, this radio receiving transmitting module 20a upper surface lug 24 is away from the fine motion driving lever 132 of electronic switch 131 at this moment, that is to say that this radio receiving transmitting module 20a can distinguish clip in the primary importance and the second place.Otherwise, shown in Figure 13 B and C, do not re-use radio receiving transmitting module 20a as the user, then radio receiving transmitting module 20a is inwardly pushed, and this radio receiving transmitting module 20a is in the process that inwardly slips into, this flexure strip 51 can bend downwards in distortion, till the projection 511 of flexure strip 51 snaps into forward recess 52a, this moment, lug 24 meetings in this radio receiving transmitting module 20a upper surface move inward to pull the fine motion driving lever 132 of electronic switch 131 along elongated slot 319c, make reader device learn that this radio receiving transmitting module 20a has been pushed in the casing, that is to say that this radio receiving transmitting module 20a triggers electronic switch 131.By on state as can be known, reader device of the present utility model is integrated in a wireless transmitter wherein, cooperate mobile device to allow the user can use this wireless transmitter easily, and do not cover the transmitting-receiving of disturbing wireless signal because of casing, can take in fully to the casing of reader device when not using, do not take up space fully, and do not have the problem of loss; Moreover, because the utility model is provided with an electronic switch in reader device, whether open and close radio transmission-receiving function according to the relative casing position judgment of radio receiving transmitting module automatically for reader device, more convenient in the use.
Claims (14)
1. the reader device with movable wireless transceiver is characterized in that, includes:
One casing, it includes a panel, and in be provided with a circuit board, this panel is formed with at least one perforate again; And
One radio receiving transmitting module is located in the casing and with circuit board by a mobile device and is electrically connected, and makes this radio receiving transmitting module move relative to casing, and can be optionally outstanding or take in to this casing from the corresponding perforate of panel.
2. the reader device with movable wireless transceiver according to claim 1 is characterized in that, this mobile device includes:
One holder is fixed in this casing, and includes two relative openings, and wherein an opening is towards the corresponding perforate of panel, and corresponding perforate with this is communicated with; Again, the opening and the panel cut out of this holder of size match of this radio receiving transmitting module so this radio receiving transmitting module can be slidedly arranged in this holder, and pass from the panel cut out place; And
One elastic parts is slidedly arranged in the holder and between another opening of holder and radio receiving transmitting module, provides this radio receiving transmitting module one horizontal thrust, makes radio receiving transmitting module semi-automaticly be slidingly installed in the holder.
3. the reader device with movable wireless transceiver according to claim 2 is characterized in that, this holder is the long rectangle of a hollow and includes:
One the first half shell, the nearly aperture position of one side leading portion is formed with a microscler fin, and is formed with a sealing elongated slot in the same side middle section position, and the centre position of this elongated slot and back-end location form a vertical curved arc conduit respectively again;
One the second half shell, itself and the first half shell engagement connections, and the nearly aperture position of one side leading portion is formed with a microscler fin, and be formed with a sealing elongated slot in the same side middle section position.
4. the reader device with movable wireless transceiver according to claim 3 is characterized in that, this elastic parts includes:
One passes seat, its body is formed with a through hole that supplies the wireless receiving module electric wire to pass, this through hole is to should another opening part of holder, again this body relatively first and second half shell two sides of being formed with elongated slot be formed with a hook portion respectively, be located at this radio receiving transmitting module with hook; Corresponding elongated slot position relatively, each hook portion outside is outward extended with a projection more again, and this projection is arranged in this relative elongated slot;
A positioning rod, one end are hubbed at a side of relative the first half shells of this passing seat body, and corresponding relative the first half shell elongated slot places, this backstay outside are formed with a projection, and this size of lug is matched with elongated slot and two curved arc conduits; And
At least one spring, one end are fixed between the sidewall of passing seat body and holder formation opening.
5. according to claim 3 or 4 described reader devices with movable wireless transceiver, it is characterized in that, the corresponding radio receiving transmitting module of one end face of this second half relative circuit board of shell moves horizontally and is equipped with a fluting on the path, be arranged at wherein for an electronic switch, this electronic switch is welded on the circuit board, and its fine motion driving lever then penetrates in the second half shells by fluting.
6. the reader device with movable wireless transceiver according to claim 1 is characterized in that,
This radio receiving transmitting module size is mated in this machine shell panel perforate, makes radio receiving transmitting module embed in this perforate; And
This mobile device includes:
Two pivot holes are formed at the closely both sides of bottom of this machine shell panel perforate respectively; And
Two pivots are formed at place, the relative two pivot holes of this radio receiving transmitting module respectively.
7. the reader device with movable wireless transceiver according to claim 1 is characterized in that,
This radio receiving transmitting module size is mated in this machine shell panel perforate, makes radio receiving transmitting module embed in this perforate; And
This mobile device includes:
Two pivots are formed at the closely both sides of bottom of this machine shell panel perforate respectively; And
Two pivot holes are formed at the relative two pivot places of this radio receiving transmitting module respectively.
8. according to claim 1 to 4,6 or 7 arbitrary described reader devices, it is characterized in that this panel forms a plurality of perforates, and this circuit board is provided with a plurality of card connectors, and each card connector corresponds to perforate with movable wireless transceiver.
9. the reader device with movable wireless transceiver according to claim 5 is characterized in that this panel forms a plurality of perforates, and this circuit board is provided with a plurality of card connectors, and each card connector corresponds to perforate.
10. the reader device with movable wireless transceiver according to claim 1 is characterized in that,
This mobile device includes:
One holder is fixed in this casing, and includes two relative openings, and wherein an opening is towards the corresponding perforate of panel, and corresponding perforate with this is communicated with; Again, the opening and the panel cut out of this holder of size match of this radio receiving transmitting module so this radio receiving transmitting module can be slidedly arranged in this holder, and pass from the panel cut out place;
Flexure strip is formed at this holder bottom surface, and its free end upwards is formed with a fixture block; And
Two draw-in grooves are formed at this radio receiving transmitting module bottom surface front and back position respectively, and the coupling fixture block is to engage with fixture block.
11. the reader device with movable wireless transceiver according to claim 10 is characterized in that:
This holder is to be combined by a upper half shell and lower half shell butt joint, the corresponding radio receiving transmitting module of one end face of the relative circuit board of this upper half shell moves horizontally and is equipped with an elongated slot on the path, corresponding elongated slot position is provided with an electronic switch on this circuit board, and the corresponding elongated slot of the fine motion driving lever of this electronic switch position; This flexure strip is located at this lower half shell bottom surface again; And
The corresponding upper half shell elongated slot of this radio receiving transmitting module place is provided with a lug, to protrude in outside the elongated slot.
12. the reader device with movable wireless transceiver is characterized in that, includes:
One casing wherein is provided with a circuit board and a radio receiving transmitting module;
Wherein, this circuit board is provided with at least one card connector, and electrically connects with this radio receiving transmitting module; Wherein, this radio receiving transmitting module this casing relatively carries out a displacement, and can distinguish clip in a primary importance and a second place, and triggers an electronic switch.
13. the reader device with movable wireless transceiver according to claim 12 is characterized in that this radio receiving transmitting module is inserted among the holder, and the tail end of this holder is provided with an elastic parts.
14. the reader device with movable wireless transceiver according to claim 13 is characterized in that, this electronic switch is located at a side of this holder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202191031U CN201622574U (en) | 2009-10-09 | 2009-10-09 | Card reading device with movable wireless transceiver |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202191031U CN201622574U (en) | 2009-10-09 | 2009-10-09 | Card reading device with movable wireless transceiver |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201622574U true CN201622574U (en) | 2010-11-03 |
Family
ID=43026033
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202191031U Expired - Fee Related CN201622574U (en) | 2009-10-09 | 2009-10-09 | Card reading device with movable wireless transceiver |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201622574U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107402040A (en) * | 2017-08-04 | 2017-11-28 | 厦门为正生物科技股份有限公司 | Intelligent detecting instrument and its application method based on detection card |
-
2009
- 2009-10-09 CN CN2009202191031U patent/CN201622574U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107402040A (en) * | 2017-08-04 | 2017-11-28 | 厦门为正生物科技股份有限公司 | Intelligent detecting instrument and its application method based on detection card |
| CN107402040B (en) * | 2017-08-04 | 2023-04-07 | 厦门为正生物科技股份有限公司 | Intelligent detector based on detection card and use method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101103 Termination date: 20121009 |