Waterproof case and the electronic equipment suitable with it and charger
Technical field
The utility model relates to waterproof case technical field, particularly a kind of shell structure of waterproof case.
Background technology
When using electronic equipment, usually need electronic equipment to be arranged in the environment of waterproof or protection against the tide, to improve the useful life of electronic equipment.
At present, a kind of method of carrying out waterproof or protection against the tide to electronic equipment is directly placed in waterproof case by electronic equipment, and make the wire sealed type be connected with electronic equipment through waterproof case.But, in use, when needs charge to electronic equipment, first electronic equipment must be taken out from waterproof case, then could charge to electronic equipment.And the complete electronic equipment that charges also needs again to reinstall in waterproof case, just can proceed to use.This structure and charging modes, can cause the bothersome effort when charging to electronic equipment, inefficiency.
Therefore, how solving the problem to bothersome effort when having waterproof or the moistureproof electronic equipment required to charge, is those skilled in the art's technical issues that need to address.
Utility model content
The utility model provides a kind of waterproof case, electronic equipment can be made to charge in waterproof case, save trouble and labor.
This is tested novel waterproof case and comprises housing, and fits tightly electric conductor on the housing, and wherein said electric conductor runs through the inside and outside both sides of described housing.
In one embodiment, the outer end of described electric conductor embeds in described housing, and the inner protrudes from the inner surface of described housing.
In one embodiment, described electric conductor comprises the conductive sleeve fitted tightly on the housing, and is set in the conductive pole extended in described conductive sleeve and towards the inner side of described housing.
In one embodiment, described conductive pole is fixedly connected with described conductive sleeve by the resilient conductive element be arranged in described conductive sleeve, and the deformation direction of wherein said resilient conductive element is along the axis of described conductive pole.
In one embodiment, also comprise fixing fixture on the housing, wherein said fixture with for being connected with the charger of described conductive body contact.
In one embodiment, compartment is provided with at least two described electric conductors on the housing, and wherein said fixture is arranged between two adjacent described electric conductors.
In one embodiment, described fixture comprises the magnetic block or snap fit that are embedded on the housing.
In one embodiment, described electronic equipment is arranged in described waterproof case, and described electronic equipment is provided with the charging inlet with described conductive body contact.
In one embodiment, comprise body, and arrange on the body and with the charging connector of described conductive body contact.
In one embodiment, setting is also comprised on the body and for making described charger fix connector on the housing.
Relative to prior art, waterproof case of the present utility model is provided with electric conductor.When needing the electronic equipment charging to being placed in waterproof case, charger and electronic equipment can be communicated with by electric conductor, thus complete the charging process to electronic equipment.Therefore, when electronic equipment is placed in waterproof case, does not take out from waterproof case and just can directly charge, thus make the save trouble and labor when charging to electronic equipment, facilitate charging operations, improve charge efficiency.And the structure of this waterproof case is simple, easy to process, contact is good.
Accompanying drawing explanation
Also will be described in more detail the utility model with reference to accompanying drawing based on embodiment hereinafter.
Fig. 1 is the structural representation of waterproof case of the present utility model.
Fig. 2 is the structural representation of waterproof case of the present utility model when opening.
Fig. 3 is the structural representation of the electric conductor in the utility model.
Fig. 4 is the structural representation of electronic equipment of the present utility model.
Fig. 5 is the cooperation schematic diagram of waterproof case of the present utility model and charger.
In the accompanying drawings, identical parts use identical Reference numeral.Accompanying drawing is not according to the scale of reality.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
As depicted in figs. 1 and 2, waterproof case 1 of the present utility model comprises: housing 11, and it is defined for the shape of the inner chamber holding electronic equipment 2; And electric conductor 12, it to fit tightly on housing 11 and runs through both sides inside and outside housing 11.Wherein, the inside and outside both sides running through housing 11 refer to, electric conductor 12 can contact with the such as electronic equipment 2 being arranged in inner chamber, and can contact with the such as charger 3 be positioned at outside housing 11 simultaneously.When needing to charge to the electronic equipment 2 be contained in waterproof case 1, charger 3 and electronic equipment 2 is communicated with by electric conductor 12, electronic equipment is not needed to take out from waterproof case, charger 3 just can be directly utilized to be charged by electric conductor 12 pairs of electronic equipments 2, thus make the save trouble and labor when charging to electronic equipment 2, improve the operating efficiency of charging operations.
In one embodiment, as shown in Figures 2 and 3, electric conductor 12 comprises: conductive sleeve 121, and it is provided with cavity and at one end opening; And conductive pole 122, it is arranged in the cavity of conductive sleeve 121, and can effectively contact with conductive sleeve 121.When being arranged on housing 11 by electric conductor 12, conductive sleeve 121 fits tightly on housing 11, and conductive pole 122 is towards the inner chamber side of housing 11.Setting like this, structure is simple, easy to process, and can come effectively to contact with the charging inlet 21 of electronic equipment 2 by the length changing conductive pole 122, thus improves the contact performance between electric conductor 12 and the charging inlet 21 of electronic equipment 2.In one example in which, a kind of generation type between conductive sleeve 121 and housing 11 is, when injection-moulded housing 11, makes conductive sleeve 121 and housing 11 be injection-moulded in into a single integrated structure, and forms sealing.
Housing 11 can be provided with an electric conductor 12, multiple electric conductor 12 also can be set.Preferentially select herein, housing 11 is provided with two or three electric conductors 12, so that the charging connector 31 of charger 3 can be adapted to.Distance between two adjacent electric conductors 12, and the layout of each electric conductor 12 all can specifically set according to demand.
In order to improve the sealing property between electric conductor 12 and housing 11, conductive sleeve 121 can be set as cylindrical.The outer end of conductive sleeve 121 can embed in housing 11, and the inner protrudes from the inner surface of housing 11, so that arrange conductive sleeve 121.Conductive sleeve 121 embeds in housing 11 and is preferably dimensioned to be, and when the charging connector 31 of charger 3 contacts with conductive sleeve 121, charging connector 31 is embedded in housing 11, substantially completely to improve fail safe during charging.Conductive pole 122 can protrude from the inner surface of housing 11.Like this, the charging inlet 21 resetting electronic equipment 2 is not needed, save trouble and labor.
Further, in conductive sleeve 121, be provided with the resilient conductive element (not shown) of deformation direction along the axis of conductive pole 122.Conductive pole 122 is connected with conductive sleeve 121 by resilient conductive element, and by resilient conductive element and conductive sleeve 121 conducting.When conductive pole 122 does not contact with electronic equipment 2, resilient conductive element is in free state.When conductive pole 122 coordinates with electronic equipment 2, resilient conductive element is in compressive state by the extruding of conductive pole 122.Setting like this, can improve the contact performance between conductive sleeve 121 and conductive pole 122; By resilient conductive element for conductive pole 122 provides extruding force, thus the contact performance between conductive pole 122 and the charging inlet 21 of electronic equipment 2 can be improved.Resilient conductive element can be spring, also can be flexure strip.
In addition, housing 11 is also provided with the fixture 13 for being fixed on by charger 3 on housing 11, to improve the steadiness when charging between charger 3 and housing 11.Preferentially select, fixture 13 is for being embedded the magnetic block on housing 11 herein.Now, charger 3 is provided with the magnet matched with magnetic block.When being inserted in housing 11 by charging plug, magnetic block gets final product adhesive between magnet.Arrange by the way, structure is simple, easy to use, save trouble and labor.The set-up mode of magnetic block specifically can set according to real needs.In one example in which, magnetic block is arranged between two adjacent electric conductors 12, with further simplified structure.
Certainly, fixture 13 can also be hook, buckle etc.Now, charger 3 is provided with link, buckle etc. accordingly.
As shown in Figure 2 and Figure 4, the utility model also relates to a kind of electronic equipment 2.Electronic equipment 2 is placed in the inner chamber of waterproof case 1, and is provided with charging inlet 21 on electronic equipment 2.When being put in the lumen by electronic equipment 2, charging inlet 21 contacts with electric conductor 12.Preferably, the number of charging inlet 21 can be consistent with the number of electric conductor 12.When being placed in waterproof case 1 by electronic equipment 2, can complete charging, therefore this electronic equipment 2 uses simply, charges conveniently, and the possibility of making moist is lower.
As shown in Figure 5, the utility model also provides a kind of charger 3.The body of charger 3 is provided with the charging connector 31 corresponding with electric conductor 12.Preferably, the number of charging connector 31 can be consistent with the number of electric conductor 12.This charger 3 can charge to electronic equipment 2 in the outside of waterproof case 1, thus save trouble and labor when making to charge to electronic equipment 2.
In addition, charger 3 is provided with for making it be fixed on connector (not shown) on housing 11.Connector can with the fixture 13 of waterproof case 1 with the use of, also can fix by means of only connector.Connector can be magnet, buckle or thread gluing, also can for being provided with the adhesive tape etc. of adhesive-layer.
Although be described the utility model with reference to preferred embodiment, when not departing from scope of the present utility model, various improvement can be carried out to it and parts wherein can be replaced with equivalent.Especially, only otherwise there is structural hazard, the every technical characteristic mentioned in each embodiment all can combine in any way.The utility model is not limited to specific embodiment disclosed in literary composition, but comprises all technical schemes fallen in the scope of claim.