CN205899263U - Casing and table - Google Patents
Casing and table Download PDFInfo
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- CN205899263U CN205899263U CN201620770668.9U CN201620770668U CN205899263U CN 205899263 U CN205899263 U CN 205899263U CN 201620770668 U CN201620770668 U CN 201620770668U CN 205899263 U CN205899263 U CN 205899263U
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- exterior member
- main casing
- screw part
- patchhole
- screwed pipe
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Abstract
The utility model provides an even can ensure impact resistance and receive the impact and also keep housing face at the casing of reference potential and the table that possesses this casing all the time with the simple construct. This casing possesses: the main casing body, it is become by synthetic resin, the first outer part of adorning, it is become by soft synthetic resin and the periphery of configuration at this main casing body, the part is adorned outward to the second, and it is made and disposed the upper portion periphery of adorning the part outside this is first by the metal, the back lid, it is made and is disposed the lower surface at the main casing body by the metal, join the part, its have electric conductivity and with the second outside adorn part springiness contaction and the state that switches on under, adorn that the part is adorned outward to part, second and the back lid joins on the main casing body will be first outward. Owing to can keep the on -state that the second was adorned parts outward and was linked parts, the binding parts can make the second adorn parts outward reliably and switch on with hou gai. Therefore can be all the time keep the watch shell surface at the reference potential to can prevent the reduction of the reception sensitivity of GPS antenna.
Description
Technical field
The utility model relates to the housing of the electronic equipments such as table or mobile phone and possesses the table of this housing.
Background technology
For example, as described in patent document 1, in wrist-watch, by make to be arranged on the electrode of the battery within Wristwatch case with
Be exposed to outside Wristwatch case button conducting and prevent electrostatic structure well known.
Patent document 1: Japanese Unexamined Patent Publication 2006-215043 publication
In order that the electrode of battery is turned on button, this wrist-watch arranges inner metal bezel in the Wristwatch case that metal is made,
And the first contact chip and the second contact chip are set in this inside casing, so that the first contact chip is contacted with battery plate, make the second contact
Piece is contacted with the inner surface of the Wristwatch case near button.
Utility model content
But this wrist-watch has problems with, because its structure is to connect being configured in the inside casing in Wristwatch case setting first
Contact and the second contact chip, and so that the first contact chip is contacted with battery plate, the second contact chip and the wrist-watch near button
Inner surface contacts, thus the complex structure of inside casing and the numerous and diverse trouble of assembly operation.
Even if problem to be solved in the utility model can guarantee impact resistance with simple structure and be subject to for providing
Surface of shell also can be maintained at the housing of reference potential and possess the table of this housing by impact all the time.
Housing of the present utility model is characterised by possessing: main casing, it has through hole；First exterior member, it is by soft
Matter synthetic resin is made, and configuration is in the periphery of described main casing, and is provided with first patchhole corresponding with described through hole；Second
Exterior member, it is made of metal, and configuration is in the upper periphery of described first exterior member, and is provided with and the described first insertion
Corresponding second patchhole in hole；Bonnet, it is made of metal, and configuration is at the back side of described main casing, and has and described through hole
Corresponding installing hole；Connecting member, it has electric conductivity, is inserted into the described through hole of described main casing, described first externally mounted part
Described first patchhole of part, described second patchhole of the second exterior member and the described installing hole of described bonnet, and
With described second exterior member Elastic Contact and in the state of turning on, by described first exterior member, the second exterior member and
Described bonnet is attached on described main casing.
According to the utility model, even if the second exterior member is impacted and is moved with respect to connecting member, but due to energy
Enough maintain the conducting state between the second exterior member and connecting member, resistance to impact can not only be guaranteed with simple structure
Can, even and if the second exterior member impacted, connecting member also can reliably make the conducting of the second exterior member and bonnet,
All the time the second exterior member positioned at surface of shell can be maintained at reference potential in this way.
Brief description
Fig. 1 is the enlarged front view representing the first embodiment that the utility model is applied to wrist-watch.
Fig. 2 is by the amplification stereogram of the Wristwatch case exploded representation shown in Fig. 1.
Fig. 3 represents the Wristwatch case shown in Fig. 2, and wherein (a) is the amplification stereogram observed from oblique upper, and (b) is from oblique
The amplification stereogram that lower section is observed.
Fig. 4 is the amplification profile of the major part of viewing at the a-a of Wristwatch case shown in Fig. 1.
Fig. 5 is by the profile of the further enlarged representation of a part of the Wristwatch case shown in Fig. 4.
Fig. 6 is to represent putting of the Wristwatch case major part that the utility model is applied in the second embodiment of wrist-watch
Heavy gauge figure.
Fig. 7 is the amplification profile of viewing at the b-b of Wristwatch case major part shown in Fig. 6.
Specific embodiment
(first embodiment)
Below, with reference to Fig. 1～Fig. 5, the first embodiment that the utility model is applied to wrist-watch is illustrated.
As shown in figure 1, this wrist-watch possesses Wristwatch case 1.Every in ten two points of sides of this Wristwatch case 1 and 6 points of sides
Individual sidepiece is each configured with carrying installation portion 2.And, 3 points of sides in this Wristwatch case 1 and each side part of 9 points of sides
It is not provided with switch portion 3.
As shown in Fig. 2 this Wristwatch case 1 possesses main casing 4, configuration in the periphery of this main casing 4 and covers this main casing 4
The upper periphery in this first exterior member 5 of the first exterior member 5 and configuration of periphery the second exterior member 6.Now, exist
The upper opening portion of Wristwatch case 1, in the upper opening portion of main casing 4, watch crystal (not shown) is installed.
The inside of this Wristwatch case 1, i.e. main casing 4 be internally provided with table module (not shown).This table module possesses
Various electronic components necessary to the table functions such as gps antenna.And, as shown in Fig. 2 in the bottom of this Wristwatch case 1, i.e. main casing
The bottom of body 4 is provided with bonnet 7.This bonnet 7 is formed by metals such as stainless steels.
As shown in Fig. 2 being formed with band peace respectively at the position positioned at ten two points of sides of this bonnet 7 and 6 points of sides
Dress portion 2.This band installation portion 2 is provided with watchband (not shown), and configures in ten two points of sides of Wristwatch case 1 and 6 points of sides.
Now, although cover after its formation when 7 band installation portion 2 pass through forging be formed one but it is also possible to by weld and with bonnet 7
Form as one.
As shown in Figures 2 and 3, main casing 4 is formed by hard resin.In the band installation portion 2 in this main casing 4
The position of both sides, i.e. on the side on a bit, 5 points, be respectively arranged with mounting protrusion portion 8 at and at 7 points at ten one points.These are installed
Each upper surface of jut 8 is formed the height of the upper surface less than main casing 4.In these mounting protrusion portions 8 respectively
It is provided with multiple through holes 9 up/down perforation.
As shown in Figures 2 and 3, the first exterior member 5 is formed by soft synthetic resins such as polyurethane resins.This first exterior
Part 5 is divided into two parts with the band installation portion 2 configuring in ten two points of sides and 6 points of sides as boundary.As Fig. 4 and Fig. 5 institute
Show, when this first exterior member 5 is installed on the periphery of main casing 4, in the upper surface in the mounting protrusion portion 8 of main casing 4
It is formed with gap s1 and the lower surface of the first exterior member 5 opposed with this upper surface between.
As shown in Figure 4 and Figure 5, this first exterior member 5 is provided with corresponding with multiple through holes 9 of main casing 4 respectively
And multiple first patchholes 10 of up/down perforation.The internal diameter of this first patchhole 10 be formed with the through hole 9 of main casing 4 in
The roughly the same size in footpath.Second exterior member 6 is shaped generally as ring-type by metals such as stainless steels.This second exterior member 6 quilt
Be formed as that wall thickness is relatively thin, and be arranged on the upper periphery being divided into two-part first exterior member 5.
As shown in Fig. 2～Fig. 5, in this way, when the second exterior member 6 is installed to the upper of the first exterior member 5
During portion periphery, it will be divided into two-part first exterior member 5 and be pressed to main casing 4 periphery.In this second exterior member 6
On be provided with corresponding with multiple first patchholes 10 of the first exterior member 5 respectively and up/down perforation multiple second patchholes
11.Now, the internal diameter of the second patchhole 11 is formed to be less than the internal diameter of the first patchhole 10, and with connecting member described later
The roughly the same size of the internal diameter of 13 screwed pipe 14.
As shown in Fig. 2, Fig. 4 and Fig. 5, bonnet 7 is additionally provided with corresponding with multiple through holes 9 of main casing 4 respectively and upper and lower
Multiple installing holes 12 of insertion.The through hole 9 of these main casings 4, the first patchhole 10 of the first exterior member 5, the second externally mounted part
The installing hole 12 of the second patchhole 11 of part 6 and bonnet 7 corresponds on the same axis.
As shown in Fig. 2～Fig. 5, but multiple connecting members 13 are passed through on main casing 4 first exterior member 5, second is installed
Exterior member 6 and bonnet 7.Above-mentioned multiple connecting member 13 is respectively provided with electric conductivity and inserts outside the through hole 9, first of main casing 4
Dress the first patchhole 10 of part 5, the second patchhole 11 of the second exterior member 6 and the installing hole 12 of bonnet 7, and with second
In the state of exterior member 6 Elastic Contact and conducting, the first exterior member 5, the second exterior member 6 and bonnet 7 are attached to master
On housing 4.
That is, as shown in Fig. 2～Fig. 5, this connecting member 13 possesses: screwed pipe 14, and it is made of metal and is insertion main casing
The cartridge of the through hole 9 of body 4；First screw part 15, it is made of metal, through the second insertion of the second exterior member 6
First patchhole 10 of hole 11 and the first exterior member 5 and threaded with screwed pipe 14；Second screw part 16, it is by metal
Make, threaded with screwed pipe 14 through the installing hole 12 of bonnet 7；With, conductive member 24, it has electric conductivity, configuration
Between the second exterior member 6 and the first screw part 15 and with above-mentioned both sides' Elastic Contact.
As shown in Figure 4 and Figure 5, the screwed pipe 14 that metal is made inserts the through hole 9 of main casing 4 across dsah-pot 17,
Under this state, the upper surface from the mounting protrusion portion 8 of main casing 4 is prominent towards the lower surface of the first exterior member 5.That is,
The length that this screwed pipe 14 is formed its axial direction (in Figure 5 for above-below direction) is long more than the axial direction of the through hole 9 of main casing 4
Degree.
As shown in Figure 4 and Figure 5, in this way, in the state of screwed pipe 14 inserts in the through hole 9 of main casing 4, spiral shell
The top of line pipe 14 projects from the upper surface in the mounting protrusion portion 8 of main casing 4, and this prominent part is formed as mounting cylinder portion
14a, this mounting cylinder portion 14a configure in the upper surface in the mounting protrusion portion 8 of main casing 4 and first exterior opposed with this upper surface
In gap s1 between the lower surface of part 5.
And, as shown in Figure 4 and Figure 5, along screwed pipe 14 on the mounting cylinder portion 14a on the top positioned at this screwed pipe 14
Periphery be provided with the upper surface configuring in the mounting protrusion portion 8 of main casing 4 in an annular fashion and dash forward in flange shape holding
Play portion 18.And, it is formed with negative thread 14b from upper end to bottom in the inside of this screwed pipe 14.
And, as shown in Figure 4 and Figure 5, in the periphery of this screwed pipe 14 and positioned at flange shape holding jut 18
Downside is provided with rotation prevention portion 19.This rotation prevention portion 19 inserts the engaging portion 20 being arranged in through hole 9 upper edge part of main casing 4 simultaneously
Locking, makes screwed pipe 14 not in through hole 9 internal rotating.
Now, as shown in Figure 4 and Figure 5, be arranged on the outer peripheral face of screwed pipe 14 and the through hole 9 of main casing 4 inner peripheral surface it
Between dsah-pot 17 be made up of rubber or synthetic rubber elastomeric material, and it is integrally formed as tubular.This dsah-pot 17
It is configured in through hole 9 together with screwed pipe 14 with being installed on the state of outer peripheral face of screwed pipe 14.Now, as Fig. 2 institute
Show, be provided with the notch 17a of rotation prevention portion 19 insertion for screwed pipe 14 in the upper edge part of dsah-pot 17.
As shown in Fig. 2, Fig. 4 and Fig. 5, the first screw part 15 that metal is made has: outer screw section 15a, it is from upside
Threaded with the female threaded portion 14b of screwed pipe 14；Neck 15b, first patchhole 10 and the of its insertion the first exterior member 5
Second patchhole 11 of two exterior members 6 upper end with the mounting cylinder portion 14a of screwed pipe 14 abuts；Head 15c, it is used for
Pressing is arranged at the bottom surface of recess on the second exterior member 6 upper surface, i.e. screw hole portion 11a, that is, in the second patchhole
11 upper edge part is compressed with conductive member 24.
Now, as shown in figure 5, the neck 15b of the first screw part 15 is formed, its external diameter is more than outer screw section 15a
External diameter, and be the size roughly the same with the external diameter of the mounting cylinder portion 14a of screwed pipe 14.And, the first screw part 15
Head 15c is formed, and its external diameter is more than the internal diameter of the first patchhole 10 of the first exterior member 5, and is and screwed pipe 14
Keep the external diameter of jut 18 in approximate same size.
As shown in figure 5, in this way, when the outer screw section 15a of the first screw part 15 is from the second exterior member 6
The top of the second patchhole 11 passes through the first patchhole 10 of the first exterior member 5 and the female threaded portion 14b spiral shell with screwed pipe 14
When line connects, insert the second patchhole 11 of the second exterior member 6 and the first patchhole of the first exterior member 5 in neck 15b
In the state of 10, the bottom surface of screw hole portion 11a on being arranged at the second exterior member 6 upper surface for the head 15c and conductive member
24 compressions.
And, as shown in figure 5, twist in the state of threadeding with the female threaded portion 14b of screwed pipe 14 in threaded portion 15a
During this first screw part 15 tight, the second exterior member 6 and the first exterior member 5 are pressed on main casing 4 head 15c, and
The lower surface of neck 15b is abutted with the mounting cylinder portion 14a of screwed pipe 14, compresses the first exterior in this way at certain intervals
Part 5 and the second exterior member 6, and in this condition the first exterior member 5 and the second exterior member 6 are installed to main casing 4
On.
As shown in Fig. 2, Fig. 4 and Fig. 5, now, conductive member 24 is made for metal spring washer is simultaneously formed ring-type.
That is, this conductive member 24 is formed its external diameter and being and is arranged at the recess of the second exterior member 6 upper surface, i.e. screw
The roughly the same size of the internal diameter of hole portion 11a, and its internal diameter is the size roughly the same with the internal diameter of the second patchhole 11.
And, as shown in Fig. 2, Fig. 4 and Fig. 5, this conductive member 24 is in its thickness direction (that is, first screw part 15
Axially) it is bent into the substantially shape of falling ^ and elastic deformation in a thickness direction.That is, this conductive member 24 is with obtuse angle
Angle by becket be bent into substantially v shape and make it have elastic force in a thickness direction.
As shown in Fig. 2, Fig. 4 and Fig. 5, configure in screw hole portion 11a of the second exterior member 6 in this conductive member 24
Under state, the neck 15b insertion conductive member 24 of the first screw part 15 is simultaneously pressed against the second exterior member 6 by head 15c
Screw hole portion 11a bottom, and in this condition in a thickness direction elastic deformation and configure in the bottom of screw hole portion 11a
And head 15c between, and with above-mentioned both sides' Elastic Contact, so that the second exterior member 6 is turned on the first screw part 15 all the time.
And, as shown in Fig. 2, Fig. 4 and Fig. 5, when this conductive member 24 is in the screw hole portion with the second exterior member 11
In the state of the head 15c Elastic Contact of the bottom of 11a and the first screw part 15, when the second exterior member 6 is subject to top
Impact and make the bottom of screw hole portion 11a of the second exterior member 6 axially towards the head of downside and the first screw part 15
When portion 15c separates, by conductive member 24 return to originally the elastic recovery of natural shape and maintain screw hole portion 11a and head
Elastic Contact state between 15c.
On the other hand, as shown in figure 5, the second screw part 16 that metal is made has the cloudy spiral shell from downside and screwed pipe 14
The threaded outer screw section 16a of line portion 14b and the lower surface with bonnet 7, the head that i.e. the downside edge of installing hole 12 abuts
16b.This second screw part 16 passes through the installing hole 12 of bonnet 7 and the moon from downside and screwed pipe 14 by outer screw section 16a
Threaded portion 14b is threaded.
As shown in figure 5, in this way, when the outer screw section 16a of the second screw part 16 and the cloudy spiral shell of screwed pipe 14
Line portion 14b is threaded and when tightening, screwed pipe 14 declines and the holding on the mounting cylinder portion 14a being arranged on screwed pipe 14 is dashed forward
Play the upper surface that portion 18 is pressed in main casing 4, thus screwed pipe 14 is fixed on main casing 4, and in this condition by bonnet 7
It is arranged on main casing 4.
As shown in Figure 2 to 4, it is located at each connecting member 13 with installation portion 2 both sides in multiple connecting members 13, set up
There is the buffer unit 21 of the impact for buffering the second exterior member 6.This buffer unit 21 is contour by polyamide-based synthetic resin
The material of rigidity (restoring force) is constituted, and is formed the bridge joint shape of elastically deformable.
That is, as shown in Figure 2 to 4, the both ends 21a of this buffer unit 21 is respectively installed in positioned at main casing
At the 4 and first mounting cylinder portion 14a of each screwed pipe 14 of multiple connecting members 13 between exterior member 5, and in this condition,
Make pars intermedia 21b and the lower surface Elastic Contact of the second exterior member 6.Now, it is respectively arranged in each of multiple connecting members 13
Both ends 21a at the mounting cylinder portion 14a of screwed pipe 14, and the pars intermedia 21b that the lower surface towards the second exterior member 6 projects
Buffer unit 21 is made to be integrally formed as bridging shape.
As shown in Figure 2 and Figure 4, for example, this buffer unit 21 has: both ends 21a is formed on its long side direction
Long tabular, and each rake that pars intermedia 21b tilts from both ends 21a towards oblique upper respectively；With bridge at these inclination
The bridge part that each upper end in portion the lower surface with the second exterior member 6 abut.In this way, when pars intermedia 21b quilt
During the second exterior member 6 pressure, buffer unit 21 is towards downside deflection deformation.
And, as shown in Figure 2 and Figure 5, the both ends 21a in buffer unit 21 is separately provided in connecting member 13
Screwed pipe 14 mounting cylinder portion 14a insertion installing hole 22.The internal diameter of this installing hole 22 is formed and connecting member 13
The external diameter of the mounting cylinder portion 14a in screwed pipe 14 is roughly the same, and is more than mounting cylinder portion on the long side direction of buffer unit 21
The external diameter of 14a.
That is, for each installing hole 22 being arranged at the both ends 21a of this buffer unit 21, as Fig. 4 and Fig. 5 institute
Show, its be located at the outer peripheral face of the mounting cylinder portion 14a of the screwed pipe 14 of inner surface and the connecting member 13 in direction close to each other it
Between, it is provided with gap s2.In this way, when the pars intermedia 21b of buffer unit 21 is depressed and occurs by the second exterior member 6
During deflection deformation, gap s2 each installing hole 22 and the mounting cylinder portion 14a of screwed pipe 14 between can be utilized, make buffer unit 21
Both ends 21a is flexibly extended by pressure.
Now, as shown in Figure 4 and Figure 5, the both ends 21a of buffer unit 21 be formed its thickness be slightly lower than from link
The length of the upper end of the mounting cylinder portion 14a in the screwed pipe 14 of part 13 to the upper surface keeping jut 18.By this
Mode, between being respectively formed between the lower surface of each upper surface of the both ends 21a of buffer unit 21 and the first exterior member 5
Gap s3.
Below, the effect to the Wristwatch case 1 in this wrist-watch illustrates.
When assembling this Wristwatch case 1, it is located at each of the main casing 4 with installation portion 2 both sides firstly for being separately positioned on
Multiple through holes 9 in mounting protrusion portion 8, each screwed pipe 14 of multiple connecting members 13 is respectively mounted together with each dsah-pot 17
To wherein.
Now, firstly for the screwed pipe 14 of the downside being in the holding jut 18 being arranged at screwed pipe 14, will buffer
Cylinder 17 is installed to its periphery.Now, by the rotation prevention portion 19 on the outer peripheral face being arranged at screwed pipe 14 is inserted into be arranged on slow
Rush the notch 17a on cylinder 17 and make it from dsah-pot 17 outer peripheral face towards protruding to the outside.In this way, by screwed pipe
14 be installed in dsah-pot 17 after will not rotate.
In this state, screwed pipe 14 and dsah-pot 17 embed in the through hole 9 of main casing 4 from upside.Now, will arrange
Go forward side by side in engaging portion 20 on through hole 9 edge that rotation prevention portion 19 insertion on the outer peripheral face of screwed pipe 14 is arranged on main casing 4
Row locking, and make the lower surface of holding jut 18 of screwed pipe 14 and the upper edge part of the through hole 9 of main casing 4 in this condition
Abut.
In this way, by each dsah-pot 17, each screwed pipe 14 of multiple connecting members 13 is pacified with not rotation status
It is attached in the through hole 9 of main casing 4.Now, the mounting cylinder portion 14a positioned at the top of screwed pipe 14 and holding jut 18 configure
Become and project towards the top in mounting protrusion portion 8 from the through hole 9 of main casing 4.
In this condition buffer unit 21 is installed on the mounting cylinder portion 14a of each screwed pipe 14 at installation portion 2 both sides.
Now, relatively, the mounting cylinder portion 14a of each screwed pipe 14 is inserted into each peace in the both ends 21a being arranged on buffer unit 21
Dress hole 22, and make the both ends 21a of buffer unit 21 configure each holding projection in the mounting cylinder portion 14a bottom of each screwed pipe 14
In portion 18.
In this condition, in the inner surface on direction close to each other and the screw thread of each installing hole 22 of buffer unit 21
It is provided with gap s2 between the outer peripheral face of mounting cylinder portion 14a of pipe 14.And in this condition, the pars intermedia of buffer unit 21
21b is to configure towards with the state prominent with corresponding main casing 4 top of installation portion 2.
Then, the first exterior member 5 is installed to the periphery of main casing 4.Now, due to positioned at ten two points of sides and 6 points
The band installation portion 2 of side is boundary, and the first exterior member 5 is divided into two parts, thus the first exterior member 5 by this cutting state
It is arranged on the periphery of main casing 4, make multiple first patchholes 10 of the first exterior member 5 of segmentation correspond to multiple screwed pipes
The upper end of 14 mounting cylinder portion 14a.Now, positioned at ten two points of sides and each buffer unit 21 of 6 points of sides pars intermedia 21b with
The corresponding configuration of the segmentaion position of the first exterior member 5.
In this condition, the second exterior member 6 of ring-type is installed to the upper periphery of the first exterior member 5.Now, make
Multiple second patchholes 11 of the second exterior member 6 are corresponding with multiple first patchholes 10 of the first exterior member 5 respectively, and
Under this state, the second exterior member 6 is installed to the upper periphery of the first exterior member 5.Then, it is divided into two-part first
Exterior member 5 is pressed in the periphery of main casing 4.In this way, make the second exterior member 6 each second patchhole 11,
The screwed pipe 14 of each first patchhole 10 of the first exterior member 5 and each connecting member 13 being arranged on main casing 4 is same
Corresponding on axle.
Then, respectively each conductive member 24 is configured in the screw hole portion being respectively arranged at the second exterior member 6 upper surface
In 11a and corresponding with each second patchhole 11 on the same axis.In this condition, by the outer screw section of the first screw part 15
15a inserts the first patchhole 10 of conductive member 24, the second patchhole 11 of the second exterior member 6 and the first exterior member 5 simultaneously
Threaded with the female threaded portion 14b of screwed pipe 14.
In this condition, when tightening the first screw part 15, the neck 15b insertion conductive member of the first screw part 15
24th, the second patchhole 11 of the second exterior member 6 and the first patchhole 10 of the first exterior member 5 are so that the lower end of neck 15b
Portion is connected to the upper end of the mounting cylinder portion 14a of screwed pipe 14, and the head 15c of the first screw part 15 flexibly will turn on
Part 24 is pressed on the screw hole portion 11a bottom surface being arranged at the second exterior member 6 upper surface.
Now, due to screwed pipe 14 using rotation prevention portion 19 without rotatably configuring in the through hole 9 of main casing 4, thus
The outer screw section 15a of the first screw part 15 can be made to threaded and tighten with the female threaded portion 14b of screwed pipe 14.By this
The mode of kind, the mounting cylinder portion 14a upper end of the neck 15b collet threaded pipe 14 of the first screw part 15.
And, now, conductive member 24 is flexibly pressed on and is arranged at outside second by the head 15c of the first screw part 15
The screw hole portion 11a bottom surface of dress part 6 upper surface.Therefore, conductive member 24 is with screw hole portion 11a of the second exterior member 6
The head 15c Elastic Contact of bottom surface and the first screw part 15 simultaneously makes the second exterior member 6 and the first screw part 15 turn on.
In this condition, because the neck 15b of the first screw part 15 compresses the first exterior member 5 and at certain intervals
Two exterior members 6, so that the first exterior member 5 that soft synthetic resin is made by the second exterior member 6 that metal is made
It is clamped between the head 15c of the first screw part 15 and the mounting cylinder portion 14a of screwed pipe 14 using its elasticity.Therefore, exist
In the state of second exterior member 6 is compressed by the first exterior member 5, the first exterior member 5 is flexibly pressed on main casing 4
Portion.
Constitute Wristwatch case 1 in this way.Now, buffer unit 21 both ends 21a each upper surface with right
Gap s3 should be respectively formed between the lower surface of the first exterior member 5 of this upper surface, and corresponding with band installation portion 2
The lower surface of the second exterior member 6 is abutted with the pars intermedia 21b elasticity of buffer unit 21, and wherein this buffer unit 21 configures and leading
In gap s1 between housing 4 and the first exterior member 5.
On the other hand, when installing bonnet 7 to the bottom of main casing 4, first, bonnet 7 is configured the following table in main casing 4
Face, makes the installing hole 12 of bonnet 7 corresponding with the bottom of the screwed pipe 14 of connecting member 13.In this condition, by the second screw
The outer screw section 16a of part 16 inserts the installing hole 12 of bonnet 7 and the female threaded portion 14b screw thread from downside and screwed pipe 14 connects
Connect.
In this condition, when tightening the second screw part 16, the outer screw section 16a of the second screw part 16 and screwed pipe
14 female threaded portion 14b is threaded, and the head 16b of the second screw part 16 is then pressed against the downside of the installing hole 12 of bonnet 7
Edge.Now, the second screw part 16 makes screwed pipe 14 decline, and by the guarantor on the mounting cylinder portion 14a being arranged on screwed pipe 14
Hold mounting protrusion portion 8 upper surface that jut 18 compresses main casing 4.In this way bonnet 7 is compressed main casing 4 following table
Face.
In this condition, even if the first screw part 15 gets loose, but because screwed pipe 14 will not get loose, and maintain profit
Compress the state of main casing 4 upper surface with the jut 18 that keeps that the second screw part 16 makes screwed pipe 14 it is thus possible to guarantee
Air-tightness.Even and if, the second screw part 16 gets loose, but because the neck 15b of the first screw part 15 is pressed in screwed pipe
14 mounting cylinder portion 14a upper end, thus the first screw part 15 also will not get loose.
And, in this condition, due to the screwed pipe 14 of connecting member 13, the first screw part 15, the second screw part
16 and conductive member 24 formed by the metal with electric conductivity, even if main casing 4 and the first screw part 15 are by synthetic resin
Formed, connecting member 13 also can make the bonnet 7 that the second exterior member 6 that metal is made is made with metal turn on.
Therefore, in the state of the first exterior member 5 and the second exterior member 6 being installed on main casing 4, when the second externally mounted part
When part 6 is impacted by top, this impact not only can be buffered by the elasticity of the first exterior member 5, and is buffered part 21
Buffered.Even if thus the second exterior member 6 is impacted by outside, this impact also will not be conducted to main casing 4.Namely
Say, when the second exterior member 6 is depressed because of the impact of top, the first exterior member 5 can flexibly be compressed main casing therewith
Simultaneously there is compression and absorb impact in body 4 outer peripheral face.
Now, the first exterior member 5 at the mounting protrusion portion 8 of main casing 4 is in its lower surface and mounting protrusion portion 8
Gap s1 between upper surface is configured with the both ends 21a of buffer unit 21, and in this both ends 21a and the first exterior member 5
Between be provided with gap s3.Thus, this gap s3 can make the first exterior member 5 good and fully elastic deformation, so as to
Enough buffer, using the elasticity of the first exterior member 5, the impact coming from above.
And, when the impact by top makes the second exterior member 6 be depressed, the pressure of this second exterior member 6 is slow
Rush the pars intermedia 21b of part 21 and bring it about deflection deformation and buffer the impact of the second exterior member 6.That is, slow
Rush part 21 pars intermedia 21b occur deflection deformation when, be separately positioned on each installing hole on the both ends 21a of buffer unit 21
Each gap s2 between the outer peripheral face of mounting cylinder portion 14a of 22 inner surface and the screwed pipe 14 opposed with this inner surface makes to delay
The both ends 21a rushing part 21 is because being extended by pressure.
Therefore, when impact is transferred to buffer unit 21 by the second exterior member 6, this impact makes the two of buffer unit 21
End 21a is pressurized and extend, and make the pars intermedia 21b of buffer unit 21 that deflection deformation to occur such that it is able to reliable and well
The impact of buffer part 21.In this way, even if the second exterior member 6 is subject to external impact it is also possible to make this rush
Hit non-conducting to main casing 4.
Now, when the second exterior member 6 is subject to the impact of top to be pressed, because formed by soft synthetic resin the
One exterior member 5 compression is so that the bottom surface of screw hole portion 11a of the second exterior member 6 is from the head of the first screw part 15
Portion 15c axially moves up in side detached with downside.For this reason, making the bottom of screw hole portion 11a of the second exterior member 6
Interval between the head 15c of face and the first screw part 15 becomes big.
Now, by conductive member 24 return to originally the elastic recovery of natural shape and maintain the bottom of screw hole portion 11a
Elastic Contact state between the head 15c of portion and the first screw part 15.Therefore, even if the second exterior member 6 is subject to top
Impact, connecting member 13 also can maintain between the second exterior member 6 that metal makes and the bonnet 7 that metal is made all the time
Conducting state.
Because this Wristwatch case 1 possesses main casing 4, the first exterior member 5, the second exterior member 6, multiple connecting member 13
With buffer unit 21 it is thus possible to guarantee impact resistance, and reduce the overall size of housing, wherein, described main casing 4 has
Multiple through holes 9, described first exterior member 5 has configuration in the periphery of this main casing 4 and corresponding with multiple through holes 9 multiple the
One patchhole 10, described second exterior member 6 have configure described first exterior member 5 upper periphery and with multiple first
Corresponding multiple second patchholes 11 of patchhole 10, the plurality of connecting member 13 is inserting multiple through holes of main casing 4 respectively
9th, by the first exterior in the state of the first patchhole 10 of the first exterior member 5 and the second patchhole 11 of the second exterior member 6
Part 5 and the second connecting member 6 are attached on main casing 4, and described buffer unit 21 is erected on these multiple connecting members 13,
For buffering the impact of the second exterior member 6.
That is, in this Wristwatch case 1, because not only multiple connecting members 13 can be by the first exterior member 5 He
Second connecting member 6 is reliable and is attached on main casing 4 well, and ought in this condition the second exterior member 6 be subject to upper
During the impact of side, buffer unit 21 can also buffer this impact such that it is able to by the first exterior member 5 and the second connecting member 6
Each wall thickness be formed as relatively thin.It is thus able to guarantee impact resistance, and reduce the overall size of housing.
Now, because the first exterior member 5 is formed by soft synthetic resins such as polyurethane resins, the second exterior member 6 by
The metals such as stainless steel are formed, and buffer unit 21 has the material shape of high stiffness (restoring force) by polyamide-based synthetic resin etc.
Become, and be mounted on each position of the multiple connecting members 13 between main casing 4 and the first exterior member 5, and in this shape
With the lower surface Elastic Contact of the second exterior member 6 such that it is able to guarantee impact resistance under state.
That is, in this Wristwatch case 1, even if each wall thickness by the first exterior member 5 and the second exterior member 6
Be formed as relatively thin, when the second exterior member 6 that metal is made is impacted by top, not only by the soft conjunction such as polyurethane resin
The first exterior member 5 that resin is made can relax impact, and have high stiffness by polyamide-based synthetic resin etc. and (return
Multiple power) material buffer unit 21 elasticity also can shock absorbing such that it is able to guarantee impact resistance in this way.
And, screwed pipe 14 is to dash forward in the through hole 9 insert main casing 4 with non-rotating state and towards the first exterior member 5
Go out, and be internally formed the cartridge of female threaded portion 14b, described first screw part 15 is through the second exterior member 6
The second patchhole 11 and the first patchhole 10 of the first exterior member 5 and the screw part threadeded with screwed pipe 14, by
Possess screwed pipe 14 and the first screw part 15 in connecting member 13, can not only be reliable in the state of guaranteeing impact resistance
And well the first exterior member 5 and the second exterior member 6 are installed on main casing 4, and can pacify reliably and well
Dress buffer unit 21.
That is, because screwed pipe 14 has mounting cylinder portion 14a and mounting protrusion portion 18, thus it passes through the second exterior
First patchhole 10 of the second patchhole 11 of part 6 and the first exterior member 5 simultaneously makes the first screw part 15 and screwed pipe 14
Female threaded portion 14b threaded and tighten, the first exterior member 5 can be pressed against the mounting cylinder portion 14a of screwed pipe 14
Upper end, wherein.Described mounting cylinder portion 14a is logical in the mounting protrusion portion 8 being arranged on main casing 4 with non-rotating state insertion
In the state of hole 9, project upward from through hole 9, described mounting protrusion portion 18 is arranged at this mounting cylinder portion 14a configuring and is leading
In the mounting protrusion portion 8 of housing 4.
Now, because the first screw part 15 has the outer screw section threadeded with the female threaded portion 14b of screwed pipe 14
15a, neck 15b and head 15c are such that it is able to make reliably and well the first exterior member 5 and the second exterior member 6 compression master
Housing 4, wherein, described neck 15b inserts the first patchhole 10 of the first exterior member 5 and the second of the second exterior member 6 inserts
Enter hole 11 upper end with screwed pipe 14 to abut, described head 15c is abutted with the upper surface of the first exterior member 5.
That is, in the first screw part 15, when the first patchhole that neck 15b is inserted the first exterior member 5
10 and second exterior member 6 the second patchhole 11 and so that outer screw section 15a is threadeded with the female threaded portion 14b of screwed pipe 14
And when tightening, the bottom of neck 15b can not only be made reliably to abut with the upper end of the mounting cylinder portion 14a of screwed pipe 14,
And the head 15c of the first screw part 15 can reliably make the first exterior member 5 and the second exterior member 6 compression main casing
4.
Now, abut with the mounting cylinder portion 14a of screwed pipe 14 in the neck 15b of the first screw part 15, and the first spiral shell
In the state of the head 15c of silk part 15 compresses the first exterior member 5 and the second exterior member 6, because neck 15b can be with one
Fixed interval compression the first exterior member 5 is such that it is able at steady-state well by the first exterior member 5 and the second exterior
Part 6 is arranged on main casing 4.
And, due to being provided with mounting cylinder portion 14a on the screwed pipe 14 of connecting member 13 such that it is able to arrange gap
S1, the described mounting cylinder portion 14a through hole 9 from the mounting protrusion portion 8 being arranged at main casing 4 projects upward, described gap
S1 is used for installing buffer unit 21 between the first exterior member 5 and main casing 4 by mounting cylinder portion 14a.And, due in spiral shell
It is provided with the mounting cylinder portion 14a of line pipe 14 for keeping the holding jut 18 of buffer unit 21 it is thus possible to pass through this guarantor
Hold jut 18 and buffer unit 21 is installed at steady-state well.
The both ends 21a being additionally, since buffer unit 21 is installed on multiple connecting members 13, and pars intermedia 21b is formed
It is towards the prominent bridge joint shape of the second exterior member 6, thus the both ends 21a of buffer unit 21 can not only be pacified well
Be contained between main casing 4 and the first exterior member 5, and can make the pars intermedia 21b of buffer unit 21 reliably with second outside
The lower surface Elastic Contact of dress part 6, in this way, when the second exterior member 6 is impacted by top, can utilize
The elasticity of buffer unit 21 is reliable and buffers this impact well.
Now, because the both ends 21a in buffer unit 21 is respectively arranged with installing hole 22, thus work as each screwed pipe 14
During each installing hole 22 of both ends 21a of insertion buffer unit 21, can allow for insertion on the long side direction of buffer unit 21,
So as to easily the both ends 21a of buffer unit 21 be installed on each screwed pipe 14 in this way, wherein, described
The internal diameter of installing hole 22 is roughly the same with the external diameter of the screwed pipe 14 of connecting member 13 and on the long side direction of buffer unit 21
External diameter more than screwed pipe 14.
The thickness being additionally, since the both ends 21a of buffer unit 21 is formed to be slightly lower than the spiral shell from connecting member 13
The length of the upper end of the mounting cylinder portion 14a in line pipe 14 to the upper surface keeping jut 18 is it is thus possible in buffer unit
Form gap s3, in this way, when the between the lower surface of 21 upper surface of both ends 21a and the first exterior member 5
When two exterior members 6 are impacted by top, under the upper surface of both ends 21a of buffer unit 21 and the first exterior member 5
Gap s3 between surface can buffer this impact.
It is additionally, since each installing hole 22 on the both ends 21a being arranged at buffer unit 21 positioned at direction close to each other
Inner surface and connecting member 13 screwed pipe 14 in the outer peripheral face of mounting cylinder portion 14a between be provided with gap s2, thus energy
When reaching the impact above the second exterior member 6 is subject to and making the pars intermedia 21b of buffer unit 21 that deflection deformation to occur, gap s2
Can make the pars intermedia 21b of buffer unit 21 between the inner surface and the outer peripheral face of mounting cylinder portion 14a of each installing hole 22 along
The long side direction resilient movement of buffer unit 21 is such that it is able to shock absorbing well.
As noted previously, as the Wristwatch case 1 of this wrist-watch possesses: main casing 4；First exterior member 5, it is by soft synthesis
Resin is made and is configured in the periphery of this main casing 4；Second exterior member 6, it is made of metal and configures in this first exterior
The upper periphery of part 5；Bonnet 7, it is made of metal and configures the lower surface in main casing 4；Connecting member 13, it has leads
Electrically, and in the insertion through hole 9 of main casing 4, the first patchhole 10 of the first exterior member 5, second the inserting of the second exterior member 6
Enter the installing hole 12 of hole 11 and bonnet 7, and with the second exterior member 6 Elastic Contact and in the state of conducting, by the first externally mounted part
Part 5, the second exterior member 6 and bonnet 7 are attached on main casing 4 it is thus possible to guarantee impact resistance with simple structure, and
Even and if being subject to impact also all the time the surface of Wristwatch case 1 can be maintained at reference potential.
That is, in this Wristwatch case 1, even if the second exterior member 6 is impacted and the company of being axially relative to
Knot part 13 is mobile, but due to being able to maintain that the conducting state between the second exterior member 6 and connecting member 13, thus can not only
Enough impact resistance is guaranteed with simple structure, even and if the second exterior member 6 impacted, connecting member 13 also can
The second exterior member 6 and bonnet 7 is made to turn on by ground, due in this way can be all the time by the surface positioned at Wristwatch case 1
The second exterior member 6 be maintained at reference potential it is thus possible to prevent the reduction of the receiving sensitivity of gps antenna.
Now, because connecting member 13 possesses screwed pipe 14, the first screw part 15, the second screw part 16 and conducting portion
Part 24, so that the second exterior member 6 and bonnet 7 can reliably be turned on by connecting member 13, wherein, described screwed pipe 14
The cartridge made for metal, be formed with female threaded portion 14b in the through hole 9 of its insertion main casing 4 and internally, described first
Screw part 15 is made of metal and passes through the first patchhole 10 of the first exterior member 5 and the second of the second exterior member 6 to insert
Enter hole 11 and threaded with the female threaded portion 14b of screwed pipe 14, after described second screw part 16 is made of metal and passes through
Cover 7 installing hole 12 and threaded with the female threaded portion 14b of screwed pipe 14, described conductive member 24 has electric conductivity and configures
Between the first screw part 15 and the second exterior member 6 and with above-mentioned both sides' Elastic Contact.
That is, because this connecting member 13 can make, using conductive member 24, the second externally mounted part that metal makes all the time
The first screw part 15 that part 6 and metal are made turns on, and the female threaded portion 14b of this first screw part 15 and screwed pipe 14
Threaded, the second screw part 16 is threadeded with the female threaded portion 14b of screwed pipe 14, can not only make the first screw part
15 are turned on the second screw part 16, and the second screw part 16 compression bonnet 7 and can make the second screw part 16 with after
Lid 7 conducting is such that it is able to reliably make the second exterior member 6 and bonnet 7 turn in this way.
And, because the first screw part 15 possesses outer screw section 15a, neck 15b and head 15c, thus work as and make positive spiral shell
When line portion 15a is threadeded and tightened with the female threaded portion 14b of screwed pipe 14, head 15c can be reliably by conductive member 24
It is pressed in the second exterior member 6, conductive member 24 can make reliably and well the second exterior member 6 and connect in this way
Knot part 13 turns on, and wherein, described outer screw section 15a is threadeded with the female threaded portion 14b of screwed pipe 14, described neck 15b
Insert the first patchhole 10 of the first exterior member 5 and the second patchhole 11 of the second exterior member 6 and the end with screwed pipe 14
Portion abuts, and conductive member 24 is flexibly pressed in the second exterior member 6 by described head 15c.
And, in this Wristwatch case 1, because conductive member 24 configures in screw hole portion 11a as recess, thus
Easily carry out the contraposition of the second patchhole 11 of conductive member 24 and the second exterior member 6, and due to conductive member can be hidden
24 and externally lose such that it is able to provide a kind of outward appearance and design gratifying Wristwatch case, wherein, described screw hole
Portion 11a is arranged at the second exterior member 6 and is configured with the head 15c of the first screw part 15.
Now, because conductive member 24 is configured to bend becket in the thickness direction thereof and in the first screw part
Elastic deformation in 15 axial direction so that the second exterior member 6 is impacted and the axle in the first screw part 15 moves up, by
In when the second exterior member 6 is separated with the head 15c of the first screw part 15, conductive member 24 resiliently returns to original oneself
So shape, thus conductive member 24 can make the upper surface of the second exterior member 6 and the lower surface reliably elastic connecting of head 15c
Touch, even if thus the second exterior member 6 is impacted, in this way also being capable of reliable and well maintained second exterior member
Conducting state between 6 and connecting member 13.
That is, due to this conductive member 24 be formed by becket with obtuse angle be bent into substantially v shape and in thickness
There is elastic deformation on direction in degree, can not only make to be bent into the upper table of the substantially bottom of v shape ring and the second exterior member 6
The bottom resilient contact of face, i.e. screw hole portion 11a of the second exterior member 6, and can make to be bent into the upper of substantially v shape ring
The lower surface Elastic Contact of the head 15c of end and the first screw part 15, thus in this way can be reliably and good
So that the second exterior member 6 is turned on the first screw part 15.
Additionally, in the above-described first embodiment, although being with the angle folding at obtuse angle by becket to conductive member 24
The structure becoming substantially v shape is illustrated, but the utility model is not limited to this, for example, can also be following structure, i.e. will
A part for becket is cut off and is bent curl and form the spring shape of elastic deformation in the axial direction.
(second embodiment)
Below, with reference to Fig. 6 and Fig. 7, the second embodiment that the utility model is applied to wrist-watch is illustrated.Additionally,
Give identical symbol for the first embodiment identical part shown in same Fig. 1～Fig. 5 to illustrate.
As shown in Figure 6 and Figure 7, the conductive member 30 of the connecting member 13 of this Wristwatch case 1 is with first embodiment not
Same structure, remaining is then and first embodiment identical structure.
That is, as shown in Figure 6 and Figure 7, this conductive member 30 is in the becket being partially formed with notch 30a,
Project and be formed with jut 30b towards the center of ring at the opposed position of the notch 30a with this ring, and ring in this condition
Overall diametrically elastic deformation.
Now, as shown in Figure 6 and Figure 7, the external diameter of the conductive member 30 positioned at its notch 30a side of conductive member 30
It is formed to be larger than the recess being arranged on the upper surface of the second exterior member 6, the i.e. internal diameter of screw hole portion 11a, conductive member
30 internal diameter is formed slightly larger than to be arranged at the internal diameter of the second patchhole 11 of the second exterior member 6, and in this condition
The top of jut 30b projects towards the inner diameter of conductive member 30.
As shown in Figure 6 and Figure 7, in this way, when conductive member 30 configures the screw hole portion in the second exterior member 6
When in 11a, positioned at the periphery of notch 30a towards the center of this conductive member 30 and diametrically contraction distortion state
Under, configured in screw hole portion 11a of the second exterior member 6, made periphery and second exterior member 6 of conductive member 30
The inner peripheral surface Elastic Contact of screw hole portion 11a simultaneously turns on.
And, as shown in Figure 6 and Figure 7, when the neck 15b of the first screw part 15 inserts the second of the second exterior member 6
During patchhole 11, towards the top ends of the jut 30b of the umbo of conductive member 30 and the neck of the first screw part 15
The outer peripheral face Elastic Contact of 15b, makes this conductive member 30 turn on the first screw part 15.
Therefore, as shown in Figure 6 and Figure 7, even if the second exterior member 6 is subject to the impact of top and the company of being axially relative to
First screw part 15 of knot part 13 is mobile, so that the second exterior member 6 and the head 15c of the first screw part 15 is separated, should
Conductive member 30 also maintains the inner peripheral surface Elastic Contact of the periphery of conductive member 30 and screw hole portion 11a of the second exterior member 6,
And the state of the periphery Elastic Contact of the neck 15b of the jut 30b of conductive member 30 and the first screw part 15, thus tie up
Hold the conducting state between the second exterior member 6 and connecting member 13.
As described above, same with first embodiment, though the second exterior member 6 impacted and with respect to connecting member
13 move in its axial direction, but because this Wristwatch case 1 is able to maintain that the conducting between the second exterior member 6 and connecting member 13
State, thus impact resistance can not only be guaranteed with simple structure, even and if the second exterior member 6 impacted, even
Knot part 13 also can reliably make the second exterior member 6 and bonnet 7 turn on, and due in this way can all the time by
The second exterior member 6 positioned at Wristwatch case 1 surface be maintained at reference potential it is thus possible to prevent gps antenna reception sensitive
The reduction of degree.
That is, in this Wristwatch case 1, because the conductive member 30 of connecting member 13 is formed to configure in setting
Substantially a ring-shaped in screw hole portion 11a on the second exterior member 6 upper surface, and the radially bullet in the first screw part 15
Property deformation, the inner peripheral surface elastic connecting of the periphery of conductive member 30 and screw hole portion 11a of the second exterior member 6 can not only be made
Touch, and the periphery Elastic Contact of the inner peripheral portion of conductive member 30 and the neck 15b of the first screw part 15 can be made, by this
The mode of kind, even if the second exterior member 6 is impacted it is also possible to maintain leading between the second exterior member 6 and connecting member 13
Logical state.
Now, conductive member 30 is partially to be formed with the becket of notch 30a, and in the otch with this becket
The opposed position of the portion 30a and center towards ring projects and is formed with jut 30b, the overall diametrically bullet of ring in this condition
Property deformation, the inner peripheral surface Elastic Contact of the periphery of logical part 30 and screw hole portion 11a of the second exterior member 6 can not only be made simultaneously
Reliably turn on, and the top ends of jut 30b of conductive member 30 and the neck 15b's of the first screw part 15 can be made
Outer peripheral face Elastic Contact simultaneously reliably turns on.
Therefore, in this conductive member 30, though the second exterior member 6 be subject to the impact of top and with respect to connecting member
13 the first screw part 15 moves in the axial direction, so that the second exterior member 6 and the head 15c of the first screw part 15 is separated,
The inner peripheral surface Elastic Contact of the periphery of conductive member 30 and screw hole portion 11a of the second exterior member 6 can not only be maintained, and
Because the periphery Elastic Contact of the jut 30b of conductive member 30 and the neck 15b of the first screw part 15 is it is thus possible to reliability
And maintain the conducting state between the second exterior member 6 and connecting member 13 well.
Although additionally, conductive member 24,30 is shaped generally as to using metal in above-mentioned first, second embodiment
The situation of ring-type is illustrated, but the utility model not necessarily forms conductive member with metal, for example, can also be by having
Conductive rubber elastomeric material forms the structure of ring-type.
And, although entering to the situation being applied to wrist-watch in the first and second above-mentioned embodiments and its variation
Go explanation, but also differed and be set to wrist-watch, for example, can also be applied to the various tables such as wrist-watch, alarm clock, clock watch, wall clock of travelling.And
And, the utility model is not necessarily defined in clock and watch it is also possible to be widely used in mobile phone or portable mobile termianl sets
The housing of the electronic equipments such as standby, electronic dictionary.
Although being illustrated to multiple embodiments of the present utility model above, the utility model is not limited to this,
And comprise the utility model described in claims and its equivalent scope.
Claims (9)
1. a kind of housing is it is characterised in that possess:
Main casing, it has through hole；
First exterior member, it is made up of soft synthetic resin, and configuration is in the periphery of described main casing, and is provided with logical with described
Corresponding first patchhole in hole；
Second exterior member, it is made of metal, configuration described first exterior member upper periphery, and be provided with described
Corresponding second patchhole of first patchhole；
Bonnet, it is made of metal, and configuration is at the back side of described main casing, and has installing hole corresponding with described through hole；
Connecting member, it has electric conductivity, is inserted into the described through hole of described main casing, described the of described first exterior member
One patchhole, described second patchhole of the second exterior member and the described installing hole of described bonnet, and with described
Two exterior member Elastic Contact in the state of turning on, by described first exterior member, the second exterior member and described bonnet even
Tie described main casing.
2. housing according to claim 1 it is characterised in that
Described connecting member possesses:
Cartridge, it is made of metal, and inserts the described through hole of described main casing, is internally formed with female threaded portion；
First screw part, it is made of metal, through described first patchhole and described second of described first exterior member
Described second patchhole of exterior member and threaded with the described female threaded portion of described cartridge；
Second screw part, it is made of metal, through described bonnet described installing hole and with described in described cartridge
Female threaded portion is threaded；With,
Conductive member, it has electric conductivity, configuration between described first screw part and described second exterior member and with
State both sides' Elastic Contact.
3. housing according to claim 2 it is characterised in that
Described first screw part possesses:
Outer screw section, it is threadeded with the described female threaded portion of described cartridge；
Neck, its insert described first, second exterior member described first, second patchhole, and with described cartridge
End abutment；
Head, it is flexibly by described conductive member and described second exterior member compression.
4. housing according to claim 3 it is characterised in that
It is provided with the recess of the described head for inserting described first screw part in the upper surface of described second exterior member,
Described conductive member configures in described recess.
5. housing according to claim 2 it is characterised in that
Described conductive member elastic deformation in the axial direction of described first screw part.
6. housing according to claim 3 it is characterised in that
Described conductive member elastic deformation in the axial direction of described first screw part.
7. housing according to claim 4 it is characterised in that
Described conductive member elastic deformation in the axial direction of described first screw part.
8. housing according to claim 4 it is characterised in that
Described conductive member is in the radially elastic deformation of described first screw part.
9. a kind of table is it is characterised in that possess the housing any one of claim 1 to 8.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2015144121A JP6241759B2 (en) | 2015-07-21 | 2015-07-21 | Case and watch |
| JP2015-144121 | 2015-07-21 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205899263U true CN205899263U (en) | 2017-01-18 |
Family
ID=57773408
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620770668.9U Active CN205899263U (en) | 2015-07-21 | 2016-07-20 | Casing and table |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6241759B2 (en) |
| CN (1) | CN205899263U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109343330A (en) * | 2018-11-30 | 2019-02-15 | 歌尔科技有限公司 | A kind of smartwatch and its watchcase |
| CN109638418A (en) * | 2017-10-05 | 2019-04-16 | 卡西欧计算机株式会社 | Antenna assembly and clock and watch |
| CN110993407A (en) * | 2018-10-03 | 2020-04-10 | 卡西欧计算机株式会社 | Push button and timepiece |
| CN111796504A (en) * | 2019-04-01 | 2020-10-20 | 卡西欧计算机株式会社 | Exterior member, case, and timepiece |
| CN113985717A (en) * | 2020-07-27 | 2022-01-28 | 卡西欧计算机株式会社 | Switch device and timepiece |
| CN114063425A (en) * | 2020-07-31 | 2022-02-18 | 卡西欧计算机株式会社 | Case, timepiece, and coupling member |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115453847A (en) | 2020-03-09 | 2022-12-09 | 卡西欧计算机株式会社 | Case and timepiece |
| JP7205777B2 (en) * | 2020-07-27 | 2023-01-17 | カシオ計算機株式会社 | Switching device and clock |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2003004869A (en) * | 2001-06-26 | 2003-01-08 | Kawaguchiko Seimitsu Co Ltd | Sheathing component for watch and portable watch having the same |
| EP1840679A1 (en) * | 2006-03-30 | 2007-10-03 | Montres Wyler S.A. Genève | Wristwatch case |
| CH702655B1 (en) * | 2010-02-15 | 2015-11-30 | Ball Watch Company Sa | anti-magnetic and shock mount for the watch movement. |
| CH702654B1 (en) * | 2010-02-15 | 2015-10-30 | Ball Watch Company Sa | Box to watch self-winding movement with an oscillating weight of the locking device. |
-
2015
- 2015-07-21 JP JP2015144121A patent/JP6241759B2/en active Active
-
2016
- 2016-07-20 CN CN201620770668.9U patent/CN205899263U/en active Active
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109638418A (en) * | 2017-10-05 | 2019-04-16 | 卡西欧计算机株式会社 | Antenna assembly and clock and watch |
| CN109638418B (en) * | 2017-10-05 | 2021-03-30 | 卡西欧计算机株式会社 | Antenna device and timepiece |
| CN110993407A (en) * | 2018-10-03 | 2020-04-10 | 卡西欧计算机株式会社 | Push button and timepiece |
| CN110993407B (en) * | 2018-10-03 | 2022-05-17 | 卡西欧计算机株式会社 | Push button and timepiece |
| CN109343330A (en) * | 2018-11-30 | 2019-02-15 | 歌尔科技有限公司 | A kind of smartwatch and its watchcase |
| CN111796504A (en) * | 2019-04-01 | 2020-10-20 | 卡西欧计算机株式会社 | Exterior member, case, and timepiece |
| CN113985717A (en) * | 2020-07-27 | 2022-01-28 | 卡西欧计算机株式会社 | Switch device and timepiece |
| US11810737B2 (en) | 2020-07-27 | 2023-11-07 | Casio Computer Co., Ltd. | Switch device and timepiece |
| CN114063425A (en) * | 2020-07-31 | 2022-02-18 | 卡西欧计算机株式会社 | Case, timepiece, and coupling member |
| US11789409B2 (en) | 2020-07-31 | 2023-10-17 | Casio Computer Co., Ltd. | Case, timepiece and fastening member |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2017026418A (en) | 2017-02-02 |
| JP6241759B2 (en) | 2017-12-06 |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |