CN102314229B - Mouse device with movable button - Google Patents
Mouse device with movable button Download PDFInfo
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- CN102314229B CN102314229B CN2010102151830A CN201010215183A CN102314229B CN 102314229 B CN102314229 B CN 102314229B CN 2010102151830 A CN2010102151830 A CN 2010102151830A CN 201010215183 A CN201010215183 A CN 201010215183A CN 102314229 B CN102314229 B CN 102314229B
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Abstract
The invention discloses a mouse device with a movable button. The mouse device comprises a mouse body, a first shell and a first button, wherein the mouse body is used for supporting the palm of a user; the first button covers the first shell; the first shell is connected to the front end of the main body of the mouse and can move relatively to the main body of the mouse along the front end of the main body so as to change the position of the first button relatively to the main body of the mouse; and thus the user can select a required button position according to the size of the palm of the user. According to the mouse device with the movable button, the problem that hands always feel tired when the users of different palm sizes operate the mouse device of the fixed size in the prior art can be avoided, and the users can more conveniently and comfortably operate.
Description
Technical field
The present invention relates to mouse, relate in particular to a kind of mouse apparatus with movable button.
Background technology
Mouse apparatus, key board unit, Trackball device and Contact plate etc. is current computer inputs commonly used.Wherein, because mouse apparatus can be gripped with palm by the user, the movement of mouse beacon cursor meets large several users' operating habit, thereby becomes the most general input media.
Refer to Fig. 1, it is the structural representation that a kind of known mouse apparatus is connected in computer system.Computer system 2 comprises host computer 21 and computer screen 22, host computer 21 is connected to idler wheel mouse device 1 and computer screen 22, computer screen 22 is in order to display highlighting 221, and idler wheel mouse device 1 in order to control cursor 221 so that host computer 21 is carried out corresponding instruction.Mouse apparatus 1 comprises mouse body 10, left button 11 and right button 12.Mouse body 10 is in order to support user's palm, and mouse body 10 moves by the user and produce displacement, makes host computer 21 according to this displacement and the cursor 221 in removable computer screen 22.Left button 11 and right button 12 in order to the click according to the user output signal so that host computer 21 is carried out corresponding instruction.The above-mentioned mouse apparatus for thering is basic function.
Yet, each user's hand size and finger length are neither same, and the mouse body size of general mouse apparatus is fixed, therefore when different users's operation has the mouse apparatus of fixing mouse body size, some user's palm and finger can conform to the mouse body size of mouse apparatus, and other user's palm does not conform to and easily feels that hand is tired out with the mouse body size of mouse apparatus.
Therefore, need a kind of mouse apparatus that meets different hand sizes.
Summary of the invention
The technical problem to be solved in the present invention is, for the prior art above shortcomings, provides a kind of mouse apparatus with movable button that meets different hand sizes.
The technical scheme that the present invention solves its technical matters employing is to provide a kind of mouse apparatus with movable button, is connected in host computer, and this mouse apparatus comprises mouse body, the first housing, the first button, first circuit board, the first switch; Wherein, this mouse body comprises body base and body upper shell, and this body upper shell is covered in this body base and this body upper shell has body front end and body rear end; This first housing is connected in this body front end of this mouse body and can moves with respect to this mouse body along this body front end; This first button is arranged on this first housing and is covered in this first housing; This first circuit board is arranged in this first housing; This first switch is arranged on this first circuit board, in order to be triggered by this first button; Wherein this first housing moves with respect to this mouse body at this body front end, and this first housing not with this body of this mouse body after end in contact.
This mouse body also is provided with the first fixed orifice and the first sliding tray; This first housing comprises the first rotating part and the first sliding part, and wherein, this first rotating part is stretched into into this mouse body and is combined with this first fixed orifice by this body front end; This first sliding position, between this first button and this first rotating part, and is stretched into into this mouse body and is combined with this first sliding tray by this body front end; This first rotating part rotates with respect to this first fixed orifice, and this first housing is rotated with respect to this mouse body.
This first rotating part comprises the first projection, and this first projection stretches in this first fixed orifice and in conjunction with this first housing and this mouse body, and this first projection can rotate with respect to this first fixed orifice, and this first housing is moved with respect to this mouse body.
This first sliding tray comprises the first serrated slot, and this first sliding part comprises the first projection, when this first housing moves with respect to this mouse body, this first sliding part slides and makes this first projection stretch in this first serrated slot to fix this first housing in this first sliding tray.
This first rotating part comprises the first combined hole and the first rotating shaft, one end of this first rotating shaft stretches in this first fixed orifice, and the other end of this first rotating shaft stretches into this first combined hole, and this end of this first rotating shaft rotation of synchronizeing with this first fixed orifice combination, this other end of this first rotating shaft rotation of synchronizeing with this first combined hole combination, and this other end of this first rotating shaft can rotate with respect to this end of this first rotating shaft, and this first housing is moved with respect to this mouse body.
This first sliding part comprises the first perforate, and be provided with the first fixed leg moved with respect to this mouse body in order in this first housing in this first sliding tray, and this first sliding part while sliding in this first sliding tray this first fixed leg stretch into this first perforate and make during this first sliding part is fixed in this first sliding tray.
Described mouse apparatus also comprises the second housing, the second button, second circuit board and second switch: wherein, this second housing is connected in this body front end of this mouse body and is positioned at a side of this first housing, and this second housing can move with respect to this mouse body along this body front end; This second button is arranged on this second housing and is covered in this second housing; This second circuit board is arranged in this second housing; This second switch is arranged on this second circuit board, in order to be triggered by this second button; Wherein this second housing moves with respect to this mouse body at this body front end, and this second housing not with this body of this mouse body after end in contact.
This mouse body also comprises the second fixed orifice and the second sliding tray; And this second housing comprises the second rotating part and the second sliding part, wherein, this second rotating part is stretched into into this mouse body and is combined with this second fixed orifice by this body front end; This second sliding position, between this second button and this second rotating part, and is stretched into into this mouse body and is combined with this second sliding tray by this body front end; This second rotating part rotates with respect to this second fixed orifice, and this second housing is rotated with respect to this mouse body.
This second rotating part comprises the second projection, and this second projection stretches in this second fixed orifice and in conjunction with this second housing and this mouse body, and this second projection can rotate with respect to this second fixed orifice, and this second housing is moved with respect to this mouse body.
This second sliding tray comprises the second serrated slot, and this second sliding part comprises the second projection, when this second housing moves with respect to this mouse body, this second sliding part slides in this second sliding tray, and makes this second projection stretch in this second serrated slot to fix this second housing.
This second rotating part comprises the second combined hole and the second rotating shaft, one end of this second rotating shaft stretches in this second fixed orifice, and the other end of this second rotating shaft stretches into this second combined hole, and this end of this second rotating shaft rotation of synchronizeing with this second fixed orifice combination, this other end of this second rotating shaft rotation of synchronizeing with this second combined hole combination, and this other end of this second rotating shaft can rotate with respect to this end of this second rotating shaft, and this second housing can be moved with respect to this mouse body.
This second sliding part comprises the second perforate, and be provided with the second fixed leg moved with respect to this mouse body in order in this second housing in this second sliding tray, and this second sliding part while sliding in this second sliding tray this second fixed leg stretch into this second perforate and make during this second sliding part is fixed in this second sliding tray.
This mouse body also comprises this circuit board body and optical displacement sensing module, and this optical displacement sensing module is arranged on this this circuit board body, in order to the movement of detecting this mouse body, exports cursor signal; And this first housing also comprises the first connecting line, one end of this first connecting line is connected in this first circuit board, the other end of this first connecting line is connected in this this circuit board body, make this first button touched and while triggering this first switch, this first switch is exported the first trigger pip, and this first trigger pip is transferred to this this circuit board body by this first connecting line; This second housing also comprises the second connecting line, one end of this second connecting line is connected in this second circuit board, the other end of this second connecting line is connected in this this circuit board body, make this second button touched and while triggering this second switch, this second switch is exported the second trigger pip, and this second trigger pip is transferred to this this circuit board body by this second connecting line.
This mouse body also comprises the body connecting line, be arranged between this first housing and this second housing, and this body connecting line is connected in this host computer, in order to transmit this first trigger pip, this second trigger pip and this cursor signal to this host computer.
This mouse body also comprises wireless signal transmitter, in order to export this first trigger pip, this second trigger pip and this cursor signal, and this host computer is connected in wireless signal receiver, this wireless signal receiver is in order to receive this first trigger pip, this second trigger pip and this cursor signal.
The user that the present invention makes different hand sizes by the housing that can move with respect to this mouse body in the setting of mouse body front end is the button of operation setting on this housing easily all, thereby it is more convenient and comfortable to make the user operate.
The accompanying drawing explanation
Fig. 1 is the structural representation that known mouse apparatus is connected in computer system.
Fig. 2 is the schematic appearance that the present invention has mouse apparatus first preferred embodiment of movable button.
Fig. 3 is the STRUCTURE DECOMPOSITION figure that the present invention has mouse apparatus first preferred embodiment of movable button.
Fig. 4 is the first housing of mouse apparatus first preferred embodiment of the present invention with movable button and the structural representation of second another angle of housing.
Fig. 5 is the inner structure vertical view that the present invention has mouse apparatus first preferred embodiment of movable button.
Fig. 6 is that the present invention has mouse apparatus first preferred embodiment of movable button in the operated vertical view of the first mode of operation.
Fig. 7 is the inner structure vertical view of mouse apparatus the first preferred embodiment in the second mode of operation that the present invention has movable button.
Fig. 8 is that the present invention has mouse apparatus first preferred embodiment of movable button in the operated vertical view of the second mode of operation.
Fig. 9 is the STRUCTURE DECOMPOSITION figure that the present invention has mouse apparatus second preferred embodiment of movable button.
Figure 10 is the first housing of mouse apparatus second preferred embodiment of the present invention with movable button and the structural representation of second another angle of housing.
Figure 11 is the inner structure vertical view that mouse apparatus the second preferred embodiment that the present invention has a movable button is in the first mode of operation.
Figure 12 is the inner structure vertical view that mouse apparatus the second preferred embodiment that the present invention has a movable button is in the second mode of operation.
Embodiment
The present invention proposes a kind of mouse apparatus with movable button, to solve the existing puzzlement of prior art.Refer to Fig. 2, it has the schematic appearance of mouse apparatus first preferred embodiment of movable button for the present invention.In Fig. 2, the mouse apparatus 3 with movable button is connected in host computer 41, and host computer 41 is connected in wireless signal receiver 306.Mouse apparatus 3 comprises mouse body 30, the first housing 31, the first button 32, the second housing 35 (referring to Fig. 3) and the second button 36.Mouse body 30 comprises body base 301 and body upper shell 302, and body upper shell 302 is covered in body base 301, and body upper shell 302 has body front end 3021 and body rear end 3022.The first housing 31 is connected in the body front end 3021 of mouse body 30 and can moves with respect to mouse body 30 along body front end 3021, and the first button 32 is arranged on the first housing 31 and be covered in the first housing 31.The second housing 35 is connected in the body front end 3021 of mouse body 30 and is positioned at a side of the first housing 31, the second housing 35 can move with respect to mouse body 30 along body front end 3021, and the second button 36 is arranged on the second housing 35 and be covered in the second housing 35.
Next the inner structure of mouse apparatus 3 of the present invention is described, please consult Fig. 3 and Fig. 4 simultaneously, Fig. 3 has the STRUCTURE DECOMPOSITION figure of mouse apparatus first preferred embodiment of movable button for the present invention, and Fig. 4 has first housing of mouse apparatus the first preferred embodiment of movable button and the structural representation of second another angle of housing for the present invention.In Fig. 3, mouse apparatus 3 also comprises first circuit board 33, the first switch 34, second circuit board 37 and second switch 38.Mouse body 30 also comprises this circuit board body 303, optical displacement sensing module 304 and wireless signal transmitter 305.Optical displacement sensing module 304 and wireless signal transmitter 305 are arranged on this circuit board body 303, and optical displacement sensing module 304 is exported cursor signal in order to the movement of detecting mouse body 30, wireless signal transmitter 305, in order to export cursor signal to wireless signal receiver 306, makes host computer 41 receive cursor signal.
In Fig. 3 and Fig. 4, body base 301 is provided with the first fixed orifice 3011, the first sliding tray 3012, the second fixed orifice 3013 and the second sliding tray 3014.The first sliding tray 3012 has the first fixed leg 3012A and the first serrated slot 3012B.The first housing 31 is provided with the first rotating part 311, be positioned at the first sliding part 312 of 311 of the first button 32 and the first rotating parts and the first connecting line 313, the first rotating parts 311 in order to be stretched into by body front end 3021 into mouse body 30 with the first fixed orifice 3011 combinations.The first rotating part 311 has the first projection 3111, in order to stretch in the first fixed orifice 3011 and in conjunction with the first housing 31 and body base 301.The first sliding part 312 has the first perforate 3121 and the first projection 3122, the first perforates 3121 in order to hold the first fixed leg 3012A, and the first projection 3122 is in order to stretch into the first serrated slot 3012B.In this preferred embodiment, the first serrated slot 3012B has four grooves.
The second sliding tray 3014 has the second fixed leg 3014A and the second serrated slot 3014B.The second housing 35 is provided with the second rotating part 351, be positioned at the second sliding part 352 of 351 of the second button 36 and the second rotating parts and the second connecting line 353, the second rotating parts 351 in order to be stretched into by body front end 3021 into mouse body 30 with the second fixed orifice 3013 combinations.The second rotating part 351 has the second projection 3511, in order to stretch in the second fixed orifice 3013 and in conjunction with the second housing 35 and body base 301.The second sliding part 352 has the second perforate 3521 and the second projection 3522, the second perforates 3521 in order to hold the second fixed leg 3014A, and the second projection 3522 is in order to stretch into the second serrated slot 3014B.In this preferred embodiment, the second serrated slot 3014B also has four grooves.
The situation of each combination of elements of mouse apparatus 3 inside refers to Fig. 5, and it has the inner structure vertical view of mouse apparatus first preferred embodiment of movable button for the present invention.First circuit board 33 is arranged in the first housing 31, and the first switch 34 is arranged on first circuit board 33, in order to be triggered by the first button 32, and an end of the first connecting line 313 is connected in the other end of first circuit board 33, the first connecting lines 313 and is connected in this circuit board body 303.The first housing 31 is stretched into into mouse body 30 by body front end 3021 by the first rotating part 311, and the first projection 3111 of the first rotating part 311 stretches into the first fixed orifice 3011 and obtains so that the first housing 31 and mouse body 30 combinations, wherein the first sliding part 312 and the first sliding tray 3012 combinations, and the first projection 3122 stretches into the first serrated slot 3012B, the first fixed leg 3012A stretches in the first perforate 3121 and fixes the first sliding part 312 in the first sliding tray 3012, to avoid the first sliding part 312, emerges in the first sliding tray 3012.
On the other hand, second circuit board 37 is arranged in the second housing 35, and second switch 38 is arranged on second circuit board 33, in order to be triggered by the second button 36, and being connected in the other end of second circuit board 37, the second connecting lines 353, an end of the second connecting line 353 is connected in this circuit board body 303.The second 35 of housings are stretched into into mouse body 30 by body front end 3021 by the second rotating part 351, and the second projection 3511 of the second rotating part 351 stretches into the second fixed orifice 3013 and obtains so that the second housing 35 and mouse body 30 combinations, wherein the second sliding part 352 and the second sliding tray 3014 combinations, and the second projection 3522 stretches into the second serrated slot 3014B, the second fixed leg 3014A stretches in the second perforate 3521 the second sliding part 352 is fixed in the second sliding tray 3014, to avoid the second sliding part 352, from the second sliding tray 3014, deviates from.When mouse apparatus 3, during in the first mode of operation, the first housing 31 contacts with the second housing 35, and the first sliding part 312 is positioned at the low order end of the first sliding tray 3012, and the first fixed leg 3012A is positioned at the high order end of the first perforate 3121.And the second sliding part 352 is positioned at the high order end of the second sliding tray 3014, and the second fixed leg 3014A is positioned at the low order end of the second perforate 3521, as shown in Figure 5.Finally, body upper shell 302 is covered in body base 301.
Refer to Fig. 6, it has mouse apparatus first preferred embodiment of movable button in the operated vertical view of the first mode of operation for the present invention.When women user wants operating mouse device 3, women user's palm P is positioned on the body upper shell 302 of mouse body 30, palm P is supported by mouse body 30, and women user's the first finger F1 and second finger F2 are positioned over respectively on the first housing 31 and the second housing 35.When its palm P rolling mouse body 30, the optical displacement sensing module 304 (referring to Fig. 5) in mouse body 30 produces cursor signal with the movement of mouse body 30.When the first finger F1 presses the first button 32, make the first button 32 trigger the first switch 34 and export the first trigger pip, and the first trigger pip is transferred to this circuit board body 303 by the first connecting line 313 by first circuit board 33.When second finger F2 presses the second button 36, make the second button 36 trigger second switch 38 and export the second trigger pip, and the second trigger pip is transferred to this circuit board body 303 by the second connecting line 353 by second circuit board 37.The first trigger pip, the second trigger pip and cursor signal transfer to wireless signal receiver 306 (referring to Fig. 2) by the wireless signal transmitter 305 (referring to Fig. 5) on this circuit board body 303, and therefore the first trigger pip, the second trigger pip and cursor signal are transferred to host computer 41.
When thering is larger palm P ' and the first long finger F1 ', when the male sex user of second finger F2 ' wants operating mouse device 3, its palm P ' is positioned on the mouse body 30 in the first mode of operation, and the first finger F1 ' and a second finger F2 ' are positioned over respectively on the first housing 31 and the second housing 35 and operating mouse device 3, but because the mouse body 30 in the first mode of operation is to be applicable to less palm P and the first shorter finger F1, second finger F2, make male sex user's palm P ' be supported by mouse body 30, but the first finger F1 ' and second finger F2 ' must just can be positioned on the first button 32 and the second button 36 with the state of overbend.Thus, male sex user's hand is easy to tired.
Now, male sex user can stir respectively the first housing 31 and the second housing 35, the first rotating part 311 and the second rotating part 351 rotate with respect to the first fixed orifice 3011 and the second fixed orifice 3013, the first sliding part 312 slides in the first sliding tray 3012, and the second sliding part 352 slides in the second sliding tray 3014, therefore, the first housing 31 and the second housing 35 move with respect to mouse body 30 and make mouse apparatus 3 be switched to the second mode of operation by the first mode of operation at the body front end 3021 of mouse body 30, as shown in Figure 7.In Fig. 7, mouse apparatus 3 is in the second mode of operation, and the first housing 31 does not contact with the second housing 35, and the first sliding part 312 is positioned at the high order end of the first sliding tray 3012, and the first fixed leg 3012A is positioned at the low order end of the first perforate 3121.And the second sliding part 352 is positioned at the low order end of the second sliding tray 3014, and the second fixed leg 3014A is positioned at the high order end of the second perforate 3521, wherein the first projection 3122 is moved to by the groove on the right side of the first serrated slot 3012B in the groove in left side of the first serrated slot 3012B, to fix the first housing 31, and the second projection 3522 is moved to by the groove in the left side of the second serrated slot 3014B in the groove on right side of the second serrated slot 3014B, to fix the second housing 35.
Refer to Fig. 8, it has mouse apparatus first preferred embodiment of movable button in the operated vertical view of the second mode of operation for the present invention.The first housing 31 of the mouse apparatus 3 in the second mode of operation and the position of the second housing 35 can allow male sex user's the first finger F1 ' and second finger F2 ' placed thereon with slightly crooked state, and palm P ' is supported by mouse body 30 and the posture of palm P ' does not change because of the movement of the first housing 31 and the second housing 35, so that male sex user's operating mouse device 3 cosily.From the above, the present invention has the user of the mouse apparatus of movable button applicable to different hand sizes.In this preferred embodiment, the first serrated slot 3012B and the second serrated slot 3014B have respectively four grooves, make the first housing 31 and the second housing 35 be able to move between four diverse locations respectively at body front end 3021, meet different users's hand sizes so that the external form of mouse apparatus 3 can change.
In addition, the present invention also provides the second preferred embodiment, refers to Fig. 9, and it has the STRUCTURE DECOMPOSITION figure of mouse apparatus second preferred embodiment of movable button for the present invention.In Fig. 9, the mouse apparatus 5 with movable button comprises mouse body 50, the first housing 51, the first button 52, first circuit board 53, the first switch 54, the second housing 55, the second button 56, second circuit board 57 and second switch 58.Mouse body 50 comprises body base 501, body upper shell 502, this circuit board body 503, optical displacement sensing module 504 and body connecting line 505, body upper shell 502 is covered in body base 501, and body upper shell 502 has body front end 5021 and body rear end 5022.Optical displacement sensing module 504 is arranged on this circuit board body 503, optical displacement sensing module 504 is exported cursor signal in order to the movement of detecting mouse body 50, and body connecting line 505 is connected in host computer (not being shown in figure), body connecting line 505 in order to signal transmission to host computer.Body base 501 comprises the first fixed orifice 5011, the first sliding tray 5012, the second fixed orifice 5013 and the second sliding tray 5014, and is provided with the first fixed leg 5012A in the first sliding tray 5012, and is provided with the second fixed leg 5014A in the second sliding tray 5014.
Please consult Fig. 9 and Figure 10, Figure 10 is the first housing of mouse apparatus second preferred embodiment of the present invention with movable button and the structural representation of second another angle of housing simultaneously.The first housing 51 comprises the first rotating part 511, be positioned at the first sliding part 512 and first connecting line 513 of 511 of the first button 52 and the first rotating parts.The first rotating part 511 comprises the first combined hole 5111 and the first rotating shaft 5112, and the first sliding part 512 has the first perforate 5121.The second housing 55 comprises the second rotating part 551, be positioned at the second sliding part 552 and second connecting line 553 of 551 of the second button 56 and the second rotating parts.The second rotating part 551 comprises the second combined hole 5511 and the second rotating shaft 5512, and the second sliding part 552 has the second perforate 5521.
The situation of each combination of elements of mouse apparatus 5 inside refers to Figure 11, and it has the inner structure vertical view of mouse apparatus the second preferred embodiment in the first mode of operation of movable button for the present invention.First circuit board 53 is arranged in the first housing 51, and the first switch 54 is arranged on first circuit board 53, in order to be triggered by the first button 52, and an end of the first connecting line 513 is connected in the other end of first circuit board 53, the first connecting lines 513 and is connected in this circuit board body 503.The first housing 51 is stretched into into mouse body 50 by body front end 5021 by the first rotating part 511.One end 5112A of the first rotating shaft 5112 stretches in the first fixed orifice 5011, and the other end 5112B of the first rotating shaft 5112 stretches into the first combined hole 5111, this end 5112A of the first rotating shaft 5112 rotation of synchronizeing with the first fixed orifice 5011 combinations, the other end 5112B of the first rotating shaft 5112 rotation of synchronizeing with the first combined hole 5111 combinations, and the other end 5112B of the first rotating shaft 5112 can rotate with respect to its this end 5112A, and the first housing 51 is moved with respect to mouse body 50 at body front end 5021.When the first housing 51 and mouse body 50 in conjunction with the time, the first sliding part 512 and the first sliding tray 5012 combinations, and the first fixed leg 5012A stretches in the first perforate 5121 the first sliding part 512 is fixed in the first sliding tray 5012, to avoid the first sliding part 512, from the first sliding tray 5012, deviates from.
On the other hand, second circuit board 57 is arranged in the second housing 55, and second switch 58 is arranged on second circuit board 57, in order to be triggered by the second button 56, and being connected in the other end of second circuit board 57, the second connecting lines 553, an end of the second connecting line 553 is connected in this circuit board body 503.The second housing 55 is stretched into into mouse body 50 by body front end 5021 by the second rotating part 551.One end 5512A of the second rotating shaft 5512 stretches in the second fixed orifice 5013, and the other end 5512B of the second rotating shaft 5512 stretches into the second combined hole 5511, this end 5512A of the second rotating shaft 5512 rotation of synchronizeing with the second fixed orifice 5013 combinations, the other end 5512B of the second rotating shaft 5512 rotation of synchronizeing with the second combined hole 5511 combinations, and the other end 5512B of the second rotating shaft 5512 can rotate with respect to its this end 5512A, and the second housing 55 is moved with respect to mouse body 50 at body front end 5021.When the second housing 55 and mouse body 50 in conjunction with the time, the second sliding part 552 and the second sliding tray 5014 combinations, and the second fixed leg 5014A stretches in the second perforate 5521 the second sliding part 552 is fixed in the second sliding tray 5014, to avoid the second sliding part 552, from the second sliding tray 5014, deviates from.When mouse apparatus 5, during in the first mode of operation, mouse apparatus 5 is applicable to have the women user of less hand sizes.The first housing 51 contacts with the second housing 55, and the first sliding part 512 is positioned at the low order end of the first sliding tray 5012, and the first fixed leg 5012A is positioned at the high order end of the first perforate 5121.And the second sliding part 552 is positioned at the high order end of the second sliding tray 5014, and the second fixed leg 5014A is positioned at the low order end of the second perforate 5521.
When mouse apparatus 5 is operated, mouse body 50 is moved and exports cursor signal, and the first button 52 is touched and the first switch 54 is triggered and export first and press signal, the touched and second switch 58 of the second button 56 is triggered and exports second and presses signal.And cursor signal, first presses signal and second and presses signal and transfer to host computer by body connecting line 505, make host computer carry out dependent instruction.
When the male sex user's wish with larger hand sizes is used mouse apparatus 5, male sex user can stir respectively the first housing 51 and the second housing 55, the other end 5112B of the first rotating part 511 and the first rotating shaft 5112 rotates with respect to this end 5112A of the first fixed orifice 5011 and the first rotating shaft 5112, and the other end 5512B of the second rotating part 551 and the second rotating shaft 5512 rotates with respect to this end 5512A of the second fixed orifice 5013 and the second rotating shaft 5512, and the first sliding part 512 slides in the first sliding tray 5012, and the second sliding part 552 slides in the second sliding tray 5014, therefore the first housing 51 and the second housing 55 move with respect to mouse body 50 and make mouse apparatus 5 be switched to the second mode of operation by the first mode of operation at the body front end 5021 of mouse body 50, as shown in figure 12.
What need special instruction is, in the first rotating shaft 5112, there is damping fluid between this end 5112A of the other end 5112B of the first rotating shaft 5112 and the first rotating shaft 5112, make between this end 5112A and other end 5112B and have resistance, therefore, the power that the first rotating shaft 5112 must be applied in is to a certain degree just overcome this resistance, and its other end 5112B is rotated with respect to its this end 5112A, that is to say, the user must apply the strength that is greater than this resistance on the first housing 51 is just made the first housing 51 move, in other words, while applying any strength that is less than this resistance on the first housing 51, the first rotating shaft 5112 will can not be rotated, therefore loosening situation can not occur and location structure (i.e. projection and serrated slot in the first preferred embodiment) must be set in the first housing 51.The second rotating shaft 5512 and the first rotating shaft 5112 are in like manner repeating no more.
Known according to above-mentioned two preferred embodiments, the present invention has the user of the mouse apparatus of movable button applicable to different hand sizes, and mouse apparatus of the present invention limits the first housing and the second housing only can move at the body front end of mouse body, the first housing and the second housing not with body after end in contact, therefore no matter how the first housing and the second housing move, mouse apparatus all can keep the posture of the palm of user's operating mouse device, to increase the operation comfort of mouse apparatus.
The foregoing is only preferred embodiment of the present invention, not in order to limit claim scope of the present invention, therefore all other do not break away from the equivalence change completed under disclosed spirit or modifies, all should be within the scope of the present invention.
Claims (14)
1. the mouse apparatus with movable button, be connected in host computer, it is characterized in that: this mouse apparatus comprises:
Mouse body, comprise body base, body upper shell, the first fixed orifice and the first sliding tray, and this body upper shell is covered in this body base and this body upper shell has body front end and body rear end;
The first housing, be connected in this body front end of this mouse body and can move with respect to this mouse body along this body front end, and this first housing comprises:
The first rotating part, stretched into into this mouse body and be combined with this first fixed orifice by this body front end; And
The first sliding part, stretched into into this mouse body and be combined with this first sliding tray by this body front end; Wherein, this first rotating part rotates with respect to this first fixed orifice, and this first housing is rotated with respect to this mouse body;
The first button, be arranged on this first housing and be covered in this first housing, and this first sliding position is between this first button and this first rotating part;
First circuit board, be arranged in this first housing; And
The first switch, be arranged on this first circuit board, in order to be triggered by this first button;
Wherein this first housing moves with respect to this mouse body at this body front end, and this first housing not with this body of this mouse body after end in contact.
2. the mouse apparatus with movable button as claimed in claim 1, it is characterized in that: this first rotating part comprises the first projection, this first projection stretches in this first fixed orifice and in conjunction with this first housing and this mouse body, and this first projection can rotate with respect to this first fixed orifice, and this first housing is moved with respect to this mouse body.
3. the mouse apparatus with movable button as claimed in claim 2, it is characterized in that: this first sliding tray comprises the first serrated slot, and this first sliding part comprises the first projection, when this first housing moves with respect to this mouse body, this first sliding part slides and makes this first projection stretch in this first serrated slot to fix this first housing in this first sliding tray.
4. the mouse apparatus with movable button as claimed in claim 1, it is characterized in that: this first rotating part comprises the first combined hole and the first rotating shaft, the first end of this first rotating shaft stretches in this first fixed orifice, and the second end of this first rotating shaft stretches into this first combined hole, and this first end of this first rotating shaft rotation of synchronizeing with this first fixed orifice combination, this second end of this first rotating shaft rotation of synchronizeing with this first combined hole combination, and this second end of this first rotating shaft can rotate with respect to this first end of this first rotating shaft, this first housing is moved with respect to this mouse body.
5. the mouse apparatus with movable button as claimed in claim 1, it is characterized in that: this first sliding part comprises the first perforate, and be provided with the first fixed leg moved with respect to this mouse body in order in this first housing in this first sliding tray, and this first sliding part while sliding in this first sliding tray this first fixed leg stretch into this first perforate and make during this first sliding part is fixed in this first sliding tray.
6. the mouse apparatus with movable button as claimed in claim 1 is characterized in that: also comprise:
The second housing, be connected in this body front end of this mouse body and be positioned at a side of this first housing, and this second housing can move with respect to this mouse body along this body front end;
The second button, be arranged on this second housing and be covered in this second housing;
Second circuit board, be arranged in this second housing; And
Second switch, be arranged on this second circuit board, in order to be triggered by this second button;
Wherein this second housing moves with respect to this mouse body at this body front end, and this second housing not with this body of this mouse body after end in contact.
7. the mouse apparatus with movable button as claimed in claim 6, it is characterized in that: this mouse body also comprises the second fixed orifice and the second sliding tray; And this second housing comprises the second rotating part and the second sliding part, wherein, this second rotating part is stretched into into this mouse body and is combined with this second fixed orifice by this body front end; This second sliding position, between this second button and this second rotating part, and is stretched into into this mouse body and is combined with this second sliding tray by this body front end; This second rotating part rotates with respect to this second fixed orifice, and this second housing is rotated with respect to this mouse body.
8. the mouse apparatus with movable button as claimed in claim 7, it is characterized in that: this second rotating part comprises the second projection, this second projection stretches in this second fixed orifice and in conjunction with this second housing and this mouse body, and this second projection can rotate with respect to this second fixed orifice, and this second housing is moved with respect to this mouse body.
9. the mouse apparatus with movable button as claimed in claim 8, it is characterized in that: this second sliding tray comprises the second serrated slot, and this second sliding part comprises the second projection, when this second housing moves with respect to this mouse body, this second sliding part slides in this second sliding tray, and makes this second projection stretch in this second serrated slot to fix this second housing.
10. the mouse apparatus with movable button as claimed in claim 7, it is characterized in that: this second rotating part comprises the second combined hole and the second rotating shaft, the first end of this second rotating shaft stretches in this second fixed orifice, and the second end of this second rotating shaft stretches into this second combined hole, and this first end of this second rotating shaft rotation of synchronizeing with this second fixed orifice combination, this second end of this second rotating shaft rotation of synchronizeing with this second combined hole combination, and this second end of this second rotating shaft can rotate with respect to this first end of this second rotating shaft, this second housing can be moved with respect to this mouse body.
The mouse apparatus that there is movable button 11. as claimed in claim 7, it is characterized in that: this second sliding part comprises the second perforate, and be provided with the second fixed leg moved with respect to this mouse body in order in this second housing in this second sliding tray, and this second sliding part while sliding in this second sliding tray this second fixed leg stretch into this second perforate and make during this second sliding part is fixed in this second sliding tray.
The mouse apparatus that there is movable button 12. as claimed in claim 6, it is characterized in that: this mouse body also comprises this circuit board body and optical displacement sensing module, this optical displacement sensing module is arranged on this this circuit board body, in order to the movement of detecting this mouse body, exports cursor signal; And this first housing also comprises the first connecting line, one end of this first connecting line is connected in this first circuit board, the other end of this first connecting line is connected in this this circuit board body, make this first button touched and while triggering this first switch, this first switch is exported the first trigger pip, and this first trigger pip is transferred to this this circuit board body by this first connecting line; This second housing also comprises the second connecting line, one end of this second connecting line is connected in this second circuit board, the other end of this second connecting line is connected in this this circuit board body, make this second button touched and while triggering this second switch, this second switch is exported the second trigger pip, and this second trigger pip is transferred to this this circuit board body by this second connecting line.
The mouse apparatus that there is movable button 13. as claimed in claim 12, it is characterized in that: this mouse body also comprises the body connecting line, be arranged between this first housing and this second housing, and this body connecting line is connected in this host computer, in order to transmit this first trigger pip, this second trigger pip and this cursor signal to this host computer.
The mouse apparatus that there is movable button 14. as claimed in claim 12, it is characterized in that: this mouse body also comprises wireless signal transmitter, in order to export this first trigger pip, this second trigger pip and this cursor signal, and this host computer is connected in wireless signal receiver, this wireless signal receiver is in order to receive this first trigger pip, this second trigger pip and this cursor signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102151830A CN102314229B (en) | 2010-06-29 | 2010-06-29 | Mouse device with movable button |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102151830A CN102314229B (en) | 2010-06-29 | 2010-06-29 | Mouse device with movable button |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102314229A CN102314229A (en) | 2012-01-11 |
| CN102314229B true CN102314229B (en) | 2013-12-18 |
Family
ID=45427454
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010102151830A Expired - Fee Related CN102314229B (en) | 2010-06-29 | 2010-06-29 | Mouse device with movable button |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102314229B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111381691B (en) * | 2018-12-28 | 2023-05-12 | 东莞宝德电子有限公司 | Mouse with movable luminous structure |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201037931Y (en) * | 2007-04-20 | 2008-03-19 | 郑国书 | Stretching mouse with extension arm |
| CN201075206Y (en) * | 2007-08-13 | 2008-06-18 | 陆志春 | Telescopic mouse |
| CN201302700Y (en) * | 2008-06-26 | 2009-09-02 | 无锡职业技术学院 | Fingertip mouse |
-
2010
- 2010-06-29 CN CN2010102151830A patent/CN102314229B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201037931Y (en) * | 2007-04-20 | 2008-03-19 | 郑国书 | Stretching mouse with extension arm |
| CN201075206Y (en) * | 2007-08-13 | 2008-06-18 | 陆志春 | Telescopic mouse |
| CN201302700Y (en) * | 2008-06-26 | 2009-09-02 | 无锡职业技术学院 | Fingertip mouse |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102314229A (en) | 2012-01-11 |
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