CN205244894U - Chargeable electronic equipment - Google Patents

Abstract

The utility model is suitable for an electronic equipment field provides a chargeable electronic equipment, and it includes circuit board, rechargeable battery, push type switch module in this casing of casing and holding, the interface charges. The lateral wall of casing has an opening. The push type switch module includes switch button, waterproof cap subassembly and power transmission piece. The switch button sets up on the circuit board. Waterproof cap subassembly seals this opening. A power transmission setting is between waterproof cap subassembly and switch button for the pressure transmission who applys the user to waterproof cap subassembly gives the switch button, in order to control the switch button. The interface that charges is close to the position of switch button on the circuit board towards the opening setting. When waterproof cap subassembly was liftd, the interface that charges can be followed the opening and exposed to be connected with a charger, charge convenient to use to rechargeable battery. Because the water proof to the interface that charges can be compromise to waterproof cap subassembly, and need press this waterproof cap subassembly when using the switch button, water -proof effects is good.

Description

A kind of chargeable electronic equipment

Technical field

The utility model belongs to electronic device field, relates in particular to a kind of chargeable electronic equipment that can be used for outdoor products.

Background technology

Present chargeable electronic equipment is general adopts following three types to complete charging: (1) directly dismantles battery, battery charges separately, the shortcoming of this flashlight is to mate corresponding battery charger, and carries charger inconvenience, that is to say that charging is inconvenient. (2) use circular charging socket, block charge port with a silicon rubber cup, prevent into water, the shortcoming of this flashlight is that charger carries inconvenience, the charger of bad other specifications of adaptation, and tarpaulin waterproof effect is not good. (3) use independent USB charging socket, block charge port with a silicon rubber cup, the shortcoming of this flashlight is that outward appearance seems many silicon rubber cups, if cover bad silicon rubber cup after having charged, easily causes into water.

Utility model content

Technical problem to be solved in the utility model is to provide a kind of chargeable electronic equipment, is intended to easy to use and waterproof effect is good.

The utility model is achieved in that a kind of chargeable electronic equipment, and it comprises a housing and is contained in a circuit board in this housing, a rechargeable battery, a push type switch component. The sidewall of this housing has an opening. This push type switch component comprises a switch key, a tarpaulin assembly and a power transmission part. This switch key is arranged on circuit board. This tarpaulin assembly is used for sealing this opening. This power transmission part is arranged between this tarpaulin assembly and this switch key, for user is passed to this switch key to this tarpaulin assembly institute applied pressure, to manipulate this switch key. This charging inlet is arranged on the position near this switch key on this circuit board towards this opening. In the time that this tarpaulin assembly is raised, this charging inlet can expose from this opening, to be connected with a charger, this rechargeable battery is charged.

Further, this tarpaulin assembly comprises a pressing piece. This pressing piece comprises a sidewall, mobilizable upper cover and an operating portion being connected on this sidewall. This sidewall is sticked on the inwall of this opening. Between this upper cover and this sidewall, form a breach. This operating portion is embedded in this breach, and is coupled with the shape of this breach. This operating portion is used for driving this upper cover to carry out activity, so that user opens or closed this opening.

Further, this tarpaulin assembly also comprises a connector. This connector is fixedly connected with this pressing piece. This push type switch component also comprises a counterpart. This counterpart and this connector cooperatively interact, to be connected on this housing rotatable this pressing piece.

Further, this connector is fixed on the side of this upper cover away from this operating portion.

Further, this connector comprises the first straight section, the second straight section and bending segment. This first straight section is connected with this pressing piece, and the bearing of trend of this first straight section is perpendicular to the sidewall of this housing. In this housing, there is the first accommodating cavity and the second accommodating cavity, this opening is arranged on the sidewall of this first accommodating cavity, this circuit board is contained in this first accommodating cavity, this rechargeable battery is contained in this second accommodating cavity, this second straight section is from this first straight section towards tilting to extend near the direction of this first accommodating cavity, and angle between this second straight section and this first straight section is obtuse angle. This bending segment towards the direction bending away from this circuit board, makes this bending segment and this second straight section form a hook solid from this second straight section.

Further, this counterpart is fixed on this switch key, and it comprises an inclined-plane. This inclined-plane is obliquely installed with respect to this circuit board. In the time that this pressing piece is raised, this second straight section and this inclined-plane offset, and the inwall of this bending segment and this housing supports, and prevent that this pressing piece from departing from this opening completely.

Further, this chargeable electronic equipment is a Chargeable torch. This Chargeable torch also comprises a bulb. This bulb is electrically connected with this circuit board. This housing also comprises the 3rd accommodating cavity. This three accommodating cavity and this second accommodating cavity lay respectively at the opposite end of this first accommodating cavity. This bulb is accommodating and be fixed in the 3rd accommodating cavity.

Further, this switch key is for controlling the unlatching of this bulb and closing.

Further, this charging inlet is USB.

Compared with prior art, beneficial effect is the utility model: charging inlet is arranged on the position near this push type switch component, makes this tarpaulin assembly of this push type switch component to carry out waterproofing protection to this charging inlet simultaneously; In the time using this push type switch component, user need to press this tarpaulin assembly, and this pressing piece can more closely be sealed this opening simultaneously, and therefore the waterproof effect of this chargeable electronic equipment is good. Further, this chargeable electronic equipment only need be raised this tarpaulin assembly and can charge to this rechargeable battery, easy to use.

Brief description of the drawings

Fig. 1 is the structural representation of the chargeable electronic equipment that provides of the utility model embodiment.

Fig. 2 is that the chargeable electronic equipment of Fig. 1 is along the cutaway view of II-II direction.

Fig. 3 is the partial enlarged drawing at the III place of Fig. 2.

Detailed description of the invention

In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated. Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.

As shown in Figures 1 and 2, a kind of chargeable electronic equipment 100 provided by the utility model, it comprises a housing 10 and is contained in a rechargeable battery in this housing 10 30, circuit board 40, push type switch component 50 and a charging inlet 60.

In the present embodiment, this chargeable electronic equipment 100 is a Chargeable torch, and this Chargeable torch also comprises a bulb 20 being contained in this housing 10. This housing 10 comprises the rear end 11 and the front end 12 that are oppositely arranged. The inside of this housing 10 is separated into the first accommodating cavity 101, the second accommodating cavity 102 and the 3rd accommodating cavity 103. This first accommodating cavity 101 has an opening 104 that runs through the sidewall of this housing. This second accommodating cavity 102 is near these rear end 11, the three accommodating cavities 103 near this front end 12, and this second accommodating cavity 102 and the 3rd accommodating cavity 103 are positioned at the opposite end of this first accommodating cavity 101. This rechargeable battery 30 is accommodating and be fixed in this second accommodating cavity 102. This bulb 20 is accommodating and be fixed in the 3rd accommodating cavity 103.

This circuit board 40 is contained in this first accommodating cavity 101, and is electrically connected with this bulb 20, this rechargeable battery 30 and this charging inlet 60.

Shown in Fig. 3, this push type switch component 50 comprises a switch key 51, this tarpaulin assembly 53, counterpart 54 and a power transmission part 55.

This switch key 51 is arranged on this circuit board 40, and arranges towards this opening 104. In the present embodiment, this switch key 51 is for controlling the unlatching of this bulb 20 and closing. Certainly, in other embodiments, this switch key 51 can also have other functions, such as regulating sound, light etc.

Mobilizable this opening 104 places that are arranged on of this tarpaulin assembly 53, it comprises a pressing piece 531 and a connector 533.

This pressing piece 531 is for sealing this opening 104. Concrete, this pressing piece 531 is cap-like structure, and it comprises a sidewall 534, mobilizable upper cover 535 and an operating portion 536 being connected on this sidewall 534. This sidewall 534 is sticked on the inwall of this opening 104. Between this upper cover 535 and this sidewall 534, form a breach 532. This operating portion 536 is embedded in this breach 532, and is coupled with the shape of this breach 532. This operating portion 536 is for driving this upper cover 535 to carry out activity, so that user opens or closed this opening 104. In the present embodiment, this sidewall 534 and this upper cover 535 of this pressing piece 531 are made (such as rubber or silica gel) by elastomeric material, and this operating portion 536 is made (such as plastics or the metal of high tenacity) by hard material.

This connector 533 is fixed on this upper cover 535 of this pressing piece 531 away from a side of this operating portion 536, and it comprises the first straight section 537, the second straight section 538 and bending segment 539. This first straight section 537 is connected with this pressing piece 531, and the bearing of trend of this first straight section 537 is perpendicular to the sidewall of this housing 10. This second straight section 538 is from this first straight section 537 towards tilting to extend near the direction of this first accommodating cavity 101, and angle between this second straight section 538 and this first straight section 537 is obtuse angle. This bending segment 539 towards the direction bending away from this circuit board 40, makes this bending segment 539 form a hook solid with this second straight section 538 from this second straight section 538. In the present embodiment, this connector 533 is made up of hard material, such as plastics or the metal of high tenacity.

This counterpart 54 cooperatively interacts with this connector 533, to be connected on this housing 10 rotatable pressing piece 531. In the present embodiment, this counterpart 54 is fixed on this switch key 51, and it comprises an inclined-plane 54a. This inclined-plane 54a is obliquely installed with respect to this circuit board 40. In the time that this pressing piece 531 is raised, this second straight section 538 offsets with this inclined-plane 54a, and this bending segment 539 supports with the inwall of this housing 10, prevents that this pressing piece 531 from departing from this opening completely, causes loss. In the present embodiment, this counterpart 54 is made up of hard material, such as plastics or the metal of high tenacity.

This power transmission part 55 is arranged between this pressing piece 531 and this counterpart 54, for the power of this pressing piece 531 being passed to this counterpart 54, and then passes to this switch key 51, so that this switch key 51 is operated. In the present embodiment, this power transmission part 55 is fixedly connected with this counterpart 54. In the present embodiment, this power transmission part 55 is made up of hard material, such as plastics or the metal of high tenacity.

This charging inlet 60 is contained in this first accommodating cavity 101, and be arranged on the position near this switch key 51 on this circuit board 40 towards this opening 104, make in the time that this pressing piece 531 is raised, this charging inlet 60 can expose from this opening 104, to be connected with a charger, this rechargeable battery 30 is charged. In the present embodiment, this charging inlet 60 is USB (UniversalSerialBus, USB) interface.

The assembling process of this chargeable electronic equipment 100 is as follows: this switch key 51, this charging inlet 60, this circuit board 40, this counterpart 54 and this power transmission part 55 are assembled, to obtain the first assembly; This pressing piece 531 and this connector 533 are assembled, to obtain the second assembly; This first assembly is first pushed in this first accommodating cavity 101, before not being in place completely, put into this second assembly, again this first assembly is shifted onto to bottom, now this bending segment 539 is stuck between this housing 10 and this counterpart 54 just, completes assembling.

This chargeable electronic equipment 100 in use, if desired charges, and utilizes this operating portion to raise this pressing piece 531, exposes this charging inlet 60; After having charged, by these pressing piece 531 homings, can carry out water-tight to this opening 104. If desired operate this switch key 51, directly press this pressing piece 531, just pressure can be passed to this switch key 51 by this power transmission part 55 and this counterpart 54.

Compared with prior art; chargeable electronic equipment of the present utility model; charging inlet is arranged on to the position near this push type switch component; make this tarpaulin assembly of this push type switch component to carry out waterproofing protection to this charging inlet simultaneously; simultaneously in the time using this push type switch component; user need to press this tarpaulin assembly, and this pressing piece can more closely be sealed this opening, and therefore the waterproof effect of this chargeable electronic equipment is good. Further, this chargeable electronic equipment only need be raised this tarpaulin assembly and can charge to this rechargeable battery, easy to use.

The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all any amendments of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in protection domain of the present utility model.

Claims (9)

1. a chargeable electronic equipment, it comprises a rechargeable battery and a charging inlet, it is characterized in that, this chargeable electronic equipment also comprises a housing and is contained in a circuit board in this housing, a push type switch component, this rechargeable battery is contained in this housing, the sidewall of this housing has an opening, this push type switch component comprises a switch key, a tarpaulin assembly and a power transmission part, this switch key is arranged on circuit board, and this tarpaulin assembly is used for sealing this opening; This power transmission part is arranged between this tarpaulin assembly and this switch key, for user is passed to this switch key to this tarpaulin assembly institute applied pressure, to manipulate this switch key; This charging inlet is arranged on the position near this switch key on this circuit board towards this opening; In the time that this tarpaulin assembly is raised, this charging inlet can expose from this opening, to be connected with a charger, this rechargeable battery is charged.

2. chargeable electronic equipment as claimed in claim 1, is characterized in that, this tarpaulin assembly comprises a pressing piece, and this pressing piece comprises a sidewall, mobilizable upper cover and an operating portion being connected on this sidewall; This sidewall is sticked on the inwall of this opening; Between this upper cover and this sidewall, form a breach; This operating portion is embedded in this breach, and is coupled with the shape of this breach; This operating portion is used for driving this upper cover to carry out activity, so that user opens or closed this opening.

3. chargeable electronic equipment as claimed in claim 2, it is characterized in that, this tarpaulin assembly also comprises a connector, this connector is fixedly connected with this pressing piece, this push type switch component also comprises a counterpart, this counterpart and this connector cooperatively interact, to be connected on this housing rotatable this pressing piece.

4. chargeable electronic equipment as claimed in claim 3, is characterized in that, this connector is fixed on the side of this upper cover away from this operating portion.

5. chargeable electronic equipment as claimed in claim 4, is characterized in that, this connector comprises the first straight section, the second straight section and bending segment, and this first straight section is connected with this pressing piece, and the bearing of trend of this first straight section is perpendicular to the sidewall of this housing; In this housing, there is the first accommodating cavity and the second accommodating cavity, this opening is arranged on the sidewall of this first accommodating cavity, this circuit board is contained in this first accommodating cavity, this rechargeable battery is contained in this second accommodating cavity, this second straight section is from this first straight section towards tilting to extend near the direction of this first accommodating cavity, and angle between this second straight section and this first straight section is obtuse angle; This bending segment towards the direction bending away from this circuit board, makes this bending segment and this second straight section form a hook solid from this second straight section.

6. chargeable electronic equipment as claimed in claim 5, is characterized in that, this counterpart is fixed on this switch key, and it comprises an inclined-plane, and this inclined-plane is obliquely installed with respect to this circuit board; In the time that this pressing piece is raised, this second straight section and this inclined-plane offset, and the inwall of this bending segment and this housing supports, and prevent that this pressing piece from departing from this opening completely.

7. chargeable electronic equipment as claimed in claim 5, it is characterized in that, this chargeable electronic equipment is a Chargeable torch, this Chargeable torch also comprises a bulb, this bulb is electrically connected with this circuit board, this housing also comprises the 3rd accommodating cavity, and this three accommodating cavity and this second accommodating cavity lay respectively at the opposite end of this first accommodating cavity, and this bulb is accommodating and be fixed in the 3rd accommodating cavity.

8. chargeable electronic equipment as claimed in claim 7, is characterized in that, this switch key is for controlling the unlatching of this bulb and closing.

9. chargeable electronic equipment as claimed in claim 1, is characterized in that, this charging inlet is USB.