CN201319213Y - Rotatable remote-control device - Google Patents
Rotatable remote-control device Download PDFInfo
- Publication number
- CN201319213Y CN201319213Y CNU2008202016019U CN200820201601U CN201319213Y CN 201319213 Y CN201319213 Y CN 201319213Y CN U2008202016019 U CNU2008202016019 U CN U2008202016019U CN 200820201601 U CN200820201601 U CN 200820201601U CN 201319213 Y CN201319213 Y CN 201319213Y
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- revolving part
- operating portion
- grip part
- remote control
- turning axle
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Abstract
The utility model discloses a rotatable remote-control device, which comprises an operating part, a held part, a control circuit part and function keys; wherein, the operating part is rotatably connected with the held part; the function keys are connected with the control circuit which is arranged in the held part and the operating part; the connected surfaces of the operating part and the held part are complementary inclined surfaces; and the operating part and the held part can be rotated to bend. According to different operated objects, the device can be changed into an individualized shape by rotating the held part or the operating part in order to conveniently operate an operated object, thus resolving the defect that the conventional remote-control device can be used in only one situation, and moreover, the device has the advantages of convenient operation, simple structure, unique shape and convenient holding.
Description
Technical field
The utility model relates to a kind of remote-control apparatus, relates in particular to a kind of rotatable remote-control apparatus.
Background technology
Traditional telechiric device, be a structure that is similar to straight plate, the user grips the back directed forward and presses top button, is inconvenient to very much grip and operate, long-time operation also can cause the damage of relevant ligament of hand and muscle, and button far away is difficult to operation and puts in place from the holding area; Moreover the telechiric device of this straight plate structure not only is inconvenient to grip, and use-pattern is stiff, and use occasion is single, and especially as game operating device, when carrying out shooting game, this contradiction is just more outstanding.The Chinese patent publication number is that the patent of invention of CN1919395A discloses a kind of game operating device that has rifle type adapter, but this game operating device need dispose corresponding rifle type adapter, could grip as the rifle type, complex structure, use inconveniently, and only be applicable to shooting game when being the rifle type.
Therefore, be badly in need of a kind of simple in structure, easy to operate, use flexibly, go for multiple occasion and rotatable remote-control apparatus.
The utility model content
The purpose of this utility model be to provide a kind of simple in structure, easy to operate, use flexibly, go for multiple occasion and rotatable rotatable remote control operating device.
For achieving the above object, the technical solution of the utility model is: a kind of rotatable remote control operating device is provided, comprises operating portion, grip part, control circuit portion and function key.Described operating portion is connected with described grip part, and described function key is connected with described control circuit, and described control circuit is built in described grip part and the described operation part; Wherein, described grip part is connected with described operating portion is rotatable, and the joint face of described operating portion and described grip part is complementary bevel, and described operating portion and the rotation of described grip part can be bending.
Preferably, described grip part is rotatably connected by rotating part with described operating portion, and described rotating part is connected between the complementary bevel of described operating portion and described grip part, and described rotating part comprises first revolving part, second revolving part and turning axle.Described first revolving part is fixedlyed connected with described operating portion, described second revolving part is fixedlyed connected with described grip part, described turning axle one end is fixedlyed connected with described first revolving part, the other end and described second revolving part articulate, make the rotation each other of grip part and operating portion be more prone to control, can turn to the position that being beneficial to of required rotation controlled timely.
Preferably, described turning axle is a hollow structure, and the complementary bevel of described operating portion and described grip part has the wire guide that connects with described turning axle hollow structure respectively.The turning axle of hollow structure and the wire guide on the complementary bevel make the electric connection of circuit control part in the grip part and the circuit control part in the operating portion not be subjected to the rotation of grip part and operating portion and are short-circuited to open circuit etc. and influence, in addition the turning axle of hollow structure has guaranteed that also the electric connection of the circuit control part that circuit control part grip part the in and operating portion are interior has designated lane, and can not entwine etc. with other parts easily causes the phenomenon of accident.
Preferably, the end that described turning axle and described second revolving part articulate has block, described second revolving part is carried on the described block, and described second revolving part has the described block of restriction and does the bumping post that complete cycle rotatablely moves, described bumping post protrudes from the plane of second revolving part, can collide with described link stopper, thereby described block can only be done with respect to rotatablely moving in the first revolving part certain angle scope.
Preferably, described rotating part also comprises the elastic part between described first revolving part and described second revolving part, described elastic part comprises at least one shell fragment and the disc of being made up of disc body and disc support, described disc body passes described turning axle, described disc support one end is fixedlyed connected with described disc body, and the other end and described second revolving part flexibly connect.Described shell fragment passes described turning axle and between described disc body and described second revolving part, described shell fragment withstands disc, and disc can be moved up and down along the axial region of turning axle, and remains the pressure to disc.Described elastic part has been avoided the direct friction between first revolving part and second revolving part on the one hand; On the other hand, increased the distance between first revolving part and second revolving part, more easy to operate when making the rotation of grip part and operating portion.
Preferably, have outstanding locating piece on described disc body and the face that described first revolving part contacts, have on described first revolving part and the face that described disc body contacts to the positioning of rotating of the locating piece on the described disc body and produce paragraph sense detent.When rotated, locating piece constantly slips over from detent, and the sunk part of detent stops locating piece, thereby carries out up and down and the formation paragraph sense to the slip of locating piece.More specifically, flexible connection between disc support and described second revolving part, detent is fixedly connected with respect to turning axle, and the disc body then flexibly connects with respect to turning axle, when locating piece rotates with respect to detent, the disc body is then along the axial region downward movement of turning axle, continue rotation thereby break away from detent, described shell fragment withstands and produces uptrend and produce certain resistance, when locating piece and detent will coincide, discharge elastic force by shell fragment, produce paragraph sense; When stopping the rotation, because described detent and described locating piece coincide, described shell fragment discharges elastic force, the sunk part of detent stops locating piece, make locating piece can not be rotated further because of inertia, thereby locating piece is positioned, and the locating piece of having had good positioning simultaneously such as can not rock at phenomenon under the effect of detent.
Preferably, described control circuit portion comprises microprocessor and the motion sensor, imaging sensor, wireless transmitting and receiving device, button and the loudspeaker that electrically connect with described microprocessor, and described microprocessor has the identification code automatically generating device, and described identification code automatically generating device generates a unique identifier and launches by wireless transmitting and receiving device during the operation of described function key.
Preferably, described control circuit portion also comprises the radio receiver that is complementary with described wireless transmitting and receiving device, described radio receiver comprises radio receiving transmitting module, USB (universal serial bus) microprocessor and USB (universal serial bus), described radio receiving transmitting module is connected with described wireless transmitting and receiving device by radiowave, described USB (universal serial bus) microprocessor electrically connects with described radio receiving transmitting module and described USB (universal serial bus) respectively, and described USB (universal serial bus) is connected with extraneous video entertainment equipment.Can be used as telepilot or mouse removes video entertainment equipment such as control operation digital television or computer with the utility model rotatable remote control operating device like this.
Preferably, described control circuit portion also comprises the game machine receiving trap that is complementary with described wireless transmitting and receiving device, described game machine receiving trap comprises game machine transceiver module and host interface, described game machine transceiver module is connected with described wireless transmitting and receiving device by radiowave, described host interface one end and described game machine transceiver module electrically connect, and the other end and game machine electrically connect.The utility model can be used as game operating device and controls game machine like this.
The utility model compared with prior art, because described grip part is connected with described operating portion is rotatable, and the joint face of described operating portion and described grip part is complementary bevel, described operating portion and the rotation of described grip part can be bending, the button of pushing when needs is during away from gripping place, can make the button that need push near gripping place by rotation grip part or operating portion, easy to operate, use flexibly; When the utility model remote-control apparatus is operated control to different operands, can be according to the difference of operand, just can be transformed into the shape that has individual character and conveniently operand is operated by rotation grip part or operating portion, remedied the defective of traditional remote-control apparatus use occasion simplification; In addition, the utility model remote-control apparatus is simple in structure, unique convenient the gripping and operation of moulding.
Description of drawings
Fig. 1 is the decomposing schematic representation of the utility model rotatable remote control operating device.
Fig. 2 is the utility model rotatable remote control operating device grip part and the postrotational view of operating portion.
Fig. 3 is the stereographic map of the rotating part of the utility model rotatable remote control operating device.
Fig. 4 is another stereographic map of the rotating part of the utility model rotatable remote control operating device.
Fig. 5 is the three-dimensional exploded view of the rotating part of the utility model rotatable remote control operating device.
Fig. 6 is the synoptic diagram that the rotating part of the utility model rotatable remote control operating device is connected with operating portion.
Fig. 7 is the synoptic diagram that the rotating part of the utility model rotatable remote control operating device is connected with the grip part.
Fig. 8 is the preceding stereographic map of the utility model remote-control apparatus rotation.
The stereographic map that Fig. 9 is Fig. 8 behind the direction of arrow rotation grip part.
Figure 10 is the theory diagram of the control circuit portion of the utility model rotatable remote control operating device.
Figure 11 a is the theory diagram that the utility model rotatable remote control operating device links to each other with game machine.
Figure 11 b is the theory diagram that the utility model rotatable remote control operating device links to each other with computer.
Figure 12 is the process flow diagram that the rotatable telechiric device of the utility model is realized role transforming.
Embodiment
As depicted in figs. 1 and 2, the utility model rotatable remote control operating device 4 comprises operating portion 1, grip part 3, control circuit portion (not shown), function key and rotating part 2.Described function key is connected with described control circuit, described control circuit is built in described grip part 3 and the described operating portion 1, described rotating part 2 is connected between operating portion 1 and the described grip part 3, described grip part 3 and described operating portion 1 can rotate after connecting by described rotating part 2 relatively, and described operating portion 1 and described grip part 3 are bending after by rotating part 2 rotations.Particularly, described operating portion 1 comprises that to first inclined-plane 11 of described grip part 3 inclinations, described grip part 3 comprises second inclined-plane 31 to described operating portion 1 inclination; Described first inclined-plane 11 and second inclined-plane 31 are inclined-planes of a pair of complementation, first inclined-plane 11 becomes θ 1 degree with the surface level of operating portion 1, second inclined-plane 31 becomes θ 2 degree with the surface level of grip part 3, θ 1 degree is 180 degree with the algebraic sum of θ 2 degree, described rotating part 2 one ends are fixed on described first inclined-plane 11 of operating portion 1, and the other end is fixed on second inclined-plane 31 of described grip part 3; When rotating, rotates rotating part 2 grip part 3 or rotary manipulation portion 1, after rotatablely moving of 180 degree done with respect to operating portion 1 in grip part 3, and the 1 one-tenth θ in grip part 3 and operating portion, 3 degree.More specifically, as shown in Figure 3 and Figure 4:
The rotating part with spinfunction 2 that is connected between described grip part 3 and the operating portion 1 comprises first revolving part 21, second revolving part 22, turning axle 23 and the elastic part of being made up of disc 24 and shell fragment 25; Described turning axle 23 1 ends are fixedlyed connected with described first revolving part 21, and the other end and second revolving part 22 articulate, and win revolving part 21 and second revolving part 22 can be rotated mutually.Particularly, described turning axle 23 has block 231 with the end that described second revolving part 22 articulates, described second revolving part 22 is carried on the described block 231, and described second revolving part 22 has the described block 231 of restriction and does the bumping post 224 that complete cycle rotatablely moves, described bumping post 224 protrudes from the plane of second revolving part 22, can collide with described link stopper 231, thereby described block 231 can not be rotatablely moved by complete cycle.More specifically, described block 231 is the fan-shaped of 180 degree, makes second revolving part 22 can only do 180 degree rotations around turning axle 23 with respect to first revolving part 21 like this.Described rotating part 2 is described more specifically, as shown in Figure 5:
First revolving part 21 of described rotating part 2 is provided with first screw 211, reference column 212, first rotating hole 213 and detent 214; Second revolving part 22 is provided with second screw 221, second rotating hole 222, bracket groove 223 and bumping post 224, described turning axle 23 is a hollow structure, turning axle 23 comprises axial region 232, block 231 and wire guide 233, and block 231 is by forming around the first 2311 of axial region 232 with around the second portion 2312 of described first 2311.Particularly, described axial region 232 1 ends are fixed with first rotating hole 213 of described first revolving part 21 and are connected, described axial region 232 upper ends (promptly, one end of fixedlying connected) is polygon with described first revolving part 21, first rotating hole 213 of corresponding described first revolving part 21 is and described axial region 232 corresponding polygons, the similar polygonal shape that can engage mutually can realize also that the upper end of axial region 232 is fixed mutually with first rotating hole 213 of first revolving part 21 and be connected that second rotating hole 222 of second revolving part 22 is enclosed within the axial region 232 of turning axle 23; More specifically, described second portion 2312 is fan-shaped, and the described fan-shaped second portion 2312 of above-mentioned bumping post 224 restrictions is done the complete cycle motion, and second revolving part 22 can be done with respect to rotatablely moving that 180 of first revolving part 21 is spent around turning axle 23.
Elastic part between described first revolving part 21 and described second revolving part 22 comprises at least one shell fragment 25 and the disc of being made up of disc body 244 and disc support 241 24; Described disc body 244 is by being positioned at the axial region 232 that the locational disc rotating hole 243 in its center passes described turning axle 23, described disc support 241 1 ends are fixedlyed connected with described disc body 244, the other end is connected with described second revolving part 22, particularly, have on described second revolving part 22 and described disc support 241 corresponding bracket grooves 223, the described disc 24 and second revolving part 22 flexibly connect by the clearance fit of above-mentioned support 241 with above-mentioned bracket groove 223; The center of described shell fragment 25 is provided with shell fragment rotating hole 251, shell fragment 25 passes the axial region 232 of described turning axle 23 by shell fragment rotating hole 251 and between described disc body 244 and described second revolving part 22, described shell fragment 25 can withstand disc 24, disc 24 is moved up and down along the axial region 232 of turning axle 23, and remain pressure disc 24.
Have the outstanding locating piece 242 that contacts with described first revolving part 21 on the described disc body 244, have the detent 214 that the rotation to the locating piece 242 of described disc body 244 stops to locate on described first revolving part 21 and the face that described disc body 244 contacts.When rotated, locating piece 242 constantly slips over from detent 214, the sunk part of detent 214 stops locating piece 242, again because the stress of 25 pairs of locating pieces 242 of shell fragment makes locating piece 242 carry out up and down when sliding and the formation paragraph sense.More specifically, when locating piece 242 rotates with respect to detent 214, locating piece 242 must break away from detent 214 and continue rotation, and detent 214 is fixedly connected with respect to turning axle 23, when locating piece 242 rotates with respect to detent 214,244 axial region 232 downward movements of disc body along turning axle 23,242 downward movements of locating piece are withstood the generation uptrend and are produced certain resistance by shell fragment 25, when the two will coincide, shell fragment discharges elastic force, produces paragraph sense.More specifically, as shown in Figure 6 and Figure 7:
First revolving part 21 of rotating part 2 is fixed on first inclined-plane 11 of operating portion 1 by first screw 211 on it, and the reference column 212 that first revolving part 21 is provided with makes relative positioning between first revolving part 21 and first inclined-plane 11; Second revolving part 22 is fixed on second inclined-plane 31 of grip part 3 by second screw 221 on it.Be respectively equipped with wire guide on operating portion 1 and the grip part 3, lead can pass the wire guide (not shown) of operating portion 1, the wire guide 233 on the turning axle 23 and the wire guide (not shown) on the grip part 3 successively operating portion 1 and grip part 3 are electrically connected.
As Fig. 8 and of the present utility model a kind of rotatable remote control operating device 4 shown in Figure 9, surface distributed has function key 41-54, function key 41-51 is distributed in the first surface of operating portion 1, function key 52 is located on the operating portion 1 the first surface opposing second surface with operating portion 1, and function key 53,54 is positioned on the face identical with the first surface of operating portion 1 before 3 rotations of grip part.Be direction operating key, power switch, determine key, left button, right button and other function keys according to different needs definable function key 41-54.After grip part 3 rotations of the direction of arrow remote-control apparatus in Fig. 8, form the state of Fig. 9, this moment, a hand gripped remote-control apparatus 4, function key 49-51 is positioned at the place that thumb accesses, function key 52 is positioned at the place that forefinger accesses, and function key 53 and 54 is located in the place that other fingers can get at except thumb and forefinger.
As shown in figure 10, the control circuit portion of remote-control apparatus 4 comprises motion sensor 61, button 62, loudspeaker 63, rotation identification sensor 64, wireless transmitting and receiving device 65, imaging sensor 66, microprocessor 67, microprocessor 67 comprises identification code automatically generating device 671; Rotation identification sensor 64 can be discerned the rotary state of grip part 3; Identification code automatically generating device 671 can send the unique identifier of described remote-control apparatus to the corresponding receiving element of remote-control apparatus 4.Wireless transmitting and receiving device 65 can be launched the radiowave that receives 2.4GHz.
Shown in Figure 11 a, when the utility model rotatable remote control operating device 4 links to each other use as game operating device with game machine 9, rotatable remote control operating device 4 also comprises the game machine receiving trap 7 that is complementary with described wireless transmitting and receiving device 65, and game machine receiving trap 7 comprises game machine transceiver module 71 and host interface 72; The data that wireless transmitting and receiving device 65 will be handled through described microprocessor 67 send in the game machine transceiver module 71 of game machine receiving trap 7 by the radio channel of 2.4GHz, game machine transceiver module 71 is sent to the service datas that receive in the central processing unit 91 in the game machine 9 by host interface 72, thereby can operate and control the role and the scene of interface, wherein above-mentioned data channel be duplex channel.
Shown in Figure 11 b, when rotatable remote control operating device 4 of the present utility model links to each other with video entertainment equipment such as computer or digital TV set-top box as mouse or remote control, rotatable remote control operating device 4 also comprises the radio receiver 8 that is complementary with described wireless transmitting and receiving device 65, described radio receiver 8 comprises radio receiving transmitting module 81, USB (universal serial bus) (UniversalSerialBus is called for short USB) microprocessor 82 and USB (universal serial bus) 83; The data that wireless transmitting and receiving device 65 will be handled through described microprocessor 67 send in the radio receiving transmitting module 81 of radio receiver 8 by the radio channel of 2.4GHz, radio receiving transmitting module 81 is sent to data in USB (universal serial bus) (USB) microprocessor 82, USB (universal serial bus) (USB) microprocessor 82 is converted to service data USB (universal serial bus) (USB) data layout and data is sent to USB (universal serial bus) (USB) interface 83, and USB (universal serial bus) (USB) interface 83 is sent to service data video entertainment equipment such as extraneous computer or digital TV set-top box by the USB line.
As shown in figure 12, remote-control apparatus 4 of the present utility model, when recreation needed a people to use two hands to play games simultaneously, by following flow process, realize the diversification in role of this remote-control apparatus 4: (1a) both hands respectively gripped remote-control apparatus described in the utility model; (1b) determine the identification code of remote-control apparatus 1 and remote-control apparatus 2; (1c) enter the interface menu; (1d) remote-control apparatus 1 and remote-control apparatus 2 are distributed to the right-hand man respectively; (1f) begin recreation.
The utility model remote-control apparatus 4 is because described grip part 3 and described 1 rotatable connection of operating portion, and described operating portion 1 is complementary bevel with the joint face of described grip part 3, described operating portion 1 can be bending with 3 rotations of described grip part, when button place that needs are pushed during away from gripping place, can make the case that need push near gripping place by rotation grip part 3 or operating portion 1, easy to operate, use flexibly; When 4 pairs of different operands of the utility model remote-control apparatus are operated control, can be according to the difference of operand, just can be transformed into the shape that has individual character and conveniently operand is operated by rotation grip part 3 or operating portion 1, remedied the defective of traditional remote-control apparatus use occasion simplification; In addition, the utility model remote-control apparatus is simple in structure, unique convenient the gripping and operation of moulding.
Above disclosed only is preferred embodiment of the present utility model, can not limit the interest field of the utility model certainly with this, and therefore the equivalent variations of being done according to the utility model claim still belongs to the scope that the utility model is contained.
Claims (9)
1. rotatable remote control operating device, comprise operating portion, grip part, control circuit portion and function key, described operating portion is connected with described grip part, described function key is connected with described control circuit, described control circuit is built in described grip part and the described operating portion, it is characterized in that: described grip part is connected with described operating portion is rotatable, and the joint face of described operating portion and described grip part is complementary bevel, and described operating portion and the rotation of described grip part can be bending.
2. rotatable remote control operating device as claimed in claim 1, it is characterized in that: described grip part is rotatably connected by rotating part with described operating portion, described rotating part is connected between the complementary bevel of described operating portion and described grip part, described rotating part comprises first revolving part, second revolving part and turning axle, described first revolving part is fixedlyed connected with described operating portion, described second revolving part is fixedlyed connected with described grip part, described turning axle one end is fixedlyed connected with described first revolving part, and the other end and described second revolving part articulate.
3. rotatable remote control operating device as claimed in claim 2 is characterized in that: described turning axle is a hollow structure, and the complementary bevel of described operating portion and described grip part has the wire guide that connects with described turning axle hollow structure respectively.
4. rotatable remote control operating device as claimed in claim 2, it is characterized in that: the end that described turning axle and described second revolving part articulate has block, described second revolving part is carried on the described block, and described second revolving part has the described block of restriction and does the bumping post that complete cycle rotatablely moves, described bumping post protrudes from the plane of second revolving part, can collide with described link stopper.
5. rotatable remote control operating device as claimed in claim 2, it is characterized in that: described rotating part also comprises the elastic part between described first revolving part and described second revolving part, described elastic part comprises at least one shell fragment and the disc of being made up of disc body and disc support, described disc body passes described turning axle, described disc support one end is fixedlyed connected with described disc body, the other end and described second revolving part flexibly connect, and described shell fragment passes described turning axle and between described disc body and described second revolving part.
6. rotatable remote control operating device as claimed in claim 5, it is characterized in that: have outstanding locating piece on described disc body and the face that described first revolving part contacts, have the detent that the rotation of the locating piece of described disc body is positioned and produces paragraph sense on described first revolving part and the face that described disc body contacts.
7. rotatable remote control operating device as claimed in claim 1, it is characterized in that: described control circuit portion comprises microprocessor and the motion sensor, imaging sensor, wireless transmitting and receiving device, button and the loudspeaker that electrically connect with described microprocessor, and described microprocessor has the identification code automatically generating device, and described identification code automatically generating device generates a unique identifier and launches by wireless transmitting and receiving device during the operation of described function key.
8. rotatable remote control operating device as claimed in claim 7, it is characterized in that: also comprise the radio receiver that is complementary with described wireless transmitting and receiving device, described radio receiver comprises radio receiving transmitting module, USB (universal serial bus) microprocessor and USB (universal serial bus), described radio receiving transmitting module is connected with described wireless transmitting and receiving device by radiowave, described USB (universal serial bus) microprocessor electrically connects with described radio receiving transmitting module and described USB (universal serial bus) respectively, and described USB (universal serial bus) is connected with extraneous computer or video entertainment equipment.
9. as right 7 described rotatable remote control operating devices, it is characterized in that: also comprise the game machine receiving trap that is complementary with described wireless transmitting and receiving device, described game machine receiving trap comprises game machine transceiver module and host interface, described game machine transceiver module is connected with described wireless transmitting and receiving device by radiowave, described host interface one end and described game machine transceiver module electrically connect, and the other end and game machine electrically connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202016019U CN201319213Y (en) | 2008-10-08 | 2008-10-08 | Rotatable remote-control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202016019U CN201319213Y (en) | 2008-10-08 | 2008-10-08 | Rotatable remote-control device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201319213Y true CN201319213Y (en) | 2009-09-30 |
Family
ID=41197975
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008202016019U Expired - Fee Related CN201319213Y (en) | 2008-10-08 | 2008-10-08 | Rotatable remote-control device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201319213Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101714286B (en) * | 2008-10-08 | 2012-11-21 | 广州代代星电子科技有限公司 | Rotatable remote control operating device |
| CN109285332A (en) * | 2017-07-20 | 2019-01-29 | 卡西欧计算机株式会社 | Portable terminal, filming apparatus and reading device |
-
2008
- 2008-10-08 CN CNU2008202016019U patent/CN201319213Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101714286B (en) * | 2008-10-08 | 2012-11-21 | 广州代代星电子科技有限公司 | Rotatable remote control operating device |
| CN109285332A (en) * | 2017-07-20 | 2019-01-29 | 卡西欧计算机株式会社 | Portable terminal, filming apparatus and reading device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090930 Termination date: 20141008 |
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| EXPY | Termination of patent right or utility model |