CN210669580U - Handheld combined electrical apparatus of adaptation functional module - Google Patents
Handheld combined electrical apparatus of adaptation functional module Download PDFInfo
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- CN210669580U CN210669580U CN201921881002.0U CN201921881002U CN210669580U CN 210669580 U CN210669580 U CN 210669580U CN 201921881002 U CN201921881002 U CN 201921881002U CN 210669580 U CN210669580 U CN 210669580U
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Abstract
The utility model discloses a handheld combined electrical apparatus of adaptation functional module, including storing up power supply handle, top functional module, bottom functional module, general conduction module and special function module. The power storage and supply handle is a functional handle suitable for holding, a battery is arranged in the power storage and supply handle, universal connecting ends are arranged at the top end and the bottom end of the power storage and supply handle, and the power storage and supply handle and the functional module are connected through the universal connecting ends to form a working circuit so that the functional module operates; store up the changeable power supply voltage of power supply handle to the voltage demand of different functional module of adaptation stores up the combination of power supply handle and general conduction module, has realized the high-efficient combination application function of practicing thrift of product, combines different functional module, satisfies various, light weight, portable, nimble, the demand of universalization of user to the product use.
Description
Technical Field
The utility model relates to a handheld electrical apparatus field especially relates to a handheld combined electrical apparatus of adaptation functional module.
Background
With the development of science and technology, the application field of electric appliance products is wide, the functions of handheld and portable electric appliances in life are increasingly diversified, and a large number of handheld electric appliances have the commonality of functional components; with the enhancement of the environmental protection concept, more and more products are developed towards the modularization trend in order to reduce the battery pollution and the resource consumption. In the prior art, the diversified integration of product functions is realized by designing power storage and supply products such as a special machine body, a special power supply and the like, however, the machine body and the power supply are mainly designed in a special way and are not universal, the function field is specific, and the universality is poor and the application range is narrow; and the temporary functional electrical apparatus that realizes with products such as treasured that charges directly or connect installation function module with simple mode, it is not enough to reliability such as waterproof, shockproof and connection, and supply voltage is single, and in use operation experience is felt relatively poorly, and achievable practical function is limited.
Therefore, the utility model discloses an use implementation, this implementation is based on the storage power supply handle that is fit for holding to the design has waterproof shockproof and reliably connects general port, realizes switching as required of supply voltage and electric quantity simultaneously through changeable circuit, thereby the more functional module power supply demand of adaptation. Through the matched design of exclusive modules such as the universal conduction module, the universal USB module and the universal charging module, the functional combined electrical appliance product set with universality, light weight, multiple-field applicability, environmental protection and portability is realized.
Disclosure of Invention
The utility model provides a handheld combined electrical apparatus of adaptation function module, through the combination of general storage power supply handle and general conduction module, the product has realized the rich combination application function of high-efficient saving, wherein accessible switching key switches the voltage demand of the output voltage of storing up the power supply handle with the different function module of adaptation, can combine different function module heads, satisfy the user to the product use various, light weight, portable, nimble, the universalization demand, be a green sustainable design, constantly promote user's experience.
The utility model discloses an example embodiment has general connection port and electrically conductive tie point including the design on the both ends of handle shell, battery, handle and top functional module, the bottom functional module, and the handle is connected by the convenient reliable of general connection port with functional module, forms working circuit, can realize the handheld combined electrical apparatus that the function is abundant as required.
Drawings
FIG. 1 is a schematic view of the top and bottom end interfaces of the power storage and supply handle according to the first embodiment
FIG. 2 is an exploded view of the power supply handle of the first embodiment
FIG. 3 is an overall schematic view of a power storage and supply handle and an adapter module combined to implement an application function according to the first embodiment
FIG. 4 is an exploded view of a power storage and supply handle and an adapter module combined to implement an application function according to the first embodiment
FIG. 5 is a general schematic view of the multi-stage expansion power storage and supply handle and the adapting module of the second embodiment for realizing the application function
FIG. 6 is an exploded view of the multi-stage expansion power storage and supply handle and the adaptive module according to the second embodiment to implement the application function
FIG. 7 is a schematic diagram of top and bottom interfaces of a power storage and supply handle according to a third embodiment
FIG. 8 is an exploded view of the power supply handle of the third embodiment
FIG. 9 is an overall schematic view of the power storage and supply handle and the adapter module according to the third embodiment to implement the application function
FIG. 10 is an exploded view of the power supply handle and the adapter module of the third embodiment for realizing the application function
FIG. 11 is an overall view of the power storage and supply handle of the third embodiment
In the figure: the universal conduction module is specially matched with a function module 1, a function head end conduction interface 2, a conduction module upper end interface 3, a conduction module and function module connecting position 4, a universal conduction module 5, a conduction module lower end universal connecting end 6, a waterproof damping ring 7, a switching limiting block 8, a clamping block 9, a conductive contact 10, a conductive contact 11, a conductive contact 12, a conductive contact 13, a storage and power supply handle top universal connecting end 14, a universal conduction module special function head module 15, a clamping block 16, a conductive sheet 17, a conductive sheet 18, a conductive sheet 19, a conductive sheet 20, an insulation partition 21, a conduction module and storage and power supply handle connecting position 22, a first storage and power supply handle 23, a storage and power supply handle shell 24, a voltage/electric quantity indicating lamp 25, a power supply indicating lamp 26, a power switch 27, a switching key 28, a battery 29, a circuit board 30, a storage and power supply handle bottom universal connecting end 31, a power supply handle bottom connecting end 31, A storage and power supply handle top universal connection end 32, a storage and power supply handle serial connection position 33, a storage and power supply handle bottom universal connection end 34, a bottom functional module universal connection end 35, a bottom functional module and storage and power supply handle connection position 36, a bottom functional module 37, a second storage and power supply handle 38, a top functional module 39, a USB power supply port 40, a positioning device 41, a conductive sheet pit 42, a storage and power supply handle top adaptive functional module universal connection end 43, a connection buckle 44, a conductive sheet bump 45, a storage and power supply handle top universal connection end 46, a top functional module and storage and power supply handle connection position 47, a third storage and power supply handle 48, a storage and power supply handle shell 49, a storage and power supply handle 50, a power lamp 51, a power switch 52, a switching voltage/power indicator lamp 53, a battery 54, a circuit board 55, a storage and power supply handle bottom universal connection end 56, a universal charging module top connection end 57, a USB power supply module, The device comprises a storage power supply handle and bottom functional module connecting position 58, a universal charging module 59, a joint orientation point 60, a universal connecting end butt joint contact surface 62, a charging interface 63, a wired charging module 64 and a power line 65.
Detailed Description
The present invention will be further illustrated in the following description, with reference to the drawings, of a first embodiment, a second embodiment, and a third embodiment.
Embodiment one
Referring to fig. 1 to 4, a handheld combined electrical appliance adapting to a functional module comprises a first power storage and supply handle 23, a universal conduction module special function module 1, a universal conduction module 5, a bottom functional module 37, a voltage/electric quantity indicator lamp 25, a power indicator lamp 26, a power switch 27, a switch key 28, a battery 29, a circuit board 30, a power storage and supply handle shell 24, a conduction module and functional module connection position 4, a waterproof damping ring 7, a switching limiting block 8, a clamping block 9, a conductive contact 10, a conductive contact 11, a conductive contact 12, a conductive contact 13, a clamping block 16, a conductive sheet 17, a conductive sheet 18, a conductive sheet 19, a conductive sheet 20, an insulating partition 21, a conduction module and power storage and supply handle connection position 22, a conduction module lower end universal connection end 6, a power storage and supply handle top universal connection end 14, a functional head end conduction interface 2, a conduction module upper end interface 3, a power storage and supply module upper end interface 3, A storage and power supply handle bottom universal connecting end 31 and a bottom functional module universal connecting end 35.
The universal conductive module of the present embodiment is specifically provided with the functional head module 1 as an example of an electric toothbrush head.
The top end of the first power storage and supply handle 23 is provided with a power storage and supply handle top universal connection end 14, and the power storage and supply handle top universal connection end 14 comprises a clamping block 16, a conducting strip 17, a conducting strip 18, a conducting strip 19, a conducting strip 20, an insulating partition 21 and a universal connection end butt joint contact surface 62.
First store up power supply handle 23 bottom and be equipped with and store up power supply handle bottom universal joint 31, store up power supply handle bottom universal joint 31 and include waterproof damping ring 7, switching stopper 8, joint piece 9, conductive contact 10, conductive contact 11, conductive contact 12, conductive contact 13.
The first power storage and supply handle 23 is provided with a voltage/power indicator lamp 25, a power indicator lamp 26, a power switch 27 and a switch key 28.
The first power storage and supply handle 23 is mainly composed of a battery 29 and a circuit board 30.
The application function of the embodiment is realized by the combination of the first power storage and supply handle 23 connected with the universal conduction module 5, the universal conduction module dedicated function head module 1 and the bottom function module 37.
The universal conduction module is specially matched with the functional head module 1 and is connected with the conduction module upper end interface 3 on the universal conduction module 5 through the functional head end conduction interface 2, the universal conduction module 5 is connected with the storage power supply handle top universal connecting end 14 on the first storage power supply handle 23 through the universal connecting end 6 at the lower end of the conduction module, and the first storage power supply handle 23 is connected with the bottom functional module universal connecting end 35 on the bottom functional module 37 through the storage power supply handle bottom universal connecting end 31.
The storage and power supply handle top universal connecting end 14 and the bottom functional module universal connecting end 35 are the same type of interface, and the conduction module lower end universal connecting end 6 and the storage and power supply handle bottom universal connecting end 31 are the same type of interface. The universal conduction module 5 realizes the directional butt joint with the universal connection end 14 at the top of the power storage and supply handle on the first power storage and supply handle 23 through the clamping block 9 with unequal arc lengths arranged on the universal connection end 6 at the lower end of the conduction module, and the rotary connection angle is limited by the switching limiting block 8, so that the conductive contact 10, the conductive contact 11, the conductive contact 12, the conductive contact 13, the conductive plate 17, the conductive plate 18, the conductive plate 19 and the conductive plate 20 realize the corresponding contact to form a designed power supply circuit. Meanwhile, the waterproof damping ring 7 is in butt joint and press fit contact with the universal connecting end butt joint contact surface 62, and sealing, waterproof and damping effects are achieved.
The first power storage and supply handle 23 is connected with the bottom functional module universal connecting end 35 on the bottom functional module 37 through the power storage and supply handle bottom universal connecting end 31, and the connection form is the same as the connection of the transmission module lower end universal connecting end 6 and the power storage and supply handle top universal connecting end 14.
The universal conduction module is specially matched with the functional head module 1 and is connected with the conduction module upper end interface 3 on the universal conduction module 5 through the functional head end conduction interface 2, the corresponding connection mode which meets the conduction requirement is designed by the conduction module upper end interface 3 according to the specific conduction requirement of the universal conduction module 5, and the functional head end conduction interface 2 is provided with a uniform interface which corresponds to the conduction mode of the conduction module upper end interface 3.
And starting a power switch 27 on the first power storage and supply handle 23, and supplying power to the first power storage and supply handle 23 to enable the universal conduction module 5 to work and conduct and drive the special function head module 1 of the universal conduction module to realize functions.
Embodiment two
Referring to fig. 5 to 6, a handheld combined electrical appliance adapting to a function module comprises a function head end conduction interface 2, a conduction module upper end interface 3, a conduction module and function module connection position 4, a universal conduction module 5, a conduction module lower end universal connection end 6, a waterproof damping ring 7, a switching limiting block 8, a clamping block 9, a conductive contact 10, a conductive contact 11, a conductive contact 12, a conductive contact 13, a storage and power supply handle top universal connection end 14, a universal conduction module special function head module 15, a clamping block 16, a conductive sheet 17, a conductive sheet 18, a conductive sheet 19, a conductive sheet 20, an insulation partition 21, a conduction module and storage and power supply handle connection position 22, a first storage and power supply handle 23, a storage and power supply handle bottom universal connection end 31, a storage and power supply handle top universal connection end 32, a storage and power supply handle series connection position 33, a storage and power supply handle bottom universal connection end 34, a first storage and power supply handle series connection end 4, The universal connecting end 35 of the bottom functional module, the connecting position 36 of the bottom functional module and the power storage and supply handle, the second power storage and supply handle 38, the butt joint contact surface 62 of the universal connecting end, the wired charging module 64 and the power line 65.
The universal conductive module dedicated function head module 15 of the present embodiment is exemplified by a drill.
The top end of the first power storage and supply handle 23 is provided with a power storage and supply handle top universal connection end 14, and the power storage and supply handle top universal connection end 14 comprises a clamping block 16, a conducting strip 17, a conducting strip 18, a conducting strip 19, a conducting strip 20, an insulating partition 21 and a universal connection end butt joint contact surface 62.
First store up power supply handle 23 bottom and be equipped with and store up power supply handle bottom universal joint 31, store up power supply handle bottom universal joint 31 and include waterproof damping ring 7, switching stopper 8, joint piece 9, conductive contact 10, conductive contact 11, conductive contact 12, conductive contact 13.
The first power storage and supply handle 23 is provided with a voltage/power indicator lamp 25, a power indicator lamp 26, a power switch 27 and a switch key 28.
The application function of this embodiment is implemented by the combination of the first power storage and supply handle 23 connected to the universal conductive module 5, the universal conductive module dedicated function head module 15, the second power storage and supply handle 38, and the wired charging module 64.
The universal conduction module is specially matched with the function head module 15 and is connected with the conduction module upper end interface 3 on the universal conduction module 5 through the function head end conduction interface 2, the universal conduction module 5 is connected with the first storage power supply handle 23 through the universal connection end 6 at the lower end of the conduction module, the storage power supply handle top universal connection end 14 is connected, the first storage power supply handle 23 is connected with the storage power supply handle top universal connection end 32 on the second storage power supply handle 38 through the storage power supply handle bottom universal connection end 31, and the second storage power supply handle 38 is connected with the bottom function module universal connection end 35 on the wired charging module 64 through the storage power supply handle bottom universal connection end 34.
The storage and power supply handle top universal connecting end 14, the storage and power supply handle top universal connecting end 32 and the bottom functional module universal connecting end 35 are interfaces of the same type, and the conduction module lower end universal connecting end 6, the storage and power supply handle bottom universal connecting end 31 and the storage and power supply handle bottom universal connecting end 34 are interfaces of the same type. The universal conduction module 5 realizes the directional butt joint with the universal connection end 14 at the top of the power storage and supply handle on the first power storage and supply handle 23 through the clamping block 9 with unequal arc lengths arranged on the universal connection end 6 at the lower end of the conduction module, and the rotary connection angle is limited by the switching limiting block 8, so that the conductive contact 10, the conductive contact 11, the conductive contact 12, the conductive contact 13, the conductive plate 17, the conductive plate 18, the conductive plate 19 and the conductive plate 20 realize the corresponding contact to form a designed power supply circuit. Meanwhile, the waterproof damping ring 7 is in butt joint and press fit contact with the universal connecting end butt joint contact surface 62, and sealing, waterproof and damping effects are achieved.
The first power storage and supply handle 23 is connected with the second power storage and supply handle 38 through the storage and supply handle bottom universal connection end 31 and the storage and supply handle top universal connection end 32, and the second power storage and supply handle 38 is connected with the conduction module lower end universal connection end 6 and the storage and supply handle top universal connection end 14 through the storage and supply handle bottom universal connection end 34 and the bottom functional module universal connection end 35.
The universal conduction module is specially matched with the functional head module 15 and is connected with the conduction module upper end interface 3 on the universal conduction module 5 through the functional head end conduction interface 2, the corresponding connection mode which meets the conduction requirement is designed by the conduction module upper end interface 3 according to the specific conduction requirement of the universal conduction module 5, and the functional head end conduction interface 2 is provided with a uniform interface which corresponds to the conduction mode of the conduction module upper end interface 3.
The wired charging module 64 is provided with a power line 65 connected with a mains supply, a voltage transformation circuit is arranged in the wired charging module 64, and the wired charging module 64 is connected with the bottom universal connecting end 34 of the storage and power supply handle through the bottom functional module universal connecting end 35 to form a design circuit so as to charge the battery 29 in the second storage and power supply handle 38 and the first storage and power supply handle 23.
The power switch 27 on the first power storage and supply handle 23 and the second power storage and supply handle 38 is turned on, the switch keys 28 on the first power storage and supply handle 23 and the second power storage and supply handle 38 are correspondingly adjusted, the first power storage and supply handle 23 and the second power storage and supply handle 38 are combined for power supply to realize voltage switching, the universal conduction module 5 meeting different voltage requirements works, and the universal conduction module special function head module 15 is conducted and driven to realize functions.
Embodiment three
Referring to fig. 7 to 11, a handheld combined electrical appliance with adaptive function modules includes a third power storage and supply handle 48, a connection buckle 44, a power storage and supply handle casing 49, a switch key 50, a power lamp 51, a power switch 52, a voltage/electric quantity indicator lamp 53, a battery 54, a circuit board 55, a top function module 39, a USB power supply port 40, a universal charging module 59, a positioning device 41, a conductive sheet concave point 42, a power storage and supply handle top adaptive function module universal connection end 43, a power storage and supply handle bottom universal connection end 56, a universal charging module top connection end 57, a power storage and supply handle and bottom function module connection end connection position 58, a connection orientation point 60, a power storage and supply handle top universal connection end 46, a top function module and power storage and supply handle connection position 47, and a charging interface 63.
The top end of the third power storage and supply handle 48 is provided with a power storage and supply handle top universal connection end 46, and the power storage and supply handle top universal connection end 46 comprises a connection buckle 44, a conducting strip salient point 45 and a joint orientation point 60.
The bottom end of the third power storage and supply handle 48 is provided with a power storage and supply handle bottom universal connection end 56, and the power storage and supply handle bottom universal connection end 56 comprises a positioning device 41, a conducting strip concave point 42 and a joint orientation point 60.
The third power storage and supply handle 48 is provided with a switch key 50, a power lamp 51, a power switch 52 and a voltage/electric quantity indicator lamp 53.
The third power storage and supply handle 48 is mainly composed of a battery 54 and a circuit board 55.
The application function of the embodiment is realized by the combination of the third power storage and supply handle 48, the top functional module 39 and the universal charging module 59.
The top functional module 39 is connected to the storage and power supply handle top universal connection 46 of the third storage and power supply handle 48 via a connector orientation point 60, and the universal charging module 59 is connected to the storage and power supply handle bottom universal connection 56 of the third storage and power supply handle 48 via a universal charging module top connection 57.
The storage and power supply handle top universal connecting end 46 and the universal charging module top connecting end 57 are interfaces of the same type, and the storage and power supply handle top adaptive function module universal connecting end 43 and the storage and power supply handle bottom universal connecting end 56 are interfaces of the same type. The top functional module 39 is connected with the third power supply storage handle 48 through the storage power supply handle top adaptive functional module universal connecting end 43 and the storage power supply handle top universal connecting end 46, meanwhile, the storage power supply handle top adaptive functional module universal connecting end 43 is connected with the storage power supply handle top universal connecting end 46 through the joint orientation point 60 to realize orientation butt joint, and the butt joint locking is realized through the connecting buckle 44 and the positioning device 41, so that the corresponding contact between the conductive sheet concave point 42 and the conductive sheet convex point 45 is realized to form a designed power supply circuit.
The third power storage and supply handle 48 is in butt joint with the universal charging module top connecting end 57 on the universal charging module 59 through the universal connecting end 56 at the bottom of the power storage and supply handle, and the butt joint mode is the same as that of the universal connecting end 43 of the power storage and supply handle top adaptive function module and the universal connecting end 46 at the top of the power storage and supply handle.
And a power switch 52 on the third power storage and supply handle 48 is turned on, and the third power storage and supply handle 48 supplies power to enable the top functional module 39 to realize functions.
The third power storage and supply handle 48 can also switch the voltage by controlling the switch key 50 thereon to meet the operation of the top functional module 39 with different voltage requirements, and the voltage/power indicator 53 indicates the current power supply voltage.
The universal charging module 59 is provided with a charging interface 63 for connecting an external power supply, and the universal charging module 59 is connected with the universal connecting end 56 at the bottom of the storage and power supply handle through the universal charging module top connecting end 57 to form a designed circuit so as to charge the battery 54 in the third storage and power supply handle 48.
The above embodiments of the present invention are merely examples for illustrating the present invention, and are not intended to limit the embodiments of the present invention. It will be apparent to those skilled in the art that other variations and modifications can be made on the above-described embodiments. There is no need or no way to give poor examples of all embodiments. The obvious changes or modifications of the design, extension and application of the invention are within the scope of the present invention.
Claims (3)
1. The utility model provides a handheld combined electrical apparatus of adaptation function module, including storing up power supply handle casing (49), connect buckle (44), shift key (50), power lamp (51), switch (52), voltage/electric quantity pilot lamp (53), battery (54), circuit board (55), positioner (41), conducting strip pit (42), connect orientation point (60), conducting strip bump (45), general conduction module special allocation function module (1), general conduction module (5), top function module (39), general charging module (59), first power supply handle (23) that stores up, power supply handle (38) is stored up to the second, its characterized in that: the third power storage and supply handle (48) is designed into a functional power storage and supply handle suitable for holding; the top end of the third power storage and supply handle (48) is provided with a power storage and supply handle top universal connecting end (46), and the bottom end of the third power storage and supply handle (48) is provided with a power storage and supply handle bottom universal connecting end (56).
2. The handheld combination appliance of the adaptable functional module of claim 1, wherein: the storage and power supply handle top universal connecting end (46) and the storage and power supply handle bottom universal connecting end (56) on the third storage and power supply handle (48) can be respectively connected with the top functional module (39) and the universal charging module (59) in an adaptive installation mode, and different functional modules with universal interfaces in adaptive mode can be combined to realize multiple functions; the third power storage and supply handle (48) is matched with a battery (54), a circuit board (55) and a switching key (50) to realize variable switching of the power supply voltage of the third power storage and supply handle (48), or a butt joint mode of the first power storage and supply handle (23) and the second power storage and supply handle (38) is applied to meet the requirements of different voltages of the adaptable functional modules.
3. The handheld combination appliance of the adaptable functional module of claim 1, wherein: the universal conduction module (5) can be used as a uniform conduction module of the universal conduction module special function module (1) with different function types and needing the same driving or control part, and the efficient and economical combined application function can be realized by adapting the universal conduction module special function module (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921881002.0U CN210669580U (en) | 2019-11-04 | 2019-11-04 | Handheld combined electrical apparatus of adaptation functional module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921881002.0U CN210669580U (en) | 2019-11-04 | 2019-11-04 | Handheld combined electrical apparatus of adaptation functional module |
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| Publication Number | Publication Date |
|---|---|
| CN210669580U true CN210669580U (en) | 2020-06-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201921881002.0U Active CN210669580U (en) | 2019-11-04 | 2019-11-04 | Handheld combined electrical apparatus of adaptation functional module |
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| CN (1) | CN210669580U (en) |
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- 2019-11-04 CN CN201921881002.0U patent/CN210669580U/en active Active
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