CN208061157U - A kind of mouse - Google Patents

Abstract

The utility model is related to a kind of computer external products, more particularly to a kind of mouse, it includes shell, functional unit, power supply module and temperature adjustment component, an accommodating cavity is equipped in the shell, the functional unit is contained in the accommodating cavity, the power supply module and the temperature adjustment component are all at least partially arranged in the accommodating cavity, the functional unit and temperature adjustment component are electrically connected the power supply module simultaneously, the temperature adjustment component includes graphene diaphragm, and the graphene diaphragm is electrically connected the power supply module.Above-mentioned graphene diaphragm can be warming up to 40-60 DEG C after connecting extraneous power supply in several seconds, and then be heated for mouse and mouse surrounding air, and then when the hand of user is placed on mouse, can promote Vessels of hand expansion, accelerate blood circulation.

Description

A kind of mouse

【Technical field】

The utility model is related to a kind of computer external product, more particularly to a kind of mouse.

【Background technology】

With computer in people's lives universal, mouse hardware product indispensable when using computer at people. However when use environment temperature is relatively low, user has the cold problem of hand in hand-held mouse, so being badly in need of very much one kind can adjust Save the mouse of temperature.

【Utility model content】

In order to overcome prior art problem, the utility model to provide a kind of mouse.

The scheme that the utility model solves technical problem is to provide a kind of mouse, including shell, functional unit, power supply module And temperature adjustment component, the shell is interior to be equipped with an accommodating cavity, and the functional unit is contained in the accommodating cavity, the power supply module It is all at least partially arranged in the accommodating cavity with the temperature adjustment component, the functional unit and temperature adjustment component are electrically connected institute simultaneously Power supply module is stated, the temperature adjustment component includes graphene diaphragm, and the graphene diaphragm is electrically connected the power supply module.

Preferably, the graphene diaphragm includes graphene atomic film, conductive coating, carrier and the electricity for stacking gradually setting Pole, the electrode are at least electrically connected the conductive coating.

Preferably, the shell includes upper cover, lower cover and the side wall being connected between the upper cover and lower cover, the tune Warm component includes a temperature detect switch (TDS) and control chip, and the temperature detect switch (TDS) is set on the side wall, the temperature detect switch (TDS) and control Coremaking piece is sequentially connected in series between power supply module and graphene diaphragm, to control the input voltage of the graphene diaphragm.

Preferably, the temperature detect switch (TDS) is slipping switch, and the control chip includes a slide rheostat, the sliding Rheostat one end is electrically connected the electrode of graphene diaphragm, and the other end is electrically connected the temperature detect switch (TDS), is opened by sliding the temperature control It closes, to change the resistance value of the slide rheostat, and then controls the input voltage of the graphene diaphragm.

Preferably, it is slipping switch to state temperature detect switch (TDS), and the control chip includes a slide rheostat, and the sliding becomes The electrode of device one end electrical connection graphene diaphragm is hindered, the other end is electrically connected the temperature detect switch (TDS), by sliding the temperature detect switch (TDS), To change the resistance value of the slide rheostat, and then control the input voltage of the graphene diaphragm.

Preferably, the temperature detect switch (TDS) setting first gear and second gear, the first gear is controlled at 40-44 DEG C, institute Second gear is stated controlled at 45-48 DEG C.

Preferably, the temperature adjustment component includes one or more graphene diaphragms, multiple graphene diaphragm series/parallel, The graphene diaphragm is set in the accommodating cavity.

Preferably, described is intermediate position that graphene diaphragm may also be disposed on upper cover, and the graphene diaphragm is total It is 0.25-0.5 that area, which accounts for top cap of mouse and the ratio of sidewall area sum,.

Preferably, the temperature adjustment component further includes a power supply indicator, and the shell is equipped with a loophole, and the power supply refers to Show that lamp is set in the loophole, and the power supply indicator is series between the temperature detect switch (TDS) and control chip.

Preferably, the mouse is wire mouse or wireless mouse.

Compared with prior art, by the way that graphene diaphragm is arranged on mouse, and the graphene diaphragm is electrically connected The power supply module of mouse, and then make the graphene diaphragm that can quickly be heated under safe voltage, and then be mouse and mouse Superficial air carries out being heated to 40-48 DEG C, effectively solves the problems, such as to ask in environment that will appear hand using mouse cold.

By the way that temperature detect switch (TDS) and control chip are arranged between graphene diaphragm and the power supply module, and then can control The size of the input voltage of the graphene diaphragm, and heating temperature of the graphene diaphragm under different input voltages is not Together, it and then realizes the heating temperature for controlling the graphene diaphragm, preferably promotes the usage comfort of mouse.

Further, by setting temperature detect switch (TDS) to slide switch, will slide rheostat be set on the control chip, And then the resistance value of slide rheostat is controlled by slide switch, and then the input voltage value of the graphene diaphragm is controlled, it realizes The control of temperature is heated to graphene diaphragm.

Further, by setting the temperature detect switch (TDS) to three gears, more further facilitate and temperature is heated to mouse The control of degree, while power supply indicator is set between the temperature detect switch (TDS) and control chip, and power supply indicator is arranged Can individually to send out multiple color light, the heating temperature for the middle graphene diaphragm of the mouse that is that user can be simple and clear know Degree.

Finally by the relative space position and area ratio on mouse of control graphene diaphragm, make graphene diaphragm Preferably the air around mouse and mouse is heated.

【Description of the drawings】

Fig. 1 is a kind of dimensional structure diagram of mouse of the utility model first embodiment.

Fig. 2A is the structural schematic diagram of graphene diaphragm in the utility model first embodiment tune.

Fig. 2 B and Fig. 2 C are the change shape schematic diagrames of Fig. 2A in the utility model.

Fig. 2 D are the schematic front view of graphene diaphragm in the utility model first embodiment tune.

Fig. 3 be in the utility model Fig. 1 mouse along I-I directional profile schematic diagram.

Fig. 4 A and Fig. 4 B are the change shape schematic diagrames of Fig. 3 in the utility model.

Fig. 5 A are temperature adjustment component and power supply module matching relationship schematic diagram in the 5th embodiment of the utility model.

Fig. 5 B, Fig. 6 A and Fig. 6 B are the change shape schematic diagrames of Fig. 5 A in the utility model.

【Specific implementation mode】

In order to make the purpose of this utility model, technical solution and advantage be more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to solve The utility model is released, is not used to limit the utility model.

Referring to Fig. 1, in the utility model first embodiment, provide a kind of mouse 1, the mouse 1 include shell 19, Functional unit (not marked in figure), power supply module 17 and temperature adjustment component 12, (in all embodiments, upper and lower, left and right, inside and outside Equal positions determiner is only limitted to the relative position in given view rather than absolute position).An accommodating cavity is equipped in the shell 11 (not marked in figure), the functional unit and temperature adjustment component 12 are contained in the accommodating cavity, while being electrically connected the electricity Source component 17, to connect external power supply；The power supply module 17 is partly or entirely contained in the accommodating cavity.The functional group Part is after being connected to external power supply, you can completes the interactive operation between mouse and computer；The temperature adjustment component 12 include one or Multiple graphene diaphragms 121 are connected and/or are connected in parallel between multiple graphene diaphragms 121, and the graphene diaphragm 121 is set It is placed in the accommodating cavity.The graphene diaphragm 121 by power supply module 17 after being connected to external power supply, you can sends out heat Amount, and then above-mentioned mouse 1 or 1 ambient air temperature of mouse are improved, and then the temperature adjustment when the hand of user is placed on mouse 1 Component 12 can play the role of warm hand.

In some embodiments, the shell 19 includes the upper cover 11 being oppositely arranged, lower cover 13 and is connected to described Side wall 15 between upper cover 11 and lower cover 13；The upper cover 11, lower cover 13 and side wall 15 enclose jointly to be set to form the accommodating cavity. As a kind of deformation, the lower cover 13 is integrally formed with the side wall 15 to be arranged；It is deformed as another kind, the upper cover 11 and institute State that side wall 15 is integrally formed or the upper cover 11, lower cover 13 and side wall 15 are integrally formed setting.

Please refer to Fig. 2A, specifically, the graphene diaphragm 121 include successively fold set graphene atom film layer 1211, Conductive coating 1212 and carrier 12 13.The carrier 12 13 is mainly used for carrying and protecting the graphene atom film layer 1211, It includes mainly any one of PET, PVC, PE, PC or PVDF.The conductive coating 1212 includes mainly in silver, copper or aluminium It is one or more of；It is appreciated that the conductive coating 1212 is made of excellent conductive material, and itself and the graphene atomic film Layer 1211 stacks setting, thus the conductive coating 1212 can assist the graphene atom film layer 1211 to be electrically connected the external world leading Line can effectively reduce the connection difficulty of 1211 external wire of graphene atom film layer, promote graphene atom film layer 1211 stability being connect with extraneous conducting wire, and then promote the service life of graphene diaphragm 12.

Fig. 2 B are please referred to, in some variant embodiments, the graphene diaphragm 121 includes two loads being oppositely arranged Body 1213 is provided with graphene atom film layer 1211, while an at least carrier between two carrier 12s 13 being oppositely arranged It is provided with conductive coating 1212 between 1213 and graphene atom film layer 1211；Please refer to Fig. 2 C, it is preferred that the stacking knot Structure 121 includes two carrier 12s 13 being oppositely arranged, and graphene atomic film is provided between two carrier 12s 13 being oppositely arranged Layer 1211, while being provided with conductive coating 1212 between two carrier 12s 13 and graphene atom film layer 1211.

Further referring to Fig. 2 D, electrode 122 is additionally provided on the graphene diaphragm 121,122 one end of the electrode is extremely It is electrically connected a conductive coating 1212, other end electric connection of power supply component 17 less.Specifically, the electrode 122 includes anode 1221 With cathode 1222, described positive 1221 and cathode 1222 be set on the graphene diaphragm 12, and be at least electrically connected one Conductive coating 1212, while it being electrically connected the power supply module 17, and then provide power supply for the graphene diaphragm 121.

Further referring to Fig. 1, the power supply module 17 includes a USB connecting lines 17, at this time the power supply module 17 Set up separately and is placed in the accommodating cavity.One end of 11 length direction of the upper cover is provided with key zone 111, the USB connecting lines 17 One end is inserted into from 111 place end of key zone inside 1 accommodating cavity 18 of mouse, is electrically connected with the functional unit and temperature adjustment component 12, The other end is for connecting computer USB socket, and the graphene diaphragm 121 of the temperature adjustment component 12 by power supply module 17 outside being connected to After boundary's power supply, can 40-60 DEG C of increasing temperature value in seconds, since it is set in the accommodating cavity of mouse 1, so work as The hand of user when being placed on mouse 1 temperature adjustment component 12 play the role of warm hand.It is appreciated that the mouse 1 can be connected by USB Wiring 17 is connected to, and the arbitrary external power supply with USB sockets, to realize the heating of temperature adjustment component 12, mouse 1 can be single at this time It is solely used as hand warmer, is not limited to be used as mouse.

Please continue to refer to Fig. 1 and Fig. 3, in the second embodiment of the utility model, a kind of mouse 1 is provided, and it is above-mentioned The difference of mouse in embodiment is that the graphene diaphragm 121 of the temperature adjustment component 12 is set to the upper cover 11 bottom of close to On the face of lid 15, and the graphene diaphragm 121 is set to the position among 1 upper cover of mouse 11, or with the key zone On 111 opposite one end.Preferably, the graphene diaphragm 121 is set to the upper cover 11 on the face of bottom cover 15, and And it is set on the opposite one end in the key zone 111.Due to user using when hand major part to be held in 1 upper cover of mouse separate One end of button portion 111, so temperature adjustment component 12 is more preferable to the warm hand effect of user at this time.

Fig. 4 A are please referred to, as a kind of deformation, specific location of the temperature adjustment component 12 in mouse 1 does not limit, only Want it that 1 upper cover 11 of mouse and lower cover 13 can be made to heat, and the temperature adjustment component 12 is not limited to 1 upper cover 11 of mouse patch It closes, can also be apart from 11 certain distance of upper cover, the direction of the upper cover 11 towards lower cover extends to form a supporting rack at this time 113, the graphene diaphragm 121 is set on support frame as described above 113.By making the heating of 1 inner air of mouse thus by heat It is transmitted in upper cover 11 and lower cover 13.

Fig. 4 B are please referred to, are deformed as another kind, the temperature adjustment component 12 is not limited to be arranged inside mouse 1, can be with Positioned at 1 outside of mouse and on upper cover 11, it will be understood that the temperature adjustment component (does not mark) partial receipt at this time in figure With in the accommodating cavity 18.The graphene diaphragm 121 can be bonded and fixed to the upper cover 11 far from the lower cover 13 at this time Surface on, while the upper cover 11 corresponds to the region of 121 electrode of graphene diaphragm (not marked in figure) and is provided at least Two through-holes, the power supply module (not marked in figure) are electrically connected 121 electrode of graphene diaphragm by the through-hole 114.

In addition, the graphene diaphragm 121 can be set in any surface towards accommodating cavity 18 of the shell 19.? In some variant embodiments, the graphene diaphragm 121 can also be set on the side wall 15 of the shell 19；Specifically , a fixed frame 151 is provided on the side wall 15, the graphene diaphragm 121 is fixed on the fixed frame 151.Another In some variant embodiments, the graphene diaphragm 121 can also be set on the lower cover 13 of the shell 19；Specifically , a fixing groove 131 is provided on the lower cover 13, the graphene diaphragm 121 is fixed in the fixing groove 131.Pass through The above embodiment is it is found that can be arranged one or more graphene diaphragms 121 in the mouse 1, the graphene diaphragm 121 can be set in any surface towards accommodating cavity 18 of the shell 19, can also be set to the shell 19 far from appearance On the face for setting chamber 18.

In the 3rd embodiment of the utility model, a kind of mouse 1, the difference with the mouse in above-described embodiment are provided It is, the ratio that the gross area of the graphene diaphragm 121 of the temperature adjustment component 12 accounts for 15 gross area of upper cover 11 and side wall is 0.25-0.5；Further, the gross area of the graphene diaphragm 121 of the temperature adjustment component 12 accounts for the ratio of upper cover 11 and side wall 15 Example can also be 0.30-0.45,；Specifically, the gross area of the graphene diaphragm 121 of the temperature adjustment component 12 accounts for upper cover 11 and side The ratio of wall 15 is specifically as follows any of 0.25,0.30,0.35,0.40,0.45 or 0.5.Preferably, the temperature adjustment It is 0.35 that the gross area of the graphene diaphragm 121 of component 12, which accounts for upper cover 11 and the ratio of side wall 15,.

It please refers to Fig. 5 A, in the fourth embodiment of the use of the new type, provides a kind of mouse 1, the mouse 1 and above-mentioned the Mouse 1 provided in one embodiment the difference lies in that the temperature adjustment component 12 of the mouse 1 further includes a temperature detect switch (TDS) 123 With control chip 124, the temperature detect switch (TDS) 123 and control chip 124 are sequentially connected in series in power supply module 17 and graphene diaphragm Between 121, to control the input voltage of the graphene diaphragm 121, and then the heating temperature of the graphene diaphragm 121 can control Degree.

123 one end of the temperature detect switch (TDS) is electrically connected the power supply module 17, and the other end is electrically connected the control chip 124, Control 124 other end of chip is electrically connected the anode 1221 and cathode 1222 of the graphene diaphragm 121.The control chip 124 receive the control signal of the temperature detect switch (TDS) 123, control the size of the input voltage of the graphene diaphragm 121, the stone Black alkene diaphragm 121 is different down toward hot temperature in different voltages, and then realizes the heating temperature for controlling the graphene diaphragm 121.

In certain embodiments, the temperature detect switch (TDS) 123 is set as slide switch 123, and the control chip 124 is set It is equipped with a slide rheostat (not marked in figure), 123 one end of the slide switch is electrically connected the power supply module 17, other end electricity The slide rheostat in the control chip 124 is connected, the other end of the slide rheostat is electrically connected the graphene diaphragm 121 anode 1221 and cathode 1222.The temperature detect switch (TDS) 123 can control the resistance value of the slide rheostat, Jin Erke By sliding the temperature detect switch (TDS) 123, to change the resistance value of the slide rheostat, and then change the graphene diaphragm 12 Input voltage value, it is final to realize through temperature detect switch (TDS) 123 and control the heating temperature that chip 124 controls the temperature adjustment component 12 Degree.

In other specific implementation modes, the temperature detect switch (TDS) 134 may be disposed on the side wall 15 of the mouse, can Two gears, respectively first gear and second gear are set.Two ranges of mild high temperature during above-mentioned two gear corresponds to respectively Temperature, specifically, the heating temperature range that the first gear corresponds to control graphene diaphragm 121 is 40-44 DEG C；Described The corresponding heating temperature range for controlling graphene diaphragm 121 of two gears is 45-48 DEG C.It is such to be set as providing when user's temperature adjustment Fine convenience has been also adapted to different temperature requirements.

It please refers to Fig. 5 B, in the 5th embodiment of the utility model, provides a kind of mouse 1, and in above-described embodiment The difference of mouse be that the power supply module 17 of the mouse 1 is the internal cell 171 being set in mouse accommodating cavity and leads Line 172, the power supply module 17 is whole at this time is contained in the accommodating cavity, i.e., the described mouse 1 is wireless mouse.The temperature control Switch 123, power supply indicator 125 and control chip 124, are sequentially connected in series by the conducting wire 172 in the battery 171 and graphene Between diaphragm 121.It is appreciated that mouse 1 described in the utility model can be wire mouse or wireless mouse.

Please continue to refer to Fig. 1, Fig. 6 A and Fig. 6 B, in the sixth embodiment of the utility model, a kind of mouse 1 is provided, It is with the difference of the mouse in above-described embodiment, described to adjust hot component 12 further include a power supply indicator 125, the shell 19 It is equipped with a loophole 112, the power supply indicator 125 is set in the loophole 112.Specifically, the upper cover 11 is remote One end from the key zone 11 is equipped with a loophole 112, and the power supply indicator 125 is set in the loophole 112； Meanwhile the power supply indicator 125 is connected in series between the temperature detect switch (TDS) 123 and control chip 124, the power supply instruction Lamp 125 may be used to indicate the heating state of the graphene diaphragm 121 of temperature adjustment component 12.After the power supply indicator 125 can be powered The light of different colours can be sent out respectively, each light corresponds to a kind of working condition of limitation graphene diaphragm 121.

Specifically, the mouse 1 as provided in second embodiment, the temperature detect switch (TDS) 123 are provided with first gear and second Gear, the corresponding power supply instruction etc. can show three kinds of colors.It is described when the temperature detect switch (TDS) 123 is closed Power supply indicator 125 is no light condition；When the temperature detect switch (TDS) 123 is in first gear, the power supply indicator 125 is in indigo plant Light state；When the temperature detect switch (TDS) 123 is in second gear, the power supply indicator 125 is in feux rouges state.By setting above It sets and greatly facilitates working condition that is intuitive and judging the temperature adjustment component 12 in the mouse 1.It is appreciated that the temperature More gears can be arranged in control switch 123, and the color of equal number can also be arranged in the corresponding power supply indicator 125 Light.

Compared with prior art, by the way that graphene diaphragm is arranged on mouse, and the graphene diaphragm is electrically connected The power supply module of mouse, and then make the graphene diaphragm that can quickly be heated under safe voltage, and then be mouse and mouse Superficial air carries out being heated to 40-48 DEG C, effectively solves the problems, such as to ask in environment that will appear hand using mouse cold.

By the way that temperature detect switch (TDS) and control chip are arranged between graphene diaphragm and the power supply module, and then can control The size of the input voltage of the graphene diaphragm, and heating temperature of the graphene diaphragm under different input voltages is not Together, it and then realizes the heating temperature for controlling the graphene diaphragm, preferably promotes the usage comfort of mouse.

Further, by setting temperature detect switch (TDS) to slide switch, will slide rheostat be set on the control chip, And then the resistance value of slide rheostat is controlled by slide switch, and then the input voltage value of the graphene diaphragm is controlled, it realizes The control of temperature is heated to graphene diaphragm.

Further, by setting the temperature detect switch (TDS) to three gears, more further facilitate and temperature is heated to mouse The control of degree, while power supply indicator is set between the temperature detect switch (TDS) and control chip, and power supply indicator is arranged Can individually to send out multiple color light, the heating temperature for the middle graphene diaphragm of the mouse that is that user can be simple and clear know Degree.

Finally by the relative space position and area ratio on mouse of control graphene diaphragm, make graphene diaphragm Preferably the air around mouse and mouse is heated.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Any modification made by within the principle of utility model, equivalent replacement and improvement etc. should all include the scope of protection of the utility model Within.

Claims (10)

1. a kind of mouse, it is characterised in that：Including shell, functional unit, power supply module and temperature adjustment component, it is equipped in the shell One accommodating cavity, the functional unit are contained in the accommodating cavity, and the power supply module and the temperature adjustment component are all at least partly It is set in the accommodating cavity, the functional unit and temperature adjustment component are electrically connected the power supply module, the temperature adjustment component simultaneously Including graphene diaphragm, the graphene diaphragm is electrically connected the power supply module.

2. a kind of mouse as described in claim 1, it is characterised in that：The graphene diaphragm includes the stone for stacking gradually setting Black alkene atomic film, conductive coating, carrier and electrode, the electrode are electrically connected the conductive coating.

3. a kind of mouse as described in claim 1, it is characterised in that：The shell includes upper cover, lower cover and is connected to institute The side wall between upper cover and lower cover is stated, the temperature adjustment component includes a temperature detect switch (TDS) and control chip, the temperature detect switch (TDS) setting In on the side wall, the temperature detect switch (TDS) and control chip are sequentially connected in series between power supply module and graphene diaphragm, with control The input voltage of the graphene diaphragm.

4. a kind of mouse as claimed in claim 3, it is characterised in that：The temperature detect switch (TDS) is slipping switch, the control Chip includes a slide rheostat, and the electrode of slide rheostat one end electrical connection graphene diaphragm, the other end is electrically connected institute Temperature detect switch (TDS) is stated, by sliding the temperature detect switch (TDS), to change the resistance value of the slide rheostat, and then controls the graphene The input voltage of diaphragm.

5. a kind of mouse as claimed in claim 4, it is characterised in that：The temperature detect switch (TDS) setting first gear and second gear, institute First gear is stated controlled at 40-44 DEG C, the second gear is controlled at 45-48 DEG C.

6. a kind of mouse as claimed in claim 5, it is characterised in that：The temperature adjustment component includes one or more graphene films Piece, multiple graphene diaphragm series/parallel, the graphene diaphragm are set in the accommodating cavity.

7. a kind of mouse as claimed in claim 6, it is characterised in that：The upper cover further includes a key zone, the graphene Diaphragm is pasted on the one end of upper cover far from the key zone, and is pasted on the upper cover towards on the face of lower cover.

8. a kind of mouse as claimed in claim 7, it is characterised in that：The graphene diaphragm may also be disposed on the centre of upper cover Position, and it is 0.25-0.5 that the gross area of the graphene diaphragm, which accounts for the ratio of 15 gross area of upper cover 11 and side wall,.

9. a kind of mouse as claimed in claim 3, it is characterised in that：The temperature adjustment component further includes a power supply indicator, institute It states shell and is equipped with a loophole, the power supply indicator is set in the loophole, and the power supply indicator is series at institute It states between temperature detect switch (TDS) and control chip.

10. such as a kind of mouse of claim 1-9 any one of them, it is characterised in that：The mouse is wire mouse or nothing Line Mouse.