CN109061902A - A kind of electronic building brick and glasses - Google Patents

Abstract

This application discloses a kind of electronic building brick and glasses, which includes: accommodating ontology and lid, and accommodating ontology is provided with the cavity at least one opening, and cover cap is set in opening, is used for seal cavity；Wherein, lid includes rigid stent and integrated injection molding in the soft cap rock on the surface of bracket, and bracket is used to carry out physical connection with accommodating ontology, and cap rock is used to provide sealing after bracket is connect with accommodating ontology for cavity.By the above-mentioned means, the application can be improved the waterproof effect of electronic building brick, and simplify the assembly process of electronic building brick.

Description

A kind of electronic building brick and glasses

Technical field

This application involves technical field of electronic equipment, more particularly to a kind of electronic building brick and glasses.

Background technique

With the development of science and technology, people are higher and higher to the waterproof performance requirement of electronic equipment etc..And electronic equipment is anti- Water, other than reducing contact as much as possible in design, it is also necessary to improve casting of electronic device, outer layer etc. in electronic equipment The leakproofness of portion's device cladding.

The shell of current electronic device is usually only made of hard material, this meeting is so that the junction between shell is easy to produce Raw gap, to reduce the leakproofness of electronic equipment.

Summary of the invention

The application can be improved the anti-of electronic building brick mainly solving the technical problems that provide a kind of electronic building brick and glasses Water effect, and simplify the assembly process of electronic building brick.

In order to solve the above technical problems, the technical solution that the application uses is: providing a kind of electronic building brick, the electricity Sub-component includes: accommodating ontology, is provided with the cavity at least one opening；Lid is covered in the opening, for sealing The cavity；Wherein, the lid includes rigid stent and integrated injection molding in the soft cap rock on the surface of the bracket, institute Bracket is stated for carrying out physical connection with the accommodating ontology, the cap rock in the bracket with the accommodating ontology for connecting Sealing is provided afterwards for the cavity.

In order to solve the above technical problems, another technical solution that the application uses is: providing a kind of glasses, the glasses It include: spectacle frame, the spectacle frame includes spectacle-frame and two legs of spectacles, and the leg of spectacles includes connecting with the spectacle-frame Temple main body, at least one temple main body includes electronic building brick as described above, the accommodating ontology be the temple At least part of main body.

The beneficial effect of the application is: being in contrast to the prior art, lid includes hard in the application electronic building brick Bracket and integrated injection molding are in the soft cap rock on the surface of rigid stent, bracket and accommodating ontology progress physical connection, cap rock Sealing further is provided for cavity after bracket is connect with accommodating ontology, and soft cap rock is more advantageous to fitting bracket and accommodating Gap between ontology, to further increase the leakproofness of electronic building brick, to improve the waterproof effect of electronic building brick.Meanwhile Bracket is formed with cap rock integrated injection molding, can simplify the assembly process of electronic building brick.

Detailed description of the invention

Fig. 1 is the detonation configuration figure of one embodiment of the application electronic building brick；

Fig. 2 is the partial cross-sectional view of one embodiment of the application electronic building brick；

Fig. 3 is the enlarged drawing of part A in Fig. 2；

Fig. 4 is the sectional view of A-A axis of the application electronic building brick in the assembled state in Fig. 1；

Fig. 5 is the enlarged drawing of part B in Fig. 4；

Fig. 6 is the partial cross-sectional view of one embodiment of the application electronic building brick；

Fig. 7 is the sectional view of B-B axis of the application electronic building brick in the assembled state in Fig. 1；

Fig. 8 is the sectional view of C-C axis of the application electronic building brick in the assembled state in Fig. 1；

Fig. 9 is the structural schematic diagram of a state of one embodiment of the application glasses；

Figure 10 is the structural schematic diagram of another state of one embodiment of the application glasses；

Figure 11 is in Fig. 9 along the sectional view of D-D axis；

Figure 12 is the reset condition figure of protection sleeve pipe in one embodiment of the application glasses；

Figure 13 is the partial cross-sectional view of the reset condition of protection sleeve pipe in one embodiment of the application glasses；

Figure 14 is the bending state figure of protection sleeve pipe in one embodiment of the application glasses；

Figure 15 is the partial cross-sectional view of the bending state of protection sleeve pipe in one embodiment of the application glasses；

Figure 16 to Figure 19 is the schematic diagram of correlation surface in one embodiment of the application glasses；

Figure 20 to Figure 21 is the schematic diagram of the distance between related elements in one embodiment of the application glasses.

Specific embodiment

It is the detonation configuration figure of one embodiment of the application electronic building brick also referring to Fig. 1 to Fig. 3, Fig. 1, Fig. 2 is this The partial cross-sectional view of one embodiment of applying for electronic component, Fig. 3 are the enlarged drawings of part A in Fig. 2.

Electronic building brick in the application can be applied in electronic equipment, and wherein electronic equipment can be any required internal The electronic equipment that portion's structure is sealed, for example, mobile phone, tablet computer, with circuit unit, glasses of electronic device etc., herein It is not specifically limited.

Specifically, electronic building brick includes accommodating ontology 11 and lid 12.Wherein, accommodating to be provided on ontology 11 has at least The cavity 111 of one opening 112, lid 12 are covered in the opening 112 of the cavity 111, and are used for seal cavity 111.

Wherein, accommodating ontology 11 can be at least part of electronic equipment.Accommodating ontology 11 in present embodiment has Body can in electronic equipment for holding the structure such as circuit board, battery and electronic component, such as can be electronics The entirety or a part of the shell of equipment etc..

In addition, accommodating ontology 11 is used to accommodate foregoing circuit plate, battery by the cavity 111 with opening 112 of setting And electronic component etc..Specifically, 112 quantity of being open can be for one, or and it is multiple, herein without limitation.

The shape of lid 12 is at least partly matched with above-mentioned opening 112, so that the lid of lid 12 is located in opening 112 to chamber Body 111 is sealed.Wherein, the material of lid 12 can be different or part is identical from accommodating ontology 11.

In present embodiment, lid 12 includes rigid stent 121 and soft cap rock 122.Wherein, bracket 121 be used for Accommodate ontology 11 and carry out physical connection, 122 integrated injection molding of cap rock on the surface of bracket 121, for bracket 121 and accommodating this Body 11 is that cavity 111 provides sealing after connecting.

Specifically, the material of bracket 121 can be the plastic cement of hard, and the material of cap rock 122 can be soft silica gel, rubber Glue etc..Wherein, the shape of bracket 121 towards accommodating 11 side of ontology can be matched with opening 112, to pass through the side such as grafting, fastening Formula is fixed in the opening 112 of cavity 111, to be physically joined together with accommodating ontology 11.And the bracket 121 of hard and appearance It sets gap easy to form at 11 physical connection of ontology and reduces the leakproofness of cavity 111, further, soft 122 one of cap rock It is molded and is formed on outer surface of the bracket 121 far from accommodating ontology 11, can further be covered on bracket 121 and accommodating ontology 11 Junction, to realize the sealing of cavity 111.

In aforesaid way, lid 12 includes rigid stent 121 and integrated injection molding in soft on the surface of rigid stent 121 Matter cap rock 122, bracket 121 and accommodating ontology 11 carry out physical connection, and cap rock 122 is further in bracket 121 and accommodating ontology 11 Sealing is provided for cavity 111 after connection, and soft cap rock 122 is more advantageous between fitting bracket 121 and accommodating ontology 11 Gap, to further increase the leakproofness of electronic building brick, to improve the waterproof effect of electronic building brick.Meanwhile bracket 121 and lid 122 integrated injection molding of layer form, and can simplify the assembly process of electronic building brick.

Wherein, in one embodiment, bracket 121 includes insertion section 1211 and covering part 1212, and the lid of covering part 1212 is set In opening 112, the side of covering part 1212 is arranged in insertion section 1211, and extends into cavity 111 along the inner wall of cavity 111 It is interior, covering part 1212 is fixed in opening 112.

In an application scenarios, insertion section 1211 can not also carry out grafting by the inner wall of cavity 111, for example, chamber The inside of body 111 is also provided with the matched plug division of shape with the insertion section 1211 of bracket 121, enables insertion section 1211 It is enough to be engaged with plug division, plug division is fixed on inside cavity 111.For example, the shape of insertion section 1211 is cylindrical body, insert at this time Socket part can be the cylinder ring that can wrap the cylindrical body plug division, wherein the internal diameter of the plug division of cylinder ring can be suitably less than The outer diameter of the plug division of cylindrical body, so that being interference fitted and making with plug division when insertion section 1211 is plugged in plug division Obtaining bracket 121 can be stably connected with cavity 111.It is of course also possible to use other inserting modes, as long as enabling to be inserted into Portion 1211 is inserted into 111 inside of cavity and fixes with cavity 111.

The side that insertion section 1211 deviates from cavity 111 is arranged in covering part 1212, and is inserted into cavity 111 in insertion section 1211 After be covered on opening 112 on.Wherein, covering part 1212 can be complete structure, or can also be as needed further at it The upper some holes of setting, to realize certain function.

It is the section of A-A axis of the application electronic building brick in the assembled state in Fig. 1 further referring to Fig. 4, Fig. 4 Figure.In one embodiment, accommodating ontology 11 includes the open edge 113 for defining opening 112, and covering part 1212 is pressed together on The inside region 1131 of the close opening 112 of open edge 113, cap rock 122 are covered on covering part 1212 far from accommodating ontology 11 Outer surface on, and be pressed together in the lateral area 1132 of the periphery of inside region 1131 of open edge 113, and then realize and open Sealing between mouth edge 113.

Wherein, the inside region 1131 of open edge 113 and lateral area 1132 belong to open edge 113, and are not Other regions except open edge 113.Wherein, the inside region 1131 of open edge 113 is that the close of open edge 113 opens The region of mouth 112, and the lateral area 1132 of open edge 113 is the region of the separate opening 112 of open edge 113.

In present embodiment, the covering part 1212 of bracket 121 is pressed together on the inside of the close opening 112 of open edge 113 Region 1131 enables to covering part 1212 first to tentatively being sealed at open edge 113.But due to accommodating ontology 11 and bracket 121 are hard material, and connection between the two and the further covering of covering part 1212 can not also reach To preferable sealing effect, open edge 113 is pressed together in covering part 1212 and is easy far from the end of opening 112 and opening edge Gap is generated between edge 113, and is further penetrated through by the gap and cavity 111, to reduce leakproofness.

Therefore, in present embodiment, cap rock 122 is covered on outer surface of the covering part 1212 far from accommodating ontology 11, and It is further pressed together in the lateral area 1132 of the periphery of inside region 1131 of open edge 113, so as to by bracket 121 The gap generated between covering part 1212 and open edge 113 further covers, and since cap rock 122 is soft material, thus The sealing effect of electronic building brick can be further increased and make the waterproofness of electronic building brick more preferable.

It is the enlarged drawing of part B in Fig. 4 further referring to Fig. 5, Fig. 5, in an application scenarios, is fastened in lid 12 Under state, the inside region 1131 of the periphery covering open edge 113 of covering part 1212, and the medial area with open edge 113 Domain 1131 contacts；And side of the covering part 1212 far from accommodating ontology 11 is arranged in cap rock 122, so that being located at open edge The covering part 1212 of 113 inside region 1131 is folded between the inside region 1131 of open edge 113 and cap rock 122, and Cap rock 122 further extends to the direction of the separate opening 112 of covering part 1212 and towards the direction of open edge 113, until It is contacted with the lateral area 1132 of open edge 113, so that the contact face and lid of covering part 1212 and open edge 113 Layer 122 and the contact face of open edge 113 flush against one another setting, and in the inside region of open edge 113 1131 thus Form the structure of " open edge 113- covering part 1212- cap rock 122 ".

It is the part of the application electronic building brick embodiment further referring to Fig. 6, Fig. 6 in another application scenarios Sectional view.In this application scene, cap rock 122 is after extending to and contacting with the lateral area 1132 of open edge 113, further edge Region between covering part 1212 and open edge 113 extends to the inside region 1131 of open edge 113, and then assumes opening Between the inside region 1131 and covering part 1212 at mouthful edge 113, and it is pressed together on by covering part 1212 inside of open edge 113 The structure of " open edge 113- cap rock 122- covering part 1212- cap rock 122 " is formed on region 1131.This application scene In, soft cap rock 122 further extends to bracket 121 and is opened on the basis of covering covering part 1212 of rigid stent 121 Between mouth edge 113, to further increase the sealing between cavity 111 and lid 12, and electronic building brick is further increased Waterproof effect.

Further, in one embodiment, please continue to refer to Fig. 1 to Fig. 4, electronic building brick further includes being set to cavity Circuit unit 13 in 111 is provided with switch 1311 on circuit unit 13.

Specifically, circuit unit 13 may include first circuit board 131, and switch 1311 is set to 131 direction of first circuit board The external side of the opening 112 of cavity 111.Wherein, the quantity of switch 1311 can be one, or multiple.It is switching When 1311 quantity is multiple, space set is on first circuit board 131.

Correspondingly, switch hole 1213 corresponding with switch 1311 is provided on bracket 121, cap rock 122 further open by covering Hole 1213 is closed, and the position of corresponding switch hole 1213 is provided with pressure section 1221, pressure section 1221 is through 1213 direction of switch hole The internal stretch of cavity 111, when the corresponding position of cap rock 122 is pressed, pressure section 1221 compresses opening on circuit unit 13 1311 are closed, so that trigger circuit component 13 executes preset function.

Wherein, the pressure section 1221 being arranged on cap rock 122 is by cap rock 122 towards the side of bracket 121 towards switch hole 1213 and the direction of switch 1311 protrude to be formed, the shape of pressure section 1221 is matched with switch hole 1213, so that in cap rock 122 When corresponding position is pressed, pressure section 1221 can pass through switch hole 1213 and reach corresponding opening on first circuit board 131 Close 1311.Pressure section 1221 is arranged to along the length towards 1311 direction of switch so that in the corresponding position of cap rock 122 simultaneously Switch 1311 is not compressed when setting without pressing, and can compress corresponding switch 1311 when pressed.

In an application scenarios, being positioned against away from the side of bracket 121 corresponding to pressure section 1221 on cap rock 122 Further protrusion is formed with the press section 1222 of protrusion, enables a user to the position of clearly switch 1311, and by pressing Press corresponding press section 1222 to which the circuit unit 13 that sets out executes corresponding function.

It further, in one embodiment, is the application electronic building brick in assembled state further referring to Fig. 7, Fig. 7 The sectional view of the lower B-B axis in Fig. 1.Electronic building brick includes one first microphone element 1312.Specifically, the first microphone Element 1312 may also be arranged on the first circuit board 131 of circuit unit 13, to be placed in cavity 111.For example, the first Mike Wind element 1312 can be arranged at intervals on first circuit board 131 with the switch 1311 in above embodiment.Specifically, the first wheat Gram wind element 1312 is used to receive the voice signal outside electronic building brick, and voice signal is converted to electric signal to carry out Analysis processing.

Correspondingly, microphone aperture 1214 corresponding with the first microphone element 1312, cap rock 122 are provided on bracket 121 On be provided with first voice guide hole 1223 corresponding with microphone aperture 1214, and the position of corresponding microphone aperture 1214 is provided with the One gear sound part 1224, first gear sound part 1224, towards the internal stretch of cavity 111, and define leading note channel through microphone aperture 1214 12241, the one end in leading note channel 12241 is connected to the first voice guide hole 1223 on cap rock 122, the first microphone element 1312 from The other end in leading note channel 12241 is inserted into leading note channel 12241.

Wherein, when electronic building brick further includes the switch 1311 in above embodiment, switch hole 1213 and microphone aperture 1214 space sets are on bracket 121.

Specifically, the first voice guide hole 1223 perforation cap rock 122 is arranged, and the position pair with the first microphone element 1312 It answers, the first voice guide hole 1223 is corresponding with the microphone aperture 1214 on bracket 121, and then by the first microphone element 1312 and electronics The external connection of component, so that the sound outside electronic building brick can be by the first voice guide hole 1223 and microphone aperture 1214 First microphone element 1312 is received.

The shape of first voice guide hole 1223 can have any shape, as long as can be by the voice input in the electronic building brick external world It can.In an application scenarios, the first voice guide hole 1223 is the lesser circular hole of size, and setting is in the corresponding microphone aperture of cap rock 122 In 1214 region.It is equal and outer that the first voice guide hole of small size 1223 can reduce the first microphone element 1312 in electronic building brick The connection on boundary, to improve the closure of electronic building brick.

Accordingly, first gear sound part 1224 passes through microphone aperture by cap rock 122 from the periphery of the first voice guide hole 1223 1214, to 111 internal stretch of cavity to the periphery of the first microphone element 1312, to be formed by the first voice guide hole 1223 to the The leading note channel 12241 of one microphone element 1312, so that the voice signal that electronic building brick enters voice guide hole can be by leading Sound channel 12241 directly reaches the first microphone element 1312.

Specifically, shape of the leading note channel 12241 on the section perpendicular to its length direction can be with microphone aperture 1214 or first microphone element 1312 shape it is consistent, naturally it is also possible to it is inconsistent.In an application scenarios, microphone aperture 1214 and first microphone element 1312 being be four towards the cross sectional shape on the direction of cavity 111 perpendicular to bracket 121 It is rectangular, and the size of microphone aperture 1214 is slightly larger than the Outside Dimensions in leading note channel 12241, and the inside in leading note channel 12241 Size is led nor less than the Outside Dimensions of the first microphone element 1312 so that leading note channel 12241 can pass through first Sound hole 1223 reaches the first microphone element 1312 and is wrapped in the periphery of the first microphone element 1312.

By the above-mentioned means, being provided with the first voice guide hole 1223 on the cap rock 122 of electronic building brick and by the first voice guide hole 1223 peripheries pass through microphone aperture 1214 and reach the first microphone element 1312 and be wrapped in outside the first microphone element 1312 The leading note channel 12241 enclosed, the setting in the leading note channel 12241 enable the voice signal entered by the first voice guide hole 1223 The first microphone element 1312 is reached by first voice guide hole 1223, is received by the first microphone element 1312, so as to Leakage of the voice signal in communication process is enough reduced, and then improves the efficiency that electronic building brick receives voice signal.

Wherein, in an application scenarios, electronic building brick further includes the waterproof screen cloth being set in leading note channel 12241 14, which is held in side of the cap rock 122 towards microphone element by the first microphone element 1312, and covers the One voice guide hole 1223.

Specifically, one can be formed close to the protrusion of position support 121 of the first microphone element 1312 in leading note channel 12241 The convex surface opposite with the first microphone element 1312, so that waterproof screen cloth 14 is folded in the first microphone element 1312 and is somebody's turn to do Between convex surface, or it can also be directly bonded in the periphery of the first microphone element 1312, specific set-up mode does not limit herein It is fixed.

Waterproof screen cloth 14 in present embodiment in addition to further to the first microphone element 1312 play waterproof action it Outside, can also have the effects that entrant sound, to avoid being generated not by audio fruit by sound area 13121 to the first microphone element 1312 Benefit influences.

Wherein, in one embodiment, lid 12 is arranged in a long strip shape, wherein the main shaft of the first voice guide hole 1223 and The main shaft by sound area 13121 of one microphone element 1312 is intervally installed in the width direction of lid 12.Wherein, The main shaft by sound area 13121 of one microphone element 1312 refers to being covered by sound area 13121 for the first microphone element 1312 Main shaft in the width direction of body 12, such as the axis n in Fig. 7, the main shaft of the first voice guide hole 1223 such as the axis m in Fig. 7.

It should be pointed out that due to the needs that circuit unit 13 itself is arranged, the first microphone element 1312 be may be provided at On the first position of first circuit board 131, and when the first voice guide hole 1223 is arranged, but due to it is beautiful, the demands such as facilitate, thus First voice guide hole 1223 is arranged on the second position of lid 12, in present embodiment, first position and the second position are being covered It can not corresponded in the width direction of body 12, so as to cause the main shaft and the first microphone element 1312 of the first voice guide hole 1223 The main shaft by sound area 13121 be intervally installed in the width direction of lid 12, thus defeated by the first voice guide hole 1223 The sound entered may not reach along straight line the first microphone element 1312 by sound area 13121.

Further, for the guidance voice signal that will be entered by the first voice guide hole 1223 to the first microphone element 1312, bending can be set by leading note channel 12241.

Specifically, in an application scenarios, the main shaft of the first voice guide hole 1223 is in the width direction of lid 12 It is set to the middle part of lid 12.

In present embodiment, lid 12 can be a part of the outer housing of electronic equipment, and in order to meet electronic equipment Overall beautiful demand, the first voice guide hole 1223 may be provided at the middle part in the width direction of lid 12, so that the first leading note Hole 1223 seems more symmetrical, meets the visual demand of people.

In this application scene, corresponding leading note channel 12241 can be set in the section of the B-B axis along Fig. 1 in step Shape, so that the voice signal that the first voice guide hole 1223 imports is propagated to the first Mike by step-like leading note channel 12241 Wind element 1312 and received by the first microphone element 1312.

It further, is C-C of the application electronic building brick in the assembled state in Fig. 1 further referring to Fig. 8, Fig. 8 The sectional view of axis.In one embodiment, electronic building brick further includes a light-emitting component 1313.Specifically, light-emitting component 1313 It may be provided on the first circuit board 131 of circuit unit 13, to be placed in cavity 111.For example, light-emitting component 1313 can with it is upper State the switch 1311 in embodiment, the first microphone element 1312 is arranged according to certain arrangement mode in the first circuit together On plate 131.

Correspondingly, light hole 1215 corresponding with light-emitting component 1313 is provided on bracket 121, cap rock 122 covers out light Hole 1215, and cap rock 122 is arranged to allow light caused by light-emitting component 1313 corresponding to the thickness in the region of light hole 1215 Line is transmitted through cap rock 122.

Wherein, light-emitting component 1313 can for light emitting diode etc., the quantity of light-emitting component 1313 can for one or Multiple, it is more in the quantity of light-emitting component 1313 that the quantity of the light hole 1215 on bracket 121 can be consistent with light-emitting component 1313 When a, then it is corresponding with different light holes 1215, and then different signals can be transmitted by different light-emitting components 1313.

In present embodiment, can by certain means will so that cap rock 122 in the case where covering light hole 1215 still The light that light-emitting component 1313 is launched can be transmitted through to the outside of electronic building brick.

Specifically, in an application scenarios, cap rock 122 can be corresponded to overall region or the part of light hole 1215 The thickness in region is set smaller than thickness of the cap rock 122 corresponding to the region of 1215 periphery of light hole, so that light-emitting component 1313 light issued can be transmitted away by light hole 1215 and further by cap rock 122.It is of course also possible to pass through it Its means makes the region for covering light hole 1215 in cap rock 122 be transmissive to light, is not specifically limited herein.

In through the above way, cap rock 122 is on the basis of covering light hole 1215 of corresponding light-emitting component 1313, into one Step is arranged to so that the light that light-emitting component 1313 is emitted is transmitted through the outside of electronic building brick from cap rock 122, so as to It is enough to be sealed light-emitting component 1313 by cap rock 122 in the case where not influencing electronic building brick light-emitting function, to improve electronics group The leakproofness and waterproof performance of part.

Specifically, in one embodiment, bracket 121 is further provided in the periphery of light hole 1215 towards cavity The light blocking part 1216 of 111 internal stretch, light blocking part 1216 limit the transmission direction of light caused by light-emitting component 1313.

Wherein, the shape of light hole 1215 can be the shape that can arbitrarily appear the light that light-emitting component 1313 is issued Shape, such as round, rectangular, triangle, in present embodiment, the shape of light hole 1215 is circle.

Due between light-emitting component 1313 and light hole 1215 there is also a certain distance, if being not provided with constraining, that The light that light-emitting component 1313 is launched will be revealed during reaching light hole 1215 falls a part, thus cannot It is enough effectively to propagate to light hole 1215, and then the brightness for the light that can be seen outside electronic building brick is reduced, thus inconvenient Signal is received in user.And the setting of light blocking part 1216 can limit light caused by light-emitting component 1313 in present embodiment Transmission direction, to reduce light leakage, to improve the brightness of light appeared by light hole 1215.

Specifically, the light blocking part 1216 in present embodiment some or all of can be formed by bracket 121, for example, bracket 121 can be along the periphery of light hole 1215 to 111 internal stretch of cavity, and surrounds light-emitting component 1313, to form a light The optical channel that line is propagated, by the optical channel, light caused by light-emitting component 1313 can be along the setting direction in the channel Directly propagated to light hole 1215；Alternatively, bracket 121 can not also form optical channel, but only from a direction or several sides The propagation of limitation light upwards, such as bracket 121 can only be extended into cavity 111 from a side of light hole 1215 and form one Block the light blocking part 1216 of light-emitting component 1313 in side.Or other components can also be cooperated further to limit the propagation of light. For example, bracket 121 is extended from a side of light hole 1215 into cavity 111 and is formed side and block the light-blocking of light-emitting component 1313 Part 1216, further the inner wall of cooperation cavity 111 or the other structures of bracket 121 etc. come from multiple directions the light blocking part 1216 Limit the transmission direction of light caused by light-emitting component 1313.

In an application scenarios, light-emitting component 1313 is disposed adjacent with the first microphone element 1312 in first circuit board On 131, corresponding light hole 1215 and microphone aperture 1214 are arranged at intervals on bracket 121, as described in above embodiment, It is provided in the periphery of the first microphone element 1312 and is formed by the first gear for defining a leading note channel 12241 by cap rock 122 Sound part 1224, the first gear sound part 1224 are arranged across microphone aperture 1214, to by the first microphone element 1312 and shine Element 1313 and microphone aperture 1214 and the interval of light hole 1215 are arranged.

Specifically, in this application scene, the light blocking part 1216 and first gear sound part 1224 that bracket 121 is formed are close to the member that shines The one side wall of part 1313 cooperates, and the two limits the transmission direction of light caused by light-emitting component 1313 jointly.

In another application scenarios, cavity 111 is arranged in a long strip shape on the section perpendicular to 112 directions of opening, right Ying Di, bracket 121 is also in long strip to be inserted into cavity 111 by opening 112 by insertion section 1211, thus with the formation of cavity 111 Physical connection.Two sides on the length direction along bracket 121 are provided with insertion section 1211, so that light-emitting component 1313 is on edge Two sides on the length direction of bracket 121 are also equipped with the insertion section 1211 of corresponding bracket 121, in light-emitting component 1313 Two sides limit light, and further, in this application scene, light blocking part 1216 is further disposed at the vertical of light-emitting component 1313 Side on 121 length direction of bracket, and the side wall of first gear sound part 1224 be then arranged in light-emitting component 1313 perpendicular to The other side on 121 length direction of bracket, the two can be parallel plate body, and further with 1313 two sides of light-emitting component Insertion section 1211 limits the transmission direction of light caused by light-emitting component 1313 jointly.

Wherein, in one embodiment, the circuit unit 13 in electronic building brick includes in above-mentioned electronic building brick embodiment First circuit board 131, and can further include second circuit board 132, specifically see Fig. 1, Fig. 4, Fig. 7, Fig. 8.

Wherein, the plane of the opening that first circuit board 131 is parallel to opening 112 is set in cavity 111, first circuit board 131 towards being provided with the first microphone element 1312, specific set-up mode and above embodiment on a side surface of lid 12 In it is identical, details are not described herein again.

Wherein, be open 112 plane of the opening refer to formed opening 112 cavity 111 towards opening 112 side it is tangent Plane, shown in plane θ as shown in Figure 1.It should be pointed out that the plane θ in Fig. 1 is merely to illustrate opening 112 Plane of the opening, and the simultaneously element of non-actual existence.

Second circuit board 132 is set in cavity 111 perpendicular to first circuit board 131, and second circuit board 132 is towards appearance It sets and is provided with second microphone element 1321 on a side surface of the side wall of ontology 11.

It accommodates and is correspondingly arranged on the second voice guide hole 114 on the side wall of ontology 11, and as above-mentioned the application electronic building brick is implemented Described in mode, first leading note corresponding with the first microphone element 1312 and microphone aperture 1214 is provided on cap rock 122 Hole 1223, wherein the first microphone element 1312 is used to receive the sound inputted through the first voice guide hole 1223, second microphone member Part 1321 is used to receive the sound inputted through the second voice guide hole 114.

Specifically, the plane of the opening of 131 parallel open 112 of first circuit board and 112 setting of close opening.Further, Switch 1311, light-emitting component 1313 as described above etc. may further be provided on first circuit board 131, switch 1311 shines Element 1313 and the first microphone element 1312 etc. can be arranged on first circuit board 131 according to certain arrangement mode, right Ying Di, switch hole 1213, light hole 1215 and microphone aperture 1214 etc. is arranged in interval on lid 12 respectively, to pass through correspondence Hole and electronic building brick the external transmission for carrying out signal.

Further, opening 112 extends along the direction perpendicular to plane of the opening to be formed and be had centainly accommodating ontology 11 certainly The cavity 111 of width, second circuit board 132 is parallel to the width direction of cavity 111, and is arranged perpendicular to plane of the opening, thus So that second circuit board 132 is set in cavity 111 perpendicular to first circuit board 131.It wherein, can be on second circuit board 132 One step is provided with main control chip and antenna etc..

In an application scenarios, when user uses the electronic equipment, the first microphone element 1312 and the second Mike Wind element 1321 and the mouth of user are point-blank.

In present embodiment, the first microphone element 1312 and second microphone element are set on two circuit boards respectively 1321, two microphone elements pass through the first voice guide hole 1223 respectively and the second voice guide hole 114 receives voice signal, one of them Microphone element can be used for collecting the main sounds such as voice, and another microphone element can have ambient noise acquisition function, Facilitate acquisition ambient noise, the two cooperation is analyzed and processed the voice signal received, can play noise reduction etc. Effect, to improve the processing quality of voice signal.

Further, in aforesaid way, first circuit board 131 and second circuit board 132 it is orthogonal be set to it is same In cavity 111, without still further expanding space to place two pieces of circuit boards respectively, to improve the space benefit of electronic building brick The space of electronic equipment can be saved when further applying electronic equipment with rate, it is lightening in favor of electronic equipment.

Specifically, in an application scenarios, opening 112 and lid 12 are arranged in corresponding strip, first circuit board The shape of 131 shape and opening 112 matches, and the width d of first circuit board 131₁No more than plane of the opening along opening 112 Size in width direction, so that first circuit board 131 can be placed in cavity 111 close to the position of opening 112, i.e., the One circuit board 131 is also arranged in a long strip shape.Accordingly, switch 1311, light-emitting component 1313 and the first microphone element 1312 It can be arranged at intervals on first circuit board 131 along the length direction of first circuit board 131 namely the length direction of lid 12.

Cavity 111 is extended by accommodating ontology 11 from opening 112 along the direction perpendicular to plane of the opening and is formed, second circuit Plate 132 is parallel to the width direction of cavity 111 and is arranged perpendicular to plane of the opening, and in the side perpendicular to first circuit board 131 Tool has the dimensions upwards.In this application scene, the ruler of a side of the close first circuit board 131 of second circuit board 132 It is very little can be consistent with the size of the length direction of first circuit board 131.

Further, in this application scene, size of the cavity 111 on the direction perpendicular to plane of the opening is larger, and big In the width of plane of the opening, accordingly, size d of the first circuit board 131 in the width direction of lid 12₁Less than second circuit Size d of the plate 132 in the vertical direction of first circuit board 131₂, and size one of the two on the length direction along lid 12 It causes, so that the area of first circuit board 131 is less than the area of second circuit board 132.

Wherein, in one embodiment, the second voice guide hole 114 of the side wall of setting perforation cavity 111 on ontology 11 is accommodated, And the position of corresponding second voice guide hole 114 is provided with second gear sound part 115, second gear sound part 115 is through 114 court of the second voice guide hole To the internal stretch of cavity 111, to limit transmission direction of the sound to second microphone element 1321.

Specifically, in present embodiment, the second voice guide hole 114 setting corresponding to second microphone element 1321 is being accommodated On ontology 11, and cavity 111 is penetrated through so that second microphone element 1321 to be in communication with the outside, so that second microphone element 1321 can receive extraneous voice signal.

Wherein, second gear sound part 115 can be hard material or soft material, such as second gear sound part 115 can be by Accommodating ontology 11 is formed along the periphery of the second voice guide hole 114 to 111 internal stretch of cavity in 111 interior side of cavity.This reality Apply in mode, second gear sound part 114 can as with flexible glue made of accommodating 11 integrated injection molding of ontology in 111 interior side of cavity along the The periphery of two voice guide holes 114 is formed to 111 internal stretch of cavity.In an application scenarios, second gear sound part 115 can be along The four of two voice guide holes 114,111 internal stretch of circumferential cavity, and second microphone element 1321 is extended to, and surround second in turn Microphone element 1321 is made by sound area with forming the channel of second voice guide hole 114 and second microphone element 1321 of connection The extraneous voice signal for being input to the second voice guide hole 114 be directly over the channel and by second microphone element 1321 by sound Area is received.In another application scenarios, second gear sound part 115 can not fully be enclosed in the surrounding of the second voice guide hole 114, And only along the side of the second voice guide hole 114 or two sides etc. to 111 internal stretch of cavity, and extend to second microphone element 1321, to guide the sound transmission inputted by the second voice guide hole 114 to be connect to second microphone element 1321 by it by sound area It receives.

Please further combined with the structural representation for the state for refering to Fig. 9 and Figure 10, Fig. 9 being one embodiment of the application glasses Figure, Figure 10 is the structural schematic diagram of another state of one embodiment of the application glasses.Glasses and routine in present embodiment Glasses compare, be further provided with circuit structure, electronic device etc. and become the electronic equipment with other functions.

Specifically, the glasses in present embodiment include a spectacle frame 20, which includes spectacle-frame 21 and two Leg of spectacles 22, leg of spectacles 22 include the temple main body 221 connecting with spectacle-frame 21, and at least one temple main body 221 includes such as Electronic building brick in above-mentioned the application electronic building brick embodiment.

Specifically, the spectacle frame 20 in present embodiment can be near-sighted glasses, farsighted glasses, sunglasses, intelligent glasses, virtual The spectacle frame of Reality glasses, holographic glasses, augmented reality glasses etc., herein without limitation.

Wherein, the accommodating ontology 11 in electronic building brick is a part of temple main body 221 or temple main body 221.This reality It applies in mode, a cavity 111 is provided in temple main body 221, it is corresponding with above-mentioned electronic building brick embodiment for accommodating Circuit unit 13, so that glasses have corresponding function.

It is further noted that when the above-mentioned electronic building brick of the application is in present embodiment, for wearing When the glasses, above-mentioned first circuit board 131 and second circuit board 132 are arranged in the cavity 111 of same leg of spectacles 22, example It such as can be set in right temple, naturally it is also possible to be arranged in left temple.Wherein, lid 12 and it is corresponding go out Unthreaded hole 1215, key and first voice guide hole 1223 etc. be all located at temple main body 221 towards the side below user's head, mirror Leg main body 221 can completely be surrounded towards user's head upper side for the shell of temple main body 221, in addition, second leads Sound hole 114 is then located at the position top towards the side on the outside of user's head of temple main body 221.

Wherein, other dependency structures of electronic building brick and function etc. in the above-mentioned electronic building brick embodiment of the application Identical, related detailed content please refers to above-mentioned the application electronic building brick embodiment, and details are not described herein again.

Wherein, in one embodiment, leg of spectacles 22 further includes passing through with temple main body 221 far from the end of spectacle-frame 21 Hinge 231 carries out hinged connector 23.Further, glasses further include functor 30, which is set to connector On 23, to wait the corresponding function of realizations by the circuit unit 13 in accommodating ontology 11.

Specifically, in one embodiment, functor can be bone-conduction speaker 31.In present embodiment, connector 23 are arranged so that bone-conduction speaker 31 can be relatively solid in the first fixed position relative and second relative to temple main body 221 Positioning switches between setting, and is bonded when bone-conduction speaker 31 is in the first fixed position relative by binding face 311 In the auricle back side of user.

Specifically, bone-conduction speaker 31 is as shown in Figure 9 relative to the first fixed position relative of temple main body 221, The second fixed position relative relative to temple main body 221 is as shown in Figure 10.

Wherein, auricle is a part of external ear, is mainly made of cartilage.In present embodiment, loudspeaker mechanism is conformed to The auricle back side, and then bond-conduction sound/vibration is transmitted using the cartilage of auricle.Loudspeaker mechanism is closed in dorsum auriculae face paste, While improving sound quality, additionally it is possible to reduce the influence in sound transmittance process to ear canal.

It is in Fig. 9 along the sectional view of D-D axis further referring to Figure 11, Figure 11.In one embodiment, temple main body 221 accommodating ontology 11 is located at temple main body 221 close to the side of spectacle-frame 21, and temple main body 221 further comprises from accommodating The rod-like element 2211 that ontology 11 extends to connector 23, weight loss groove 22111 is provided in rod-like element 2211, and cap rock 122 is further Covering is extended outward into from bracket 121 and seals weight loss groove 22111.

In present embodiment, temple main body 221 is divided to be arranged for two parts, and a part is arranged close to frame, and another part leans on Nearly connector 23 is arranged.The side of frame is provided with accommodating ontology 11, to accommodate corresponding circuit unit 13.And close to even The rod-like element of fitting 23 is then used at least partly be supported on the ear of user in user's wearing spectacles.

Wherein weight loss groove 22111 may be provided at the inside of temple main body 221, and set along the extending direction of rod-like element 2211 It sets, so that rod-like element 2211 to be arranged to the structure of part hollow.So as to mitigate the weight of glasses entirety to a certain extent Amount, and can be improved the integral, flexible of rod-like element, and then improve the comfort level that user wears.

Wherein, in one embodiment, please further together refering to fig. 12 to Figure 15, wherein Figure 12 is the application glasses The reset condition figure of protection sleeve pipe in one embodiment, Figure 13 are the original shapes of protection sleeve pipe in one embodiment of the application glasses The partial cross-sectional view of state, Figure 14 are the bending state figures of protection sleeve pipe in one embodiment of the application glasses, and Figure 15 is the application The partial cross-sectional view of the bending state of protection sleeve pipe in one embodiment of glasses.Glasses further may include being set on hinge The protection sleeve pipe 40 of 231 periphery, the protection sleeve pipe 40 can bend with hinge 231, shield to hinge 231, together When can be avoided user's hinge 231 in wearing spectacles and clip to user's hair and bring bad experience to user.

Specifically, protection sleeve pipe is opposite in the first fixed position relative and second in bone-conduction speaker 31 with hinge 231 It is bent when being switched between fixed position.

Specifically, protection sleeve pipe 40 includes along the spaced multiple cyclic annular convex ridge portions 41 of length direction of protection sleeve pipe 40 And it is set to the loop connecting portion 42 between cyclic annular convex ridge portion 41 and for connecting two be disposed adjacent cyclic annular convex ridge portions, The pipe thickness in middle ring-type convex ridge portion 41 is greater than the pipe thickness in loop connecting portion 42.

Wherein, the length direction of length direction with hinge 231 of protection sleeve pipe 40 is consistent, and protection sleeve pipe 40 specifically can be along hinge The length direction of chain 231 is arranged.The protection sleeve pipe 40 can be made by soft material, such as soft silica gel, rubber etc..

Cyclic annular convex ridge portion 41 can be protruded further out by the lateral wall of protection sleeve pipe 40 to be formed, and cyclic annular convex ridge portion 41 is right The shape of the inner sidewall for the protection sleeve pipe 40 answered is not specifically limited herein.For example, inner sidewall can be smooth, or may be used also Corresponding ring-type convex ridge portion 41 is provided with recess etc. on inner sidewall.

Loop connecting portion 42 is specifically connected to the close guarantor in cyclic annular convex ridge portion 41 for connecting adjacent cyclic annular convex ridge portion 41 Fringe region inside protecting pipe 40, thus can be relative to cyclic annular convex ridge portion 41 in recess in the lateral wall side of protection sleeve pipe 40 Setting.

Specifically, the quantity in cyclic annular convex ridge portion 41 and loop connecting portion 42 can according to actual use situation depending on, for example, It can be according to the length of protection sleeve pipe 40, cyclic annular convex ridge portion 41 and loop connecting portion 42 itself on 40 length direction of protection sleeve pipe Width situations such as set.

Further, the pipe thickness in cyclic annular convex ridge portion 41 and loop connecting portion 42 refers respectively to cyclic annular convex ridge portion 41 and ring Thickness between the inner sidewall and lateral wall of protection sleeve pipe 40 corresponding to shape interconnecting piece 42.In present embodiment, cyclic annular convex ridge The pipe thickness in portion 41 is greater than the pipe thickness in loop connecting portion 42.

As shown in Figure 14 and Figure 15, when protection sleeve pipe 40 is bent with hinge 231, protection sleeve pipe 40 is formed by curved The lateral area of shape is rolled over, cyclic annular convex ridge portion 41 and loop connecting portion 42 are in tensional state, and protection sleeve pipe 40 is in bending The inside region of state, cyclic annular convex ridge portion 41 and loop connecting portion 42 are in squeezed state.

In present embodiment, the pipe thickness in cyclic annular convex ridge portion 41 is greater than the pipe thickness in loop connecting portion 42, to make It is harder relative to loop connecting portion 42 to obtain cyclic annular convex ridge portion 41, thus when protection sleeve pipe 40 is in bending state, in bending The protection sleeve pipe 40 of the external side of shape is in tensional state, and cyclic annular convex ridge portion 41 can provide certain for protection sleeve pipe 40 Strength support；Meanwhile 40 region of protection sleeve pipe of the interior side in bending state is squeezed, cyclic annular convex ridge portion 41 can also Certain extruding force is enough born, to play a protective role to protection sleeve pipe 40, the stability of protection sleeve pipe 40 is improved, extends and protect The service life of protecting pipe 40.

Further, it should be pointed out that the bending shape of protection sleeve pipe 40 is consistent with 231 state in which of hinge.This In embodiment, functor 30 and temple main body 221 can be turned in the range of being less than or equal to 180 ° by hinge 231 It is dynamic, that is to say, that protection sleeve pipe 40 can only be bent towards side, then during glasses use, protection sleeve pipe 40 along its length on the two sides side Zhong You can be squeezed, the other side can be stretched.

In one embodiment, cyclic annular convex ridge portion 41 is when protection sleeve pipe 40 is in bending state towards 40 institute of protection sleeve pipe The width along 40 length direction of protection sleeve pipe of side is greater than towards bending shape interior side outside the bending shape of formation Along the width of 40 length direction of protection sleeve pipe.

Wherein, along 40 length direction of protection sleeve pipe, the width for increasing cyclic annular convex ridge portion 41 can further increase protection The intensity of casing.Meanwhile in present embodiment, the angle of the initial angle between functor 30 and temple main body 221 is less than 180 °, at this point, if the cyclic annular convex ridge portion 41 of protection sleeve pipe 40 is uniformly arranged, protection sleeve pipe 40 can be made in the original state just It is squeezed.In present embodiment, towards the width in the cyclic annular convex ridge portion 41 of side outside bending shape when corresponding to bending state Spend it is larger, so as to expand the length of the side protection sleeve pipe 40, thus improve protection sleeve pipe 40 intensity while, also make It obtains when protection sleeve pipe 40 is bent, reduces the level of stretch of tensile side to a certain extent；Meanwhile cyclic annular convex ridge portion 41 is protecting It is smaller towards the width along 40 length direction of protection sleeve pipe of bending shape interior side when casing 40 is in bending state, it can Increase space of the loop connecting portion 42 squeezed on 40 length direction of protection sleeve pipe, it is crowded so as to alleviate to a certain extent Press the extruding of side.

Further, in an application scenarios, the width in cyclic annular convex ridge portion 41 is from the outside area towards bending shape Domain one gradually becomes smaller laterally towards the inside region side of bending shape, so that court when protection sleeve pipe 40 is in bending state The width for being formed by the lateral area side of bending shape to protection sleeve pipe 40, which is greater than towards bending shape, is formed by inside The width of region side.

It is readily appreciated that ground, cyclic annular convex ridge portion 41 surrounds the periphery that protection sleeve pipe 40 is arranged in, in the length of protection sleeve pipe 40 On direction, side corresponds to tensile side, and the other side corresponds to squeeze side.In present embodiment, the width in cyclic annular convex ridge portion 41 is from direction One gradually becomes smaller laterally towards bending shape interior side outside bending shape, so that the change of the width in cyclic annular convex ridge portion 41 Change is more uniform, can improve the stability of protection sleeve pipe 40 to a certain extent.

Wherein, in one embodiment, cyclic annular convex ridge portion 41 is when protection sleeve pipe 40 is in bending state towards protective case Pipe 40 is formed by the inner ring surface setting fluted 411 outside bending shape inside the protection sleeve pipe 40 of side.

Specifically, the groove 411 in present embodiment is arranged along the length direction perpendicular to protection sleeve pipe 40, so that Corresponding ring-type convex ridge portion 41 is able to carry out stretching, extension appropriate when protection sleeve pipe 40 is stretched in the longitudinal direction.

As described above, being formed by bending shape towards protection sleeve pipe 40 when protection sleeve pipe 40 is in bending state The protection sleeve pipe 40 of lateral area side is in tensional state, in present embodiment, further in corresponding cyclic annular convex ridge portion 41 On inner ring surface inside corresponding protection sleeve pipe 40 be arranged groove 411, so as to the side protection sleeve pipe stretch when, groove 411 corresponding cyclic annular convex ridge portions 41 can suitably be stretched to undertake part stretching, to reduce suffered by the side protection sleeve pipe Pulling force, and then play a protective role to protection sleeve pipe 40.

It should be pointed out that when protection sleeve pipe 40 is in bending state, towards the side of the inside region of bending shape Cyclic annular convex ridge portion 41 can be not provided with groove 41 on the inner sidewall of corresponding protection sleeve pipe 40.In one embodiment, groove 41 along 40 length direction of protection sleeve pipe width from towards bending shape lateral area one laterally towards bending shape inside one Side gradually becomes smaller, so that the protection sleeve pipe corresponding to the cyclic annular convex ridge portion 41 of the inside region side towards bending shape There is no the setting of groove 411 on 40 inner sidewall.

Specifically, protection sleeve pipe 40 can be separately positioned on protection sleeve pipe 40 length direction on two sides temple master Body 221 and bone-conduction speaker 31 link together.Cap rock in an application scenarios, in protection sleeve pipe 40 and lid 12 122 are integrally formed, so that glasses are more closed, one.

Wherein, in one embodiment, functor is bone-conduction speaker 31, and hinge 231 includes a shaft 2311, the hinge The middle vertical plane α of the shaft 2311 of chain 231, the plane of symmetry β of connector 23 and bone-conduction speaker 31 are bonded the binding face of ear 311 central point O are same in a plane, or within the scope of the predictive error of opposite plane.

Wherein, the middle vertical plane α of the shaft 2311 of hinge 231 refers to the axial direction perpendicular to the shaft 2311 of hinge 231 and will The face of 2311 symmetry division of shaft of the hinge 231, referring specifically to Figure 16.

The plane of symmetry β of connector 23 refers to the face of 23 symmetry division of connector, i.e., in the plane of symmetry β two of connector 23 Side, connector 23 is symmetric, referring specifically to Figure 17.

Wherein, predictive error range can rule of thumb and the system of the shape of the material of connector, specification and ear It the synthesis such as counts to obtain.

It should be pointed out that the plane of symmetry β and osteoacusis of the middle vertical plane α of the shaft 2311 of hinge 231, connector 23 are raised Sound device 31 be bonded ear 311 central point of binding face in a plane when, enable to bone connect with connector 23 biography The auricle back side of user can be directly fitted by leading loudspeaker 31, and when deformation occurs, deformation direction and bone pass 23 stress of connector The moving direction for leading loudspeaker 31 is consistent, and is all located in the plane, and avoid above-mentioned each face and point not in the same plane, And 23 stress of connector causes osteoacusis to be raised when elastic deformation occurs due to connector 23 and bone-conduction speaker 31 twist Sound device 31 can not be bonded or be properly fit onto the auricle back side of user, to cause the reduction of sound/vibration transmission efficiency, in turn Reduce the sound quality of osteoacusis sounding device.Certainly, the plane of symmetry β of the middle vertical plane α, connector 23 of the shaft 2311 of hinge 231 with And 311 central point of binding face of the fitting ear of bone-conduction speaker 31 can be within the scope of the predictive error of opposite plane, such energy Enough so that will not cause excessively to influence on user's use, it should be noted however that at this point, can in actual use process Can influence to a certain extent binding face 311 and the user's auricle back side of bone-conduction speaker 31 is bonded effect.

Further, when bone-conduction speaker 31 is in the first fixed position relative relative to temple main body 221, by two Angle defined in the top of temple main body 221 between horizontal reference plane γ and the plane of symmetry β of connector 23 is 65 °~ 85°。

Wherein, the horizontal reference plane γ as defined in the top of two temple main bodys 221 refers to and two temple main bodys 221 top plane tangent simultaneously, in an application scenarios, the plane further perpendicular to the plane of symmetry of spectacle-frame 21, It is specific as shown in figure 18；The plane of symmetry β of connector 23 is identical as shown in above-mentioned Figure 17, and details are not described herein again.

It is readily appreciated that ground, when bone-conduction speaker 31 is in the first fixed position relative relative to temple main body 221, if Angle between the plane of symmetry β of horizontal reference plane γ and connector 23 as defined in the top of two temple main bodys 221 compared with Greatly, then bone-conduction speaker 31 can be closer to the outside at the auricle back side, and auricle cannot be even fitted to when excessive；And if the folder Angle is smaller, then can be too near to the inside at the auricle back side, or even the skull on compressing head, and then on the one hand can reduce the comfortable of user Degree；On the other hand, it will affect the transmitting that bone-conduction speaker carries out sound/vibration by Ear cartilage, and then reduce osteoacusis and raise The sound quality of sound mechanism.And when the angle is located within the scope of 65 °~85 °, then osteoacusis loudspeaker mechanism can be enabled to be bonded In the moderate position of user's auricle back side more.

In addition, when bone-conduction speaker 31 is in the first fixed position relative relative to temple main body 221, by two mirrors Angle between the plane of symmetry β of horizontal reference plane γ and connector 23 defined in the top of leg main body 221 can also be 70 ° ~82 °, so that the binding face 311 of bone-conduction speaker 31 is further close to the auricle back panel of helix placement of foot face Domain.

Specifically, when bone-conduction speaker 31 is in the first fixed position relative relative to temple main body 221, by two Angle between the plane of symmetry β of horizontal reference plane γ and connector 23 defined in the top of temple main body 221 can be upper Any angle in range, such as 70 °, 75 °, 80 °, 82 ° are stated, are not specifically limited herein.

Further, when bone-conduction speaker 31 is in the first fixed position relative relative to temple main body 221, glasses Angle between the plane of symmetry λ of frame 21 and the plane of symmetry β of connector 23 is 5 °~30 °.

Wherein, the plane of symmetry λ of spectacle-frame 21 refers to by the symmetrical plane of 21 symmetry division of spectacle-frame, specifically such as Figure 19 institute Show.The plane of symmetry β of connector 23 is identical as shown in above-mentioned Figure 17, and details are not described herein again.

Wherein, the angle between the plane of symmetry λ of above-mentioned spectacle-frame 21 and the plane of symmetry β of connector 23 and the head dummy of user have It closes, for example, American-European crowd angle corresponding with asian population is different.When user wears, the ear of user is on the one hand leaned on The bottom surface of piece support temple main body 221, on the other hand also needs the side by temple main body 221 against the side on the head of user And then it is bone-conduction speaker 31 is fixed in place.Therefore, if the angle is larger, the front of temple main body 221 against Head, and rear portion is far from head；If the angle is larger, the front of temple main body 221 is far from head, and rear portion abutment head portion, In the case of two kinds, temple main body 221 cannot well be contacted with head, to be easy to cause the binding face of bone-conduction speaker 31 311 are detached from the auricle back side, to reduce the sound quality of bone-conduction speaker 31, and make troubles to user's use.

Wherein, when bone-conduction speaker 31 is in the first fixed position relative relative to temple main body 221, spectacle-frame 21 Plane of symmetry λ and connector 23 plane of symmetry β between angle can also be 10 °~25 °, specifically can also for 10 °, 15 °, 20 °, 25 ° etc., herein without limitation.

Further, Figure 20 is please referred to, between the central point of the shaft 2311 of two corresponding hinges 231 of leg of spectacles 22 Distance h₁It can be 90~150mm.Distance h₁Left and right width corresponding to user's head.

It is readily appreciated that ground, two legs of spectacles 22 are placed on the ear top of user and are clamped in both sides of the head, if two eyes The distance between the central point of shaft 2311 of the corresponding hinge 231 of temple 22 h₁Larger, then leg of spectacles 22 is towards user's head Chucking power it is smaller, it may appear that the case where " not clamping ", so as to cause being easy from user's head pine from and then osteoacusis being caused to be raised Sound device 31 deviates the position at the corresponding auricle back side；And if the interior receipts angle is handed over small, leg of spectacles 22 can excessively clamp the head of user, It is easy to bring discomfort to user.

Wherein, the distance between central point of shaft 2311 of two corresponding hinges 231 of leg of spectacles 22 h₁Can also be 100~130mm can also be specifically 100mm, 110mm, 120mm, 130mm etc..It should be pointed out that the head dummy of different user Difference can choose distance h₁The more appropriate earphone of range.Such as distance h for men₁It can be 115~130mm, female The range of money then can be 100~115mm, naturally it is also possible to the median of two ranges is set as, to adapt to two kinds of people simultaneously Group.

Optionally, please continue to refer to Figure 20, the symmetrical centre o'clock of spectacle-frame 21 is into the shaft 2311 of two hinges 231 The vertical range h of the line of heart point₂For 105~170mm.

It should be pointed out that the symmetrical centre point of spectacle-frame 21 is the midpoint of the bridge of the nose among spectacle-frame 21, The vertical range corresponds to the anterior-posterior length of user's head.

Ground is readily appreciated that, if vertical range h₂It is larger, then it can be fitted in the binding face 311 of bone-conduction speaker 31 When the auricle back side, spectacle-frame 21 may eye from user farther out, and when earphone spectacle-frame 21 wears suitable, then osteoacusis is raised The binding face 311 of sound device 31 is so suitable that be fitted in the auricle back side due to being unable to farther out from the auricle back side；If the distance is smaller, When then using glasses function and ear-phone function at the same time, spectacle-frame 21 and bone-conduction speaker 31 are simultaneously before and after user's head Tension clamps head, brings discomfort to user, or when apart from too small, or even is difficult to use two functions simultaneously.

Wherein, the symmetrical centre o'clock of spectacle-frame 21 to two hinges 231 shaft 2311 central point line it is vertical Distance h₂It can also be 130~150mm, can also be specifically 130mm, 140mm, 150mm etc..It should be pointed out that different Using crowd, different distance ranges can be corresponded to, for example, distance h for men₂It can be 140~160mm, range for women Then can be or 105~135mm, naturally it is also possible to the median of two ranges is set as, to adapt to two kinds of crowds simultaneously.

Optionally, 0 and Figure 21, the central point of the shaft 2311 of each hinge 231 are passed to corresponding bone referring to Figure 2 together Lead the distance between the central point O of binding face 311 of loudspeaker 31 h₃With the symmetrical centre o'clock of spectacle-frame 21 to two hinges 231 Shaft 2311 central point line vertical range h₂Ratio h₃/h₂It is 0.1~1.5.

Wherein, binding face 311 of the central point of the shaft 2311 of each hinge 231 to corresponding bone-conduction speaker 31 The distance between central point O h₃The central point of shaft 2311 corresponding to hinge 231 is to binding face 311 and user's auricle back side The distance of joint place；And the symmetrical centre o'clock of spectacle-frame 21 to two hinges 231 shaft 2311 central point line hang down Directly distance h₂Corresponding to the vertical range behind the front to ear of user's head.Vertical range behind the front to ear of user's head For one timing, if the central point of the shaft 2311 of hinge 231 to binding face 311 at a distance from the joint place at user's auricle back side compared with Greatly, i.e., when aforementioned proportion is larger, illustrate the central point of the shaft 2311 of hinge 231 to the fitting of corresponding bone-conduction speaker 31 The distance between the central point O in face 311 is larger, then bone-conduction speaker 31 is easy to be fitted in the portion of the auricle back side more on the lower Position；And when aforementioned proportion is smaller, illustrate the central point of the shaft 2311 of hinge 231 to the patch of corresponding bone-conduction speaker 31 The distance between the central point O in conjunction face 311 is smaller, then bone-conduction speaker 31 is easy to be fitted in the more top portion in the auricle back side Position to will affect bone-conduction speaker 31 to the transmission efficiency of sound/vibration, and then influences sound quality.

Wherein, h₃/h₂It can also be 0.125~0.35, specific such as 0.125,0.15,0.20,0.25,0.30,0.35, Different ratios can be designed according to the different demands of user, herein without limitation.

Further, the osteoacusis sounding devices of different sizes can also be set according to the difference of above-mentioned each parameter, so that Obtaining user can select according to the head dummy of oneself, to meet the use demand of user.

The foregoing is merely presently filed embodiments, are not intended to limit the scope of the patents of the application, all to utilize this Equivalent structure or equivalent flow shift made by application specification and accompanying drawing content, it is relevant to be applied directly or indirectly in other Technical field similarly includes in the scope of patent protection of the application.

Claims (10)

1. a kind of electronic building brick, which is characterized in that the electronic building brick includes:

Ontology is accommodated, the cavity at least one opening is provided with；

Lid is covered in the opening, for sealing the cavity；

Wherein, the lid includes rigid stent and integrated injection molding in the soft cap rock on the surface of the bracket, the branch Frame is used to carry out physical connection with the accommodating ontology, and the cap rock for being after the bracket is connect with the accommodating ontology The cavity provides sealing.

2. electronic building brick according to claim 1, which is characterized in that shape of the bracket towards the accommodating ontology side Shape is matched with the opening, and to fasten over said opening, the cap rock is covered on the bracket far from the accommodating ontology On outer surface.

3. electronic building brick according to claim 2, which is characterized in that

The bracket includes insertion section and covering part, and the covering part lid is set over said opening, and the insertion section is arranged in institute The side of covering part is stated, and is extended into the cavity along the inner wall of the cavity, the covering part is fixed on described open On mouth.

4. electronic building brick according to claim 3, which is characterized in that the accommodating ontology includes for defining the opening Open edge, the covering part is pressed together on the inside region close to the opening of the open edge, cap rock covering On outer surface of the covering part far from the accommodating ontology, and it is pressed together on the inside region periphery of the open edge Lateral area on, and then realize and the open edge between sealing.

5. electronic building brick according to claim 4, which is characterized in that under buckling state, the covering part is opened with described The contact face of the contact face at mouth edge and the cap rock and the open edge flushes against one another or the cap rock is further It extends between the covering part and the open edge, and is pressed together on the inside region of the open edge by the covering part On.

6. electronic building brick according to claim 2, which is characterized in that

The electronic building brick further includes being set to the intracorporal circuit unit of the chamber, is provided with switch on the circuit unit；

Switch hole corresponding with the switch is provided on the bracket, the cap rock covers the switch hole, and in corresponding institute The position for stating switch hole is provided with pressure section, the pressure section through the switch hole towards the internal stretch of the cavity, in institute It states the pressure section when corresponding position of cap rock is pressed and compresses the switch on the circuit unit, to trigger the electricity Road component executes preset function.

7. electronic building brick according to claim 6, which is characterized in that it is additionally provided with light-emitting component on the circuit unit, Light hole corresponding with the light-emitting component is provided on the bracket, the cap rock covers the light hole, and the cap rock The thickness in the region corresponding to the light hole is arranged to that light caused by the light-emitting component is allowed to transmit through the cap rock.

8. electronic building brick according to claim 6, which is characterized in that be additionally provided with the first microphone on the circuit unit Element is arranged microphone aperture on the bracket, the first voice guide hole corresponding with the microphone aperture is provided on the cap rock, and The position of the correspondence microphone aperture is provided with first gear sound part, the first gear sound part is through the microphone aperture described in The internal stretch of cavity, and a leading note channel is defined, the one end in the leading note channel and the first voice guide hole on the cap rock connect Logical, first microphone element is inserted into the leading note channel from the other end in the leading note channel.

9. a kind of glasses, which is characterized in that the glasses include: spectacle frame, and the spectacle frame includes spectacle-frame and two eyes Temple, the leg of spectacles include the temple main body connecting with the spectacle-frame, and at least one temple main body includes such as right It is required that the described in any item electronic building bricks of 1-8, the accommodating ontology is at least part of the temple main body.

10. glasses according to claim 9, which is characterized in that the leg of spectacles further includes separate with the temple main body The end of the spectacle-frame carries out hinged connector by hinge；

The glasses further include bone-conduction speaker, and the bone-conduction speaker is set on the connector, the connector It is arranged so that the bone-conduction speaker can be opposite in the first fixed position relative and second relative to the temple main body It switches between fixed position, and can be fitted in when the bone-conduction speaker is in first fixed position relative The auricle back side of user；

The accommodating ontology of the temple main body is located at the temple main body close to the side of the spectacle-frame, the temple master Body further comprises the rod-like element extended from the accommodating ontology to the connector, is provided with weight loss groove in the rod-like element, The cap rock further extends outward into covering from the bracket and seals the weight loss groove.