TWI269210B - Cordless input apparatus - Google Patents

Abstract

A cordless input apparatus is provided. The cordless input apparatus includes a body, a cover, a buckling structure and a button. The body has a space for receiving a portable storage device. The cover is detachedly connected to the body and covers the space. The buckling structure is for the cover being detachedly connected to the body. The button is detachedly connected to the body. When the button is pressed, the button enables the buckling structure, so that the cover and the body are separated. The portable storage device can be taken out of the space.

Description

1269210 VIII. If there is a chemical formula in this case, please uncover the chemical formula of _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ A wireless input device for the storage device. , the type of month b [previous technology] due to the increasingly sophisticated technology and the general (four) users of the digital investment in the 'big increase' various external storage devices also came into being. At present, there are quite a variety of external storage devices, such as burning files, hard disk flash disks, etc., especially fast _ has gradually become a necessary tool for daily contact with computers. The reason is that flash discs are less bulky than flash writers or hard drives, and it is convenient to use the (3) MB or 256 MB flash discs that are common on the 1st surface to meet the needs of office workers or students. However, due to the small size of the fast _, it is easy to use in the process of carrying it, or it is forgotten to be taken away by the geeks inserted in the computer. In addition to the loss of hardware and money, the information contained in it is related to the privacy of the people, even the company's business secrets. SUMMARY OF THE INVENTION In view of the above, it is an object of the present invention to provide a wireless input device that can accommodate a small storage device. According to an object of the present invention, a wireless input device is provided, comprising a body, a second outer casing, a locking mechanism and a button. The body has an accommodating space for accommodating a data storage device. The outer cover is detachably covered on the body and the accommodating space, and the engaging mechanism can detachably engage the outer cover with the body, and the button is movably disposed on the body. Where #, press the (four) key, the button actuates the engagement mechanism, and two

TWI613PA-C 5 '1269210 The cover is separated from the body, and the data storage device can be taken out from the accommodating space. According to still another object of the present invention, a wireless input device is provided, comprising a card a mechanism and a button. The body has an accommodation space ::- data storage device. The snap mechanism allows the data = = body bond 'button to be movably disposed on the body. Among them, the second = two swaying engagement mechanism separates the data storage device from the body, and the capital storage device can be taken out from the accommodating space.

According to another object of the present invention, a wireless input device is provided that includes a first-outer cover. The body has a accommodating groove and a first accommodating space, and the accommodating groove has a side space which is disposed on the side of the accommodating groove, and the accommodating groove is used: a nano-data storage device, the first capacity The space is for accommodating a first battery. The detachable method is combined with the body, and the outer cover covers the second hole of the first accommodating space cover. Wherein, when the outer cover is combined with the body, the -Beca storage device can enter and exit the accommodating groove through the first hole and the second hole. When the outer cover is separated from the body, the first battery can be detached from the first accommodating space. The above described objects, features, and advantages of the invention will be apparent from the description and appended claims appended claims [Embodiment] In the first embodiment, reference is made to FIG. 1 , which is a perspective view of a wireless input device according to an embodiment of the present invention. The wireless input device W is a wireless mouse. Give instructions. In Fig. 1, the wireless input device 10 includes at least a body 02 outer casing 104, a button 110 and a first engaging mechanism. The main body 1 〇 2 has a first accommodating space 106 for accommodating a data storage device 1 〇 8 . In this embodiment, when the outer cover 盖 is covered with the body 1 〇 2, the outer cover 1 〇 4 can be coupled to the body

The TW1613PA-C 6 1269210 102 collectively defines the first accommodating space ι 6 as described above, as long as the outer cover ι 4 and the body H) 2 can enclose the first accommodating space 1 〇 6, ie, the wireless input device 〇 There is a first accommodation space 1〇6. The data storage device 1〇8 is, for example, a hot-swappable external storage device, such as a flash disk (5) commonly used in the market (4), a thumb disc, a memory card, a voice recorder, and an Mp3 player. This is illustrated by taking a flash disc as an example. The outer cover 1G4 is detachably covered on the body 1 () 2 and the first first accommodating space 106, and the first card 擤妩 can say that the AL # 卞 卞 mechanism can make the outer raft 104 separable The method is combined with the body 102. The button 110 is movably disposed on the body 1〇2. When the user presses the button 110, the button UG activates the first engaging mechanism, and the outer cover 104 is separated from the body 102, and the data storage device 1〇8 can be taken out from the first accommodating space 106. As for the matching design of the first engaging mechanism, it will be explained later. In this embodiment, the first engaging mechanism includes at least one hook, a bump, and an elastic plate, such as a hook 〇 42 and another unshown hook, two bumps 1021 and 1 22, and two The elastic plates 118 and 119, the hooks 1042 and the hooks not shown are disposed on the outer cover 1〇4, the elastic plates ι 8 and 119 are disposed on the body 1〇2, and the bumps 1021 and 1〇22 are correspondingly disposed on the elastic plate. 118 and 119. When the body 102, the outer cover 1〇4 and the button 110 are combined, the lower edge of the button 110 is slightly contacted with the elastic plates 118 and 119, and the hooks 1〇42 and the hooks not shown are correspondingly corresponding to the bumps 1021. And 1022 snap. The first engaging mechanism composed of the hooks 1〇42, the other unshown hooks 'two bumps 1021 and 1022, and the two elastic plates 118 and 119 is disposed below the button 110. When the button 1〇4 is pressed to actuate the elastic plates 118 and 119, the hook 1042 and the unshown hook are separated from the bumps 1021 and 1022, and the outer cover 104 and the button 110 are separated from the body 102. In addition, in order to achieve the effect of the first button 110 being actuated by the button 110, the button 110 further includes a first end point 110a and a second end point 11b. When the TW1613PA-C 7 1269210 user presses the first end point 110a, the second end point u〇b actuates the above-described first engaging mechanism to separate the outer cover 104 from the main body 1〇2. In addition, the button 11〇 further includes a bump, such as the two bumps 1102', and the two bumps 1102 are disposed below the second end point u〇b. When the body 102, the outer cover 104 and the button 11 are combined, the bump ιι 2 is in contact with the lower edge of the upper cover 104. When the user presses the first end point 11 of the button 11 , such as the same time, the bump 1102 pushes against the outer cover 104 , so that the hook 1 〇 42 and the unshown hook 3 are separated from the bumps 1021 and 1022 respectively, and the separation is achieved. The purpose of the cover 1〇4, the button ιι〇 and the body 102. In addition, the data storage device 1〇8

The connector 1081 is thinly connected, and the body m has a m portion lu ’ ^ portion lu communicating with the first accommodating space (10) by clamping. The fitting of p 111 and connection benefit 1081 positions the data storage device 1〇8 in the first-accommodating space 1〇6. The positioning portion lu has a through hole 112 communicating with the first receiving portion (10) for the connection of the data storage device (10) to be inserted and positioned in the through hole m. In addition, an elastic member 114 such as a metal dome or a spring may be selectively added to the through hole 112 for the connector 1081 inserted into the through hole ι 2 to abut against the elastic member 114, so that the elastic member can be stored. The device is placed on the 108. Alternatively, one end of the elastic member rn: the position of the inner cover 104 relative to the through hole 112 can be selected, for example, a spring element or a spring element of the spring. The elastic element is difficult to apply in the direction of the direction = i12 - the pre-pressure amount is given to the other storage device (10). The material storage device (10) is more firmly clamped to the first-capacity ^ although it is separated from the cut 1〇2 At this time, the elastic member 114 provides one of the elastic states to read the connection b out of the through hole 112, and the connector is just positioned to indicate the lamp 116. The detecting unit 115 is disposed on the detecting unit 11 5 of the bone hot green device, and is located at the first receiving position.

TW1613PA-C 8 1269210 The upper 106 or the through hole 112, and the detecting unit 115 is electrically connected to an indicator light =. When the data storage device 1〇8 is placed in the first accommodating space ι〇6 and the detecting early 疋115 detects that foreign matter has entered the first accommodating space 1〇6, the detecting unit 115 rotates the debt turtle No., and the indicator light 116 turns on or off according to the signal. The button 110 corresponds to the position of the indicator light 116 as a material for transmitting light, for example, the transparent portion 1104 shown in the figure. Even the delay = time at which the indicator light 116 emits light can be preset, and the indicator light 116 stops emitting light after the preset time has elapsed to save power. This design method makes it easy for the user to know whether the data storage device 108 is placed in the first accommodating space 106 without opening the outer cover 104. Furthermore, the data storage device 108 can further include a receiving module. When the connection module § 1081 is coupled to a computer (not shown), the wireless signal transmitted by the wireless input device ίο is received. The wireless signal is output to the computer through the connector 1〇81. However, those skilled in the art to which the present invention pertains can clarify that the technique of the present example is not limited thereto. For example, the outer cover 1〇4 is substantially U-shaped. When the body 102, the outer cover 104 and the button 11 are combined, the outer cover i 〇 4 surrounds the _ 7 key 110. In addition, the body 102 further includes a second accommodating space 121. The second accommodating space 121 is disposed on one side of the first accommodating space 1 〇 6 for accommodating a first battery 123. The body 102 further includes a third accommodating space 122 for accommodating a second battery 124. The second accommodating space 121 and the third accommodating space 122 are respectively disposed on two sides of the first accommodating space 106 and are covered by the outer cover 1 〇 4 . In addition, the wireless input device 10 further includes a reel roller 120 that is rotatably disposed on the body 102. When the main body 1 〇 2, the outer cover 1 〇 4, the button 110 and the reel roller 120 are combined, the button 丨丨〇 is disposed between the outer cover 丨〇 4 and the reel roller 120, and the reel roller 120 and the button 11 〇 are The first accommodating space 〇6, TW1613PA-C 9 1269210' both the second accommodating space 121 and the third accommodating space 122 extend along the longitudinal axis direction of the wireless input device 10. Embodiment 2 Please refer to FIG. 2 to FIG. 4 at the same time, FIG. 2 is an exploded perspective view of the wireless input device according to Embodiment 2 of the present invention, and FIG. 3 is a bottom view of the data storage device of FIG. FIG. 4 is a perspective assembled view of the wireless input device according to Embodiment 2 of the present invention. In the present embodiment, the wireless input device 20 is described by taking a wireless mouse as an example. The wireless input device 20 includes a body 202, a first card mechanism, and a button 210. The main body 202 has a first accommodating space 204 for receiving a data storage device 208. The first engaging mechanism allows the data storage device 208 to be detachably coupled to the body 202, and the button 210 is movably disposed on the body 202. When the user presses the button 210, the button 210 activates the first engaging mechanism to separate the data storage device 208 from the body 202, so that the data storage device 208 can be taken out from the first receiving space 204. The first accommodating space 204 is formed by a accommodating groove, and the accommodating groove has a first hole 2042. The data storage device 208 enters and exits the φ accommodating groove through the first hole 2042. The wireless input device 20 further includes an outer cover 206 that is detachably attached to the body 202. The outer cover 206 has a second hole 2062 communicating with the first hole 2042. The data storage device 208 enters and exits the receiving groove through the first hole 2042 and the second hole 2062. As for the design of the first engagement mechanism, the following description is given. The first engaging mechanism is disposed below the button 210 and includes a recess and a protrusion corresponding to the recess, such as two recesses 2082 and 2084 and two projections 2146 and 2148. As shown in FIG. 3, the two recesses 2082 and 2084 are disposed on the data storage device 208, and the two protrusions 2146 and 2148 are disposed on the body 202. When the data storage device 208 is received in the first TW1613PA-C 10 1269210 When the space 204 is placed, the protrusions 2146 and 2148 can be correspondingly engaged with the grooves 2082 and 2084 so that the data storage device 2〇8 can be positioned in the first accommodation space 204. In addition, the first engaging mechanism further includes a resilient piece 214, and the protrusions 2146 and 2148 are disposed on the elastic piece 214. When the button 210 actuates the tab 214 to deform the tab 214, the tabs 2146 and 2148 are correspondingly separated from the recesses 2082 and 2084. In addition, the elastic piece 214 further includes a cylinder, such as the two cylinders 2142 and 2144, so that the main bodies 2142 and 2144 extend through the through holes 2044 and 2046 of the body 202 respectively through the first accommodating space 204. When the button 210 actuates the cylinders 2142 and 2144 to force the tab 214 to deform, the projections 2146 and 2148 are correspondingly separated from the recesses 2082 and 2084. In this embodiment, the wireless input device 20 further includes a second engaging mechanism that allows the outer cover 206 to be detachably coupled to the body 202. The second engaging structure is disposed under the button 210 and includes at least a hook, a bump, and an elastic plate, such as a hook 2064 and another hook not shown, two bumps 2021 and 2022, and two elastic The plates 218 and 219, the hooks 2064 and the hooks not shown are disposed on the outer cover 206, the elastic plates 218 and 219 are disposed on the body 202, and the bumps 2021 and 2022 are correspondingly disposed on the elastic plates 218 and 219. When the body 202, the outer cover 206 and the button 210 are combined, the lower edge of the button 210 slightly contacts the elastic plates 218 and 219, and the hook 2064 and the hooks not shown correspond to the bumps 2〇21 and 2〇. 22 snaps. When the button 204 is pressed to actuate the elastic plates 218 and 219, the hook 2064 and the unshown hook are correspondingly separated from the bumps 2021 and 2022, and the outer cover 206 and the button 210 are separated from the body 202. In addition, the button 210 further includes a first end point 21A and a second end point 210b. When the user presses the first end point 210a, the button 210 actuates the second engaging mechanism to separate the outer cover 206 from the body 202. When the user presses the second end point 21 Ob, the button 210 actuates the first engaging mechanism to separate the data storage TW1613PA-C 11 1269210 'the storage device 208 from the body 202. In addition, the button 210 further includes a bump, such as two bumps 2102, and the two bumps 2102 are disposed below the second end point 210b. When the body 202, the outer cover 206 and the button 210 are combined, the bump 2102 is slightly in contact with the lower edge of the upper cover 206. When the user presses the first end point 210a, the bump 2102 pushes against the outer cover 206, so that the hook 2064 and the unshown hook are separated from the bumps 2021 and 2022, respectively, to separate the outer cover 206, the button 210 and the body 202. the goal of. In this embodiment, the wireless input device 20 further includes an elastic member disposed in the first accommodating space 204 for fitting the protrusions 2146 and 2148 correspondingly to the positioning grooves 2082 and 2084. The storage device 208 is in contact and provides a - elastic force. When the second end 210b of the button 210 is pressed, the button 210 pushes the cylinders 2142 and 2144 such that the protrusions 2146 and 2148 are correspondingly separated from the grooves 2082 and 2084, and the elastic force of the elastic member forces the data storage device 208 toward the first An opening 2042 and a second opening 2062 are ejected. As shown in FIG. 4, a movable door 2064 can be further disposed on the wireless input device 20, and the movable door 2064 can cover the second hole 2062 in a movable manner. In the natural state, when the data storage device 208 is completely separated or located in the first accommodating space 204, the movable door 2064 automatically covers the second opening 2062 to cover the cover to prevent dust or foreign matter from entering through the second opening 2062. The body 202, as well as maintaining the overall aesthetics of the wireless input device 20. When the data storage device 208 enters and exits the first accommodating space 204, the data storage device 208 pushes against the movable door 2064, so that the movable door 20640 opens the second hole 2062. However, those skilled in the art to which the present invention pertains can understand that the technology of the embodiment is not limited thereto. For example, the outer cover 206 is substantially U-shaped. When the body 202, the outer cover 206 and the button 210 are combined, the outer cover 206 surrounds the button 210. In addition, the body 202 further includes a second accommodating space 221, and the second accommodating space 221 is disposed on one side of the first accommodating space 204 for accommodating a battery 223 of the TW1613PA-C 12 1269210. The body 202 further includes a third accommodating space 222 for accommodating a second battery 224. The second accommodating space 221 and the third accommodating space 222 are respectively disposed at two sides of the first accommodating space 204 and are covered by the outer cover 206. In addition, the wireless input device 20 further includes a reel roller 220 that is rotatably disposed on the body 202. When the body 202, the outer cover 206, the button 210, and the reel roller 220 are combined, the button 210 is disposed between the outer cover 206 and the reel roller 220, the reel roller 220, the button 210, the first accommodating space 204, and the second accommodating Both the space 221 and the third accommodating space 222 extend along the longitudinal axis direction of the wireless input device 20. One end of the data storage device 208 further has a circular arc housing 2082. When the data storage device 208 is received in the first receiving space 204, the circular arc housing 2082 is located in the second hole 2062, and the circular arc housing 2082 and the outer cover 206 constitutes a smooth surface. According to the wireless input device of the embodiment of the present invention, by adding an accommodating space inside the wireless input device to store the data storage device, not only the excess space inside the wireless input device but also the data storage device can be utilized. It is fixed and stored in the same place, making the data storage device not easy to lose. Moreover, due to the increasing technology, the data storage device such as the flash disk has become smaller and smaller, so the wireless input device of the embodiment of the present invention is sufficient to accommodate most of the flash disk, and thus, The utility of the invention is enhanced. In view of the above, the present invention has been described above in terms of a preferred embodiment, and is not intended to limit the invention, and various modifications may be made without departing from the spirit and scope of the invention. The scope of the present invention is defined by the scope of the appended claims. TW1613PA-C 13 1269210 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a perspective view of a wireless input device according to a first embodiment of the present invention. Figure 2 is a perspective exploded view of a wireless input device in accordance with a second embodiment of the present invention. Figure 3 is a bottom plan view of the data storage device in accordance with Figure 2. Figure 4 is a perspective view of a combination of wireless input devices in accordance with a second embodiment of the present invention. ® Element Symbol Description 10, 20: Wireless Input Device 102 > 202: Body 1021, 1022: Bumps 104, 206: Cover 1042, 2064: Hooks 1044, 114: Elastic Element 106: First accommodating space φ , 2 〇 8 : data storage device 1081 : connectors 110 , 210 : buttons 110 a , 210 a : first end points 110 b , 21 〇 b : second end points 111 : positioning portions 1102 , 2102 · • bumps 1104 : transparent Port 112: through hole 115: detecting unit

TW1613PA-C 14 1269210

116 : 118 , 120 , 121 , 122 , 123 , 124 , 2042 2044 2062 2064 2082 214 : 2142 2148 2064 2082 refers to the light 119 , 218 , 219 : elastic plate 220 : reel roller 221 : second accommodation space 222 : Three accommodation spaces 223: first battery 224: second battery: first opening, 2046: through hole: second opening: movable door, 2084: groove spring, 2144: cylinder, 2146: protrusion: active block Door: arc housing

TW1613PA-C 15

Claims (1)

1269210 Patent application scope: 1. A wireless input device comprising: - a body having a - accommodating space for accommodating a data storage device; an outer cover detachably covering Cooperating with the body and the first body; a first engaging mechanism, the outer cover is detachably coupled to the body; and a button is pressed, and the button is movably disposed on the body When the button is pressed, the button actuates the first engaging mechanism to separate the outer cover from the body, so that the data storage device can be taken out from the first. 2. The wireless input device of claim 1, wherein the straight centering mechanism comprises: a card hook disposed on the outer cover; and a bump and an elastic plate, the bump being disposed on the elastic plate When the button actuates the elastic plate, the hook is separated from the bump to separate the outer cover from the body. 3. The wireless input device of claim 2, wherein the mechanism is disposed below the button. The wireless input device of claim 4, wherein the button includes a first end point and a second end point. When the first end point is pressed, the first point activates the first engagement. The mechanism separates the outer cover from the body. 5. The wireless input device of claim 4, wherein the includes-bump is disposed below the second end point, and when the first end point is pressed, the bump pushes against the outer cover. TW1613PA-C 16 1269210. The wireless input device of claim 1, wherein the data storage device has a connector at one end thereof, the body has a positioning portion, the positioning portion and the first receiving space In the same manner, the data storage device is received and positioned in the first accommodating space by the fitting of the positioning portion and the connector. The wireless input device of claim 1, further comprising an elastic member, one end of the elastic member extending into the first accommodating space, when the data storage device is received in the first accommodating space The elastic member provides an elastic force on the data storage device. 8. The wireless input device of claim 1, wherein the body further comprises a second accommodating space, the second accommodating space being disposed on one side of the first accommodating space for accommodating one First battery. 9. The wireless input device of claim 8, wherein the body advancement comprises a second accommodating space for accommodating a second battery, wherein the second accommodating space and the third accommodating space respectively The two sides of the first accommodating space are disposed. Ίο. The wireless input device of claim i, wherein the wireless input device is a wireless mouse. 11. The wireless input device of claim i, wherein the cover is substantially U-shaped. 12. The wireless input device of claim U, wherein the outer cover surrounds the button. 13·If you want to enclose the wireless input device of the 12th item, the reel roller is rotatably set on the body, when the cover, the button and the charm In time, the button is disposed between the outer cover and the reel roller. The wireless input device of claim 13, wherein the roll sleeve roller and the button extend along a longitudinal axis of the wireless input device. TW1613PA-C 17 1269210 15·—A wireless input device, including: data storage, the housing has a “first” accommodating space, and the first accommodating space is used for accommodating a body and a second engaging (four). The (4) mode and the one button are movably disposed on the body; and when the button is pressed, the button activates the first engaging mechanism to enable the 子n sub-device and the body Separating 'and making the data storage device II Take it out of the space.弟弟—Each 16·Where the wireless input device of the patent application 帛15 item, the engaging mechanism includes: 5 a groove, disposed on the data storage device; and the groove mutual ΓΛ, the groove should be convex, The bead material storage device is positioned in the first accommodating space when the protrusion and the concave stalk are disposed. 17. The wireless input device of claim 16, wherein the shackle mechanism further comprises a spring piece, wherein the protrusion is disposed when the elastic piece presses the elastic piece to deform the elastic piece, the protrusion and the groove Separation. The wireless input device of claim 17, wherein the spring further comprises a cylinder when the button actuates the cylinder to force the elastic deformation to separate from the recess. ^ 19. The wireless input device of claim 15 wherein the accommodating space in the basin is formed by a receiving groove having a first hole through which the data storage device passes Enter and exit the receiving slot. -20. The wireless input device of claim 19, further comprising an outer casing separation cover (4) body, the outer cover having a second hole communicating with the first hole, the data storage device The accommodating groove is accessed through the first hole and the second hole TW1613PA-C 18 1269210. 21. The wireless input farm according to claim 20, wherein one end of the data storage device has an arc housing, and the arc storage device is stored in the first valley space. The housing is located in the second hole, and the circular arc housing and the outer cover form a smooth surface. 22. The wireless input device of claim 20, further comprising a movable door, wherein the movable door shields the second hole in a natural state, and when the data storage device enters and exits the receiving slot, the data The storage device pushes against the movable door so that the movable door opens the second hole. 23. The wireless input device of claim 22, further comprising a second engaging mechanism for detachably engaging the outer cover with the body. 24. The wireless input device of claim 23, wherein the second engaging mechanism buckle comprises: a hook disposed on the outer cover; and a bump and an elastic plate, the bump being disposed on the elastic On the board; wherein when the button actuates the elastic plate, the hook is separated from the bump to separate the outer cover from the body. • The wireless input device of claim 24, wherein the button further comprises a first end point and a second end point, the button being actuatable to actuate the second engaging mechanism when the first end point is pressed Separating the outer cover from the body. When the second end point is pressed, the button actuates the first engaging mechanism to separate the data storage device from the body. 26. The wireless input device of claim 25, wherein the button further comprises a bump located below the second end point, the bump pushing against the outer cover when the first end point is pressed. The wireless input device of claim 26, wherein the body TW1613PA-C 19 1269210 further includes a second accommodating space, wherein the second accommodating space is disposed on one side of the first accommodating space, To accommodate a first battery. 28. The wireless input device of claim 27, wherein the second accommodating space is covered by the outer cover. 29. The wireless input device of claim 28, wherein the outer cover is U-shaped. 30. The wireless input device of claim 27, further comprising a third accommodating space for accommodating a second battery, wherein the second accommodating space and the third accommodating space are respectively located Both sides of the first accommodation space. The wireless input device of claim 30, wherein the first accommodating space, the second accommodating space and the third accommodating space both extend along a longitudinal axis of the wireless input device. 32. The wireless input device of claim 15, wherein the wireless input device is a wireless mouse. 33. The wireless input device of claim 15, wherein the body further comprises an elastic member that provides an elastic force on the data storage device in the first accommodating space. 34. A wireless input device, comprising: a body having a receiving slot and a first receiving space, the receiving slot having a first hole, wherein the first receiving space is disposed in the receiving slot a receiving space for accommodating a data storage device, wherein the first accommodating space is for accommodating a first battery; and an outer cover is detachably coupled to the body, the outer cover covering the first a receiving space, the outer cover has a second hole corresponding to the first hole; TW1613PA-C 20 l2692l 〇 /, Tian " when the outer cover is combined with the body, the data storage device can pass the music A hole and the first hole/R of the first-$汩, Cangshan protector enter and exit the receiving groove, and when the outer cover is separated from the body by $, the first battery can be detached from the first-accommodating space. Further, the wireless input device of the patent scope of claim 34, wherein the body is located in each of the Qinyi rooms for accommodating a second battery, and the first accommodating space 忒 the second gluten space is respectively disposed in the capacity Place the sides of the slot. The wireless input device of claim 34, wherein the first accommodating space and the second accommodating space extend along the woven 4 direction of the wireless input device. 37. The wireless input device of claim 34, further comprising a movable door, in the natural state, the movable door shields the second hole, when the data=storage is placed in the receiving slot, The data storage device pushes the movable door so that the movable door opens the first hole. The wireless input device of claim 34, wherein one end of the data storage device further has an arc housing, and when the data storage device is received in the receiving slot, the arc housing is The outer cover constitutes a smooth surface. TW1613PA-C 21