CN202887117U - Pen-shaped mouse - Google Patents
Pen-shaped mouse Download PDFInfo
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- CN202887117U CN202887117U CN 201220538799 CN201220538799U CN202887117U CN 202887117 U CN202887117 U CN 202887117U CN 201220538799 CN201220538799 CN 201220538799 CN 201220538799 U CN201220538799 U CN 201220538799U CN 202887117 U CN202887117 U CN 202887117U
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Abstract
The utility model provides a pen-shaped mouse which comprises a shell. The shell further comprises an upper cover, an electric module, a main shaft part and a pen head, wherein the upper cover is provided with an opened groove, the front side of the opened groove, corresponding to a pothook, is provided with a buckling groove, and the electric module is provided with a light emitting diode. The main shaft part is provided with a containing chamber and a tongue piece, two sides of the containing chamber are respectively connected with a sliding block, the pen head is provided with a button, and two sides inside the pen head, corresponding to the sliding blocks, are respectively provided with a sliding groove. According to the structure, during combination, the main shaft part can be arranged inside the pen head through the sliding blocks, the upper cover can be combined with the main shaft part through the buckling groove to complete assembly.
Description
Technical field
The utility model is relevant a kind of pen-shaped mouse, espespecially a kind of designs simplification, easily assembling and the reducible pen-shaped mouse of overall volume.
Background technology
One computer entry device is an important instrument for the user operates computing machine.One typical computer entry device comprises network camera, digital camera or the joystick etc. that mouse, keyboard, trace ball, personal computer are used.Be accompanied by the Fast Growth of science and technology, related needs is the also Fast Growth of demand of computer entry device particularly.Therefore, in order to satisfy this demand, computer entry device miscellaneous being developed successively, one of them is pen-shaped mouse.
Known pen-shaped mouse, No. 584286 patent of approved TaiWan, China for example, it provides a kind of " pen-type mouse ", include penholder, circuit board, the cursor control module, the left button unit, middle key unit and right button unit, this penholder is to be hollow lever, can be convenient to grip with staff, this circuit board is to be placed in penholder inside, this circuit board is provided with a transmitting set, this cursor control module is to be arranged at penholder interior forward end place, this left button unit, middle key unit and right button unit respectively have the rotatable and roller pressed, and described roller is to be exposed to the penholder outside, can and press the control data input by the rotation of roller.The pen-shaped mouse of this known luminescence of thought is by the rotation of roller and presses the control data input, its structure and the present different and relative complex of optical mouse of main flow, and it is also relatively inconvenient to operate simultaneously the rotatable and pressing roller of left button unit, middle key unit and right button unit when using.
No. 487199 patent of approved TaiWan, China for example again, it provides a kind of " the improvement structure of electronic induction pen type mouse ", consisted of by a form of a stroke or a combination of strokes bar, a grip part, a sensor holding structure: wherein utilize grip part and sensor holding structure, make the sensor in form of a stroke or a combination of strokes bar and the sensor holding structure, not on same axle center, make the improvement structure of electronic pen conform with the ergonomics of palm, and make the sensor holding structure on it, respond to comparatively vertical angle.Only the pen-shaped mouse of this known luminescence is to utilize grip part and sensor holding structure, make the sensor in form of a stroke or a combination of strokes bar and the sensor holding structure, not on same axle center, make its sensor holding structure, respond to comparatively vertical angle, so, except the column type outward appearance of its external form and general tool is different, its structure is relative complex also, really belongs to a fly in the ointment.
For the shortcoming of above-mentioned known pen-shaped mouse, this is novel to provide a kind of pen-shaped mouse, to improve above-mentioned shortcoming.
The utility model content
A purpose of the present utility model provides a kind of pen-shaped mouse, and the elements such as its nib, light emitting diode and optical sensor have the Modular Structure Design of single axial assembling direction, to simplify package program, promotes the assembling accuracy.
Another purpose of the present utility model provides a kind of pen-shaped mouse, and the fixed sturcture that it need not add can be assembled in electrical module in the body, with the utilization factor in increase space, and can dwindle its volume.
Another purpose of the present utility model provides a kind of pen-shaped mouse, and it has a column type body, makes it the external form closer to general tool.
In order to achieve the above object, a kind of pen-shaped mouse of the present utility model, it comprises at least: an electrical module, a spindle element, an optical mirror slip, nib and a housing, wherein have at least one light emitting diode on this electrical module, have a button on this nib, this housing then has a loam cake, it is characterized in that: this spindle element has a tongue piece, one end of this tongue piece has a hook part, and the both sides of this room then have respectively a slide block in addition, and the bottom of this spindle element has a tenon; These written both sides, inside have respectively a chute corresponding to this slide block place, and the bottom of this nib is extended with a bonding pad, and this bonding pad has a combined hole corresponding to this tenon place; One side of this loam cake is for hollow out and can be placed on this spindle element to have a fluting on it, and the front side of this fluting has a catching groove corresponding to this place, hook part; When combination, this spindle element can place this written chute by its slide block cunning, and this tenon can be sticked in this combined hole, this loam cake then can be combined with this spindle element by this catching groove, to finish assembling, and the length of this combined hole is greater than this tenon, and we should nib can vertically move, to press this button.
Wherein this electrical module further comprises: a main circuit board, place this housing, and further have one first connector and one second connector on it; One battery frame, the one end is immobilizated on this main circuit board, and has an anodal spring and a negative spring, and this positive pole spring is to be immobilizated on this main circuit board, and this negative spring is the other end that is positioned at this battery frame; One second circuit board, place this main circuit board top, the one end has an extension circuit plate, has one first switch corresponding to this button place on this extension circuit plate, then have a second switch and one the 3rd switch on this second circuit board, further have a fixed orifice on this second circuit board, it is between this second switch and the 3rd switch, and the other end of this second circuit board is connected with one first soft printed circuit board (PCB) to be connected to this first connector; One tertiary circuit plate places a side of this main circuit board, has an optical sensor on it, and this optical sensor places a side of this optical mirror slip, and the other end of this tertiary circuit plate is connected with one second soft printed circuit board (PCB) to be connected to this second connector; And a controller, being positioned on this main circuit board and being coupled to respectively this first switch, second switch, the 3rd switch and this optical sensor, the reflection ray that can respond to according to this optical sensor calculates X, the Y-axis coordinate of this mouse.
It further has: an eyeglass holder is can be immobilizated on this tertiary circuit plate and can place this spindle element, in order to this optical mirror slip of fixing; One second button is to be placed on this second switch top; And one the 3rd button, be to be placed on the 3rd switch top.
Wherein this housing further has: a cover plate, be covered in this fluting, have one first perforate and one second perforate on it, further has a spacer between this first perforate and the second perforate, can expose for this first button and the second button respectively, its both sides then have at least one snap-latch piece corresponding to this draw-in groove place, and this snap-latch piece is sticked in this draw-in groove; One middle cover places this loam cake below, and is combined with this loam cake, and the place, top of one end is hollow out for accommodating this main circuit board, and place, the below of the other end is hollow out for accommodating this battery frame, and its tail end has a tail-hood; And a battery cover, placing this middle cover below, the one end has a blocking part, and to be combined with this middle cover, tail end covers by this tail-hood after this middle cover is combined again.
Wherein the dorsal part of this button further has a pressure rib, and this pressure rib is to be in close proximity to this first switch top.
The utility model also provides a kind of pen-shaped mouse, it is characterized in that, comprises at least: a housing is hollow form; One optical identification module is located at enclosure interior; One spindle element interconnects with this housing, and is formed with a room in this spindle element, and this room is corresponding to this optical identification module in this housing, and is formed with more than one slide block on this room madial wall; One nib interconnects with this spindle element, and should have a button on the nib, and be formed with a through hole in it, this through hole is corresponding to the room of this spindle element, and is formed with more than one chute on this through hole madial wall, and this chute can be corresponding to this slide block in this spindle element room.
Wherein has more than one catching groove on this housing.
Wherein this spindle element is extended a tongue piece, and this tongue piece has a hook part, and this hook part can engage mutually with the catching groove of this housing.
Wherein this spindle element bottom is provided with a tenon, and this tenon can engage mutually with this extended bonding pad in nib bottom.
This optical identification module wherein, at least comprise: an electrical module, be located at this enclosure interior, have more than one light emitting diode on this electrical module, and this light emitting diode is corresponding to the through hole in this nib, in order to launching the through hole of light source in this nib; One optical mirror slip has a room, and this room can be corresponding to the light source that reflects; One eyeglass holder interconnects with this optical mirror slip, and is formed with a through hole in this eyeglass holder, and this through hole is corresponding to the room of this optical mirror slip; One main circuit board places this housing, further has one first connector and one second connector on it; One battery frame, the one end is immobilizated on this main circuit board, and has an anodal spring and a negative spring, and this positive pole spring is immobilizated on this main circuit board, and this negative spring is positioned at the other end of this battery frame; One second circuit board, place this main circuit board top, the one end has an extension circuit plate, has one first switch corresponding to this button place on this extension circuit plate, then have a second switch and one the 3rd switch on this second circuit board, further have a fixed orifice on this second circuit board, it is between this second switch and the 3rd switch, and the other end of this second circuit board is connected with one first soft printed circuit board (PCB) to be connected to this first connector; One tertiary circuit plate mutually engages with this eyeglass holder, and has an optical sensor on this tertiary circuit plate, and this optical sensor is corresponding to the through hole in this eyeglass holder; And a controller, being positioned on this main circuit board and being coupled to respectively this first switch, second switch, the 3rd switch and this optical sensor, the reflection ray that can respond to according to this optical sensor calculates X, the Y-axis coordinate of this mouse.
The beneficial effects of the utility model are: it is Modular Structure Design, to simplify package program, promotes the assembling accuracy.The fixed sturcture that it need not add can be assembled in electrical module in the body, with the utilization factor in increase space, and can dwindle its volume.It has a column type body, makes it the external form closer to general tool.
Description of drawings
For making the auditor can further understand this novel structure, feature and purpose thereof, below in conjunction with being described in detail as follows of accompanying drawing and preferred embodiment, wherein:
Fig. 1 is a synoptic diagram, and it illustrates the synoptic diagram of electrical module of the pen-shaped mouse of the utility model one preferred embodiment.
Fig. 2 is a synoptic diagram, and it illustrates the decomposing schematic representation of housing of the pen-shaped mouse of the utility model one preferred embodiment.
Fig. 3 (a) is a synoptic diagram, and it illustrates the decomposing schematic representation of nib, LED eyeglass and the spindle element of the pen-shaped mouse of the utility model one preferred embodiment.
Fig. 3 (b) is a synoptic diagram, and it illustrates the combination diagrammatic cross-section of nib, LED eyeglass and the spindle element of the utility model one preferred embodiment.
Fig. 4 is a synoptic diagram, and it illustrates the combination synoptic diagram of housing of the pen-shaped mouse of the utility model one preferred embodiment.
Fig. 5 is a synoptic diagram, and it illustrates the part section enlarged diagram of the nib of the utility model one preferred embodiment.
Embodiment
Please in the lump referring to figs. 1 through Fig. 5, as shown in the figure, the pen-shaped mouse of the utility model one preferred embodiment, it comprises: an electrical module 10; One spindle element 20; One nib 30; And one housing 40 combine.
Wherein, this electrical module 10 further comprises: a main circuit board 11; One battery frame 12; One second circuit board 13; One tertiary circuit plate 14; At least one light emitting diode 15; One controller 16; One first connector 17; And one second connector 18.
Wherein, this main circuit board 11 is for example and without limitation to a printed circuit board (PCB), in order to carry this controller 16, the first connector 17 and this second connector 18.
One end of this battery frame 12, such as but not limited to front end, to be immobilizated on this main circuit board 11, and have an anodal spring 121 and a negative spring 122, wherein, this positive pole spring 121 is such as but not limited to being to be immobilizated on this main circuit board 11, and this negative spring 122 is such as but not limited to being the other end that is positioned at this battery frame 11, such as but not limited to the rear end, and this battery frame 12 is such as but not limited to being made by metal.
This second circuit board 13 is for example and without limitation to a printed circuit board (PCB), to place this main circuit board 11 tops, the one end, such as but not limited to front end, has an extension circuit plate 131, have one first switch 132 on this extension circuit plate 131, then have a second switch 133 and one the 3rd switch 134 on this second circuit board 13; Wherein, this first switch 132 is for example and without limitation to the left button of mouse, and this second switch 133 is for example and without limitation to the right button of mouse, and the 3rd switch 134 is for example and without limitation to the roller key of mouse, and is positioned at the right side of this second switch 133.Wherein, 11 of this second circuit board 13 and this main circuit boards are to connect via a soft printed circuit board (PCB) (because of projection relation, so figure does not show).In addition, as shown in Figure 1, further have a fixed orifice 135 on this second circuit board 13, it is between this second switch 133 and the 3rd switch 134.Wherein, the other end of this second circuit board 13 is connected with one first soft printed circuit board (PCB) 136, in order to do can being connected with this first connector 17 on this main circuit board 11 by this first soft printed circuit board (PCB) 136.
This tertiary circuit plate 14 is for example and without limitation to a printed circuit board (PCB), is a side that places this main circuit board 11, such as but not limited to the left side, has an optical sensor 141 on it.Wherein, the other end of this tertiary circuit plate 14 is connected with one second soft printed circuit board (PCB) 142, can be connected with this second connector 18 on this main circuit board 11 by this second soft printed circuit board (PCB) 142.
This light emitting diode 15 is sides that are positioned on this extension circuit plate 131 and are positioned at this first switch 132, in order to emission of light.
This controller 16 is to be positioned on this main circuit board 11 and to be coupled to respectively this first switch 132, second switch 133, the 3rd switch 134 and this optical sensor 141, and the reflection ray that can respond to according to this optical sensor 141 calculates X, the Y-axis coordinate of this mouse; Wherein, this controller 16 is such as but not limited to by being a microcontroller.
One end of this spindle element 20 such as but not limited to the rear end, is for hollow and can be placed on the outside of this extension circuit plate 131 that the other end such as but not limited to front end, then has a room 21.In addition, as shown in Figure 2, have a tongue piece 22 on this spindle element 20, an end of this tongue piece 22 has a hook part 23, and the both sides of this room 21 then have respectively a slide block 24 in addition.Wherein, this spindle element 20 is such as but not limited to made by plastics.In addition, shown in Fig. 3 (b), a tenon 25 is further arranged at the bottom of this spindle element 20.
This nib 30 is the other ends that can be placed on this spindle element 20, such as but not limited to front end, has a button 31 corresponding to these the first switch 132 places on it, when this button 31 is pressed, can make this first switch 132 conductings.In addition, shown in Fig. 3 (a), these nib 30 inner both sides have respectively a chute 32 corresponding to these slide block 24 places, for these slide block 24 sliding putting with this spindle element 20 of fixing.Wherein, this nib 30 is such as but not limited to made by plastics.In addition, the bottom of this nib 30 further is extended with a bonding pad 33, and has a combined hole 34 corresponding to these tenon 25 places in this bonding pad 33, this tenon 25 can with these combined hole 34 combinations, so that the structure by this slide block 24 and chute 32, tenon 25 and combined hole 34 can make this nib 30 firmly be combined with this spindle element 20.
This housing 40 is to be hollow, the one end, such as but not limited to front end, can with these nib 30 combinations, can supply the elements such as accommodating this main circuit board 11, battery frame 12, second circuit board 13, tertiary circuit plate 14.Wherein, this housing 40 is such as but not limited to made by plastics.
In addition, pen-shaped mouse of the present utility model further has an optical mirror slip 60 and an eyeglass holder 70.Wherein, this optical mirror slip 60 is sides that place this optical sensor 141, such as but not limited to front end, can the light that reflect be focused on; This eyeglass holder 70 is to place between this optical mirror slip 60 and this optical sensor 141, one end of this eyeglass holder 70, such as but not limited to the rear end, to be immobilizated on this tertiary circuit plate 14, the other end, then can be placed through in this spindle element 20 for these optical mirror slip 60 cover postpones such as but not limited to front end, in order to this optical mirror slip 60 of fixing.Wherein, this optical mirror slip 60 can be immobilizated on this eyeglass holder 70, and this eyeglass holder 70 then can be immobilizated on this tertiary circuit plate 14, and therefore the fixed sturcture that need not add, can increase the utilization factor in space, and the volume of reduction pen-shaped mouse.
In addition, pen-shaped mouse of the present utility model further has a battery 80, is to place this battery frame 12, and its positive pole and consequent pole contact with this positive pole spring 121 and negative spring 122 respectively, and wherein this battery 80 is for example and without limitation to the AAA battery.
As shown in Figure 2, housing 40 of the present utility model further has: a loam cake 41; One cover plate 42; One middle cover 43; An and battery cover 44.
Wherein, one end of this loam cake 41, such as but not limited to front end, can with these nib 30 combinations, upside has a fluting 411 and can pass through for the first soft printed circuit board (PCB) 136 of this second circuit board 13, and exposes for this second switch 133, the 3rd switch 134, both sides then have at least one draw-in groove 412, in the present embodiment, be that both sides take this loam cake 41 have respectively two draw-in grooves 412 and are illustrated as example, but not as limit.In addition, as shown in Figure 2, the front side of this fluting 411 has a salient point 413 corresponding to these fixed orifice 135 places, the front side of this salient point 413 then has a catching groove 414 corresponding to these 23 places, hook part, then has consistent groove 415 in this fluting 411, wherein, this salient point 413 can be sticked in this fixed orifice 135, so that this second circuit board 13 is immobilizated in this loam cake 41, this hook part 23 can be fastened in this catching groove 414, so that this spindle element 20 can be immobilizated in this loam cake 41.
This cover plate 42 is can be covered in this fluting 411, have one first perforate 42 1 and one second perforate 422 on it, its both sides then have at least one snap-latch piece 423 corresponding to these draw-in groove 412 places, this snap-latch piece 423 can be sticked in this draw-in groove 412, in the present embodiment, that both sides take this cover plate 42 have respectively two snap-latch pieces 423 and are illustrated as example, but not as limit.In addition, this first perforate 421 and 422 of the second perforates further have a spacer 424.
This middle cover 43 is to place this loam cake 41 belows, and can with these loam cake 41 combinations, the place, top of one end is hollow out for accommodating this main circuit board 11, and place, the below of the other end also is hollow out for accommodating this battery frame 12, and its tail end has a tail-hood 431 and a cap for brush 432.
This battery cover 44 is to place this middle cover 43 belows, and the one end such as but not limited to front end, has a blocking part 441, with these middle cover 43 combinations, tail end can with this middle cover 43 in conjunction with after, cover by this tail-hood 431 again.
In addition, pen-shaped mouse of the present utility model further has one second button 90 and one the 3rd button 95 is placed on respectively this second switch 133 and the 3rd switch 134 tops.
Shown in Fig. 3 (b), in when combination, this spindle element 20 can be by its slide block 24 sliding chutes 32 that place this nib 30, and this tenon 25 can be sticked in this combined hole 34, so that this spindle element 20 is immobilizated in this nib 30; 41 of this loam cakes can be by hook part 23 combinations of this catching groove 414 with this spindle element 20, this spindle element 20 is immobilizated in this loam cake 41, and the length of this combined hole 34 is greater than this tenon 25, the tenon 25 of worn-out this spindle element 20 can vertically move in this combined hole 34, to press this button 31, make this first switch 132 conductings.
Such as Fig. 2-shown in Figure 4, when combination, can first this main circuit board 11 be immobilizated in the middle cover 43; This extension circuit plate 131 and this second circuit board 13 are placed the room 21 of this spindle element 20; By this slide block 24 and chute 32 this spindle element 20 is placed this nib 30, and this tenon 25 is sticked in this combined hole 34; This optical mirror slip 60, eyeglass holder 70 and this tertiary circuit plate 14 are placed through in this spindle element 20; Then the first soft printed circuit board (PCB) 136 of this second circuit board 13 being passed this fluting 411 passes through groove 415 via this again and enters this middle cover 43, being connected to this main circuit board 11, and the second soft printed circuit board (PCB) 142 of this tertiary circuit plate 14 is connected to this main circuit board 11; With this middle cover 43 by lower toward with these loam cake 41 combinations, with this cap for brush 432 and these middle cover 43 combinations; At last with this battery cover 44 by lower toward with this middle cover 43 middle covers 43 in conjunction with after, again this tail-hood 431 is placed on the assembling of namely finishing pen-shaped mouse of the present utility model on this middle cover 43 and this battery cover 44.Because optical mirror slip 60 of the present utility model can be immobilizated on this eyeglass holder 70, this eyeglass holder 70 then can be immobilizated on this tertiary circuit plate 14, the fixed sturcture that need not add, therefore, can increase the utilization factor in space, and the volume of reduction pen-shaped mouse; In addition, the Modular Structure Design that the elements such as written 30, spindle element 20 of the present utility model, light emitting diode 15, optical mirror slip 60, eyeglass holder 70 and optical sensor 141 have single axial assembling direction, therefore can simplify package program, and promote the assembling accuracy, so pen-shaped mouse of the present utility model known technology has progressive.
As shown in Figure 5, button 31 dorsal parts of this nib 30 further have one and press rib 35, and this pressure rib 35 is in close proximity to this first switch 131 tops, and when this button 31 is pressed, this pressure rib 35 will force on this first switch 131, and make this first switch 132 conductings.
In addition, the utility model also discloses the pen-shaped mouse of another embodiment, and it comprises at least: a housing 40 is to be hollow form; One optical identification module (figure does not indicate) is to be located at housing 40 inside; One spindle element 20 is to interconnect with housing 40, and is formed with a room 21 in this spindle element 20, and this room 21 is corresponding to the optical identification module in the housing 40, and is formed with more than one slide block 24 on these room 21 madial walls; One nib 30, to interconnect with this spindle element 20, and should be formed with a through hole 36 in the nib 30, this through hole 36 is the rooms 21 corresponding to this spindle element 20, and be formed with more than one chute 32 on these through hole 36 madial walls, this chute 32 can be corresponding to the slide block 24 in the room 21 of this spindle element.
Wherein, this housing 40 is such as but not limited to made by plastics, and it has more than one catching groove 414.
This optical identification module further comprises: an electrical module 10; One optical mirror slip 60; One eyeglass holder 70; One main circuit board 11; One battery frame 12; One second circuit board 13; One tertiary circuit plate 14; An and controller 16.
Wherein, this electrical module 10 is to be located at housing 40 inside, has more than one light emitting diode 15 on this electrical module 10, and this light emitting diode 15 can be corresponding to the through hole 36 in this nib 30, in order to launching the through hole 36 of light source in this nib 30.
This optical mirror slip 60 has a room 61, and this room 61 can be corresponding to the light source that reflects.
This eyeglass holder 70 is to interconnect with this optical mirror slip 60, and is formed with a through hole 71 in this eyeglass holder 70 that this through hole 71 is the rooms 61 corresponding to this optical mirror slip 60.
This main circuit board 11 is for example and without limitation to a printed circuit board (PCB), in order to carry this controller 16, further has one first connector 17 and this second connector 18 on it.
One end of this battery frame 12, such as but not limited to front end, to be immobilizated on this main circuit board 11, and have an anodal spring 121 and a negative spring 122, wherein, this positive pole spring 121 is such as but not limited to being to be immobilizated on this main circuit board 11, and this negative spring 122 is such as but not limited to being the other end that is positioned at this battery frame 11, such as but not limited to the rear end, and this battery frame 12 is such as but not limited to being made by metal.
This second circuit board 13 is for example and without limitation to a printed circuit board (PCB), to place this main circuit board 11 tops, the one end, such as but not limited to front end, has an extension circuit plate 131, have one first switch 132 on this extension circuit plate 13 1, then have a second switch 133 and one the 3rd switch 134 on this second circuit board 13; Wherein, this first switch 132 is for example and without limitation to the left button of mouse, and this second switch 133 is for example and without limitation to the right button of mouse, and the 3rd switch 134 is for example and without limitation to the roller key of mouse, and is positioned at the right side of this second switch 133.Wherein, 11 of this second circuit board 13 and this main circuit boards are to connect via a soft printed circuit board (PCB) (because of projection relation, so figure does not show).In addition, as shown in Figure 1, further have a fixed orifice 135 on this second circuit board 13, it is between this second switch 133 and the 3rd switch 134.Wherein, the other end of this second circuit board 13 is connected with one first soft printed circuit board (PCB) 136, in order to do can being connected with this first connector 17 on this main circuit board 11 by this first soft printed circuit board (PCB) 136.
This tertiary circuit plate 14 is for example and without limitation to a printed circuit board (PCB), is mutually to engage with eyeglass holder 70, and has an optical sensor 141 on this tertiary circuit plate 14, and this optical sensor 141 is corresponding to the through hole 71 in the eyeglass holder 70.Wherein, the other end of this tertiary circuit plate 14 is connected with one second soft printed circuit board (PCB) 142, in order to do can being connected with this second connector 18 on this main circuit board 11 by this second soft printed circuit board (PCB) 142.
This controller 16 is to be positioned on this main circuit board 11 and to be coupled to respectively this first switch 132, second switch 133, the 3rd switch 134 and this optical sensor 141, and the reflection ray that can respond to according to this optical sensor 141 calculates X, the Y-axis coordinate of this mouse; Wherein, this controller 16 is such as but not limited to by being a microcontroller.
In addition, this spindle element 20 is further extended a tongue piece 22, and this tongue piece 22 has a hook part 23, and this hook part 23 can engage mutually with the catching groove 414 of this housing 40.In addition, these spindle element 20 bottoms are provided with a tenon 25.
A bonding pad 33 is extended in the bottom of this nib 30, and this bonding pad 33 can engage mutually with the tenon 25 of this spindle element 20.
In sum, by the enforcement of pen-shaped mouse of the present utility model, it has: its optical mirror slip and eyeglass holder all can be immobilizated in this spindle element, and therefore the fixed sturcture that need not add, can increase the utilization factor in space, and the volume of reduction pen-shaped mouse; With and the Modular Structure Design of the elements such as nib, spindle element, light emitting diode, optical mirror slip, eyeglass holder and optical sensor with single axial assembling direction, therefore can simplify package program, and the advantages such as accuracy are assembled in lifting, therefore, the pen-shaped mouse that the utility model is really more known has progressive.
The utility model discloses, and is preferred embodiment, the change of every part or modification and come from technological thought of the present utility model and be have the knack of this technology the people was easy to know by inference, all do not take off claim category of the present utility model.
Claims (10)
1. pen-shaped mouse, it comprises at least: an electrical module, a spindle element, an optical mirror slip, nib and a housing, wherein has a light emitting diode on this electrical module, has a button on this nib, this housing then has a loam cake, it is characterized in that: this spindle element has a tongue piece, and an end of this tongue piece has a hook part, the both sides of this room then have respectively a slide block in addition, and the bottom of this spindle element has a tenon; These written both sides, inside have respectively a chute corresponding to this slide block place, and the bottom of this nib is extended with a bonding pad, and this bonding pad has a combined hole corresponding to this tenon place; One side of this loam cake is for hollow out and can be placed on this spindle element to have a fluting on it, and the front side of this fluting has a catching groove corresponding to this place, hook part; When combination, this spindle element can place this written chute by its slide block cunning, and this tenon can be sticked in this combined hole, this loam cake then can be combined with this spindle element by this catching groove, to finish assembling, and the length of this combined hole is greater than this tenon, and this nib can vertically move, to press this button.
2. pen-shaped mouse as claimed in claim 1, wherein this electrical module further comprises:
One main circuit board places this housing, further has one first connector and one second connector on it;
One battery frame, the one end is immobilizated on this main circuit board, and has an anodal spring and a negative spring, and this positive pole spring is to be immobilizated on this main circuit board, and this negative spring is the other end that is positioned at this battery frame;
One second circuit board, place this main circuit board top, the one end has an extension circuit plate, has one first switch corresponding to this button place on this extension circuit plate, then have a second switch and one the 3rd switch on this second circuit board, further have a fixed orifice on this second circuit board, it is between this second switch and the 3rd switch, and the other end of this second circuit board is connected with one first soft printed circuit board (PCB) to be connected to this first connector;
One tertiary circuit plate places a side of this main circuit board, has an optical sensor on it, and this optical sensor places a side of this optical mirror slip, and the other end of this tertiary circuit plate is connected with one second soft printed circuit board (PCB) to be connected to this second connector; And
One controller is positioned on this main circuit board and is coupled to respectively this first switch, second switch, the 3rd switch and this optical sensor, and the reflection ray that can respond to according to this optical sensor calculates X, the Y-axis coordinate of this mouse.
3. pen-shaped mouse as claimed in claim 2, it further has:
One eyeglass holder is can be immobilizated on this tertiary circuit plate and can place this spindle element, in order to this optical mirror slip of fixing;
One second button is to be placed on this second switch top; And
One the 3rd button is to be placed on the 3rd switch top.
4. pen-shaped mouse as claimed in claim 2, wherein this housing further has:
One cover plate, be covered in this fluting, have one first perforate and one second perforate on it, further has a spacer between this first perforate and the second perforate, can expose for this first button and the second button respectively, its both sides then have at least one snap-latch piece corresponding to this draw-in groove place, and this snap-latch piece is sticked in this draw-in groove;
One middle cover places this loam cake below, and is combined with this loam cake, and the place, top of one end is hollow out for accommodating this main circuit board, and place, the below of the other end is hollow out for accommodating this battery frame, and its tail end has a tail-hood; And
One battery cover places this middle cover below, and the one end has a blocking part, and to be combined with this middle cover, tail end covers by this tail-hood after this middle cover is combined again.
5. pen-shaped mouse as claimed in claim 2, wherein the dorsal part of this button further has one and presses rib, and this pressures rib is to be in close proximity to above this first switch.
6. a pen-shaped mouse is characterized in that, comprises at least:
One housing is hollow form;
One optical identification module is located at enclosure interior;
One spindle element interconnects with this housing, and is formed with a room in this spindle element, and this room is corresponding to this optical identification module in this housing, and is formed with more than one slide block on this room madial wall;
One nib interconnects with this spindle element, and should have a button on the nib, and be formed with a through hole in it, this through hole is corresponding to the room of this spindle element, and is formed with more than one chute on this through hole madial wall, and this chute can be corresponding to this slide block in this spindle element room.
7. pen-shaped mouse as claimed in claim 6 wherein has more than one catching groove on this housing.
8. pen-shaped mouse as claimed in claim 7, wherein this spindle element is extended a tongue piece, and this tongue piece has a hook part, and this hook part can engage mutually with the catching groove of this housing.
9. pen-shaped mouse as claimed in claim 8 wherein is provided with a tenon bottom this spindle element, and this tenon can engage mutually with this extended bonding pad in nib bottom.
10. pen-shaped mouse as claimed in claim 6, this optical identification module wherein comprises at least:
One electrical module is located at this enclosure interior, has more than one light emitting diode on this electrical module, and this light emitting diode is corresponding to the through hole in this nib, in order to launching the through hole of light source in this nib;
One optical mirror slip has a room, and this room can be corresponding to the light source that reflects;
One eyeglass holder interconnects with this optical mirror slip, and is formed with a through hole in this eyeglass holder, and this through hole is corresponding to the room of this optical mirror slip;
One main circuit board places this housing, further has one first connector and one second connector on it;
One battery frame, the one end is immobilizated on this main circuit board, and has an anodal spring and a negative spring, and this positive pole spring is immobilizated on this main circuit board, and this negative spring is positioned at the other end of this battery frame;
One second circuit board, place this main circuit board top, the one end has an extension circuit plate, has one first switch corresponding to this button place on this extension circuit plate, then have a second switch and one the 3rd switch on this second circuit board, further have a fixed orifice on this second circuit board, it is between this second switch and the 3rd switch, and the other end of this second circuit board is connected with one first soft printed circuit board (PCB) to be connected to this first connector;
One tertiary circuit plate mutually engages with this eyeglass holder, and has an optical sensor on this tertiary circuit plate, and this optical sensor is corresponding to the through hole in this eyeglass holder; And
One controller is positioned on this main circuit board and is coupled to respectively this first switch, second switch, the 3rd switch and this optical sensor, and the reflection ray that can respond to according to this optical sensor calculates X, the Y-axis coordinate of this mouse.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220538799 CN202887117U (en) | 2012-10-22 | 2012-10-22 | Pen-shaped mouse |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220538799 CN202887117U (en) | 2012-10-22 | 2012-10-22 | Pen-shaped mouse |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202887117U true CN202887117U (en) | 2013-04-17 |
Family
ID=48078523
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220538799 Expired - Fee Related CN202887117U (en) | 2012-10-22 | 2012-10-22 | Pen-shaped mouse |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202887117U (en) |
-
2012
- 2012-10-22 CN CN 201220538799 patent/CN202887117U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130417 Termination date: 20181022 |