CN206165066U - Waterproof heat radiation protection shell - Google Patents

Abstract

The utility model provides a waterproof heat radiation protection shell, contains a shell unit and a heat dissipation unit. This shell unit limits out an accommodation space to a bottom surface has, and the several formed at this bottom surface and extend to with the bleeder vent of this accommodation space intercommunication. This heat dissipation unit include one set up in the bottom surface of this shell unit and limit out the several corresponding to the air current guide seat of the runner of bleeder vent, this air current guide seat have a basal wall, and at least one sets up in the partition rib of this basal wall. An another runner should be separated the rib and block this one of them runner and this another runner, made this one of them runner and this another runner each other not communicate for admitting air one of them runner give vent to anger in being used for on the contrary. borrow this, the air current can flow in this accommodation space via the bleeder vent that this one of them runner of runner and this corresponds to via this accommodation space of another runner discharge of bleeder vent and this that this another runner corresponded.

Description

Waterproof cooling containment vessel

Technical field

The utility model is related to a kind of containment vessel, more particularly to a kind of waterproof cooling containment vessel for running gear.

Background technology

People now out of doors using to running gear for example using smart mobile phone can be listened music or led often by activity Boat, user would generally be placed on this kind of running gear in one protective jacket, enter to enter a profession with the aqueous vapor or dust that prevent outdoor Cause to damage in dynamic device, however, for waterproof and dust-proof, the protective jacket be used for housing the Spatial General 6 R of running gear be it is close Envelope and airtight, thus, running gear heat energy produced when in use and cannot be radiated, causes the running gear may Therefore overheated deadlock or impaired.

The content of the invention

The purpose of this utility model is to provide a kind of protecting crust that can effectively radiate.

The utility model waterproof cooling containment vessel, comprising an outer cover unit, defines a receiving space, the shell list Unit has a bottom surface, and several are formed at the bottom surface and extend to the air-vent connected with the receiving space.

The utility model waterproof cooling containment vessel, comprising a heat-sink unit, the heat-sink unit is arranged at this including one The bottom surface of outer cover unit simultaneously defines the air-flow guide seat of several runners corresponding to the air-vent.The air-flow guide seat has One basal wall, and at least one separation rib for being arranged at the basal wall, the basal wall have one with the bottom surface apart from one another by inner side Face, the separation rib is arranged at the medial surface and abuts with the bottom surface, and the runner is used for water conservancy diversion and between the medial surface and the bottom Between face, each flow passage is extraneous with corresponding air-vent, for air inlet one of runner via corresponding saturating Pore connect the receiving space with it is extraneous, for outlet another runner in contrast to one of runner, and via it is right The air-vent answered connect the receiving space with it is extraneous, the separation rib between one of runner and another runner, and One of runner and another runner are blocked, one of runner and this another runner is not mutually connected, whereby, Air-flow can flow into the receiving space via the air-vent corresponding to one of runner and one of runner, and via this Air-vent corresponding to another runner discharges the receiving space with another runner.

Waterproof cooling containment vessel of the present utility model, the air-flow guide seat defines four spaced runners, by institute State runner wherein both be respectively defined as a first flow, by the runner it is another both be respectively defined as a second Road, the air-flow guide seat has two separation ribs for intermeshing, and one of separation rib is defined as into first separation rib, will Another separation rib is defined as second separation rib, and the first flow is in be reversed, and by first separation rib resistance Disconnected, the second flow channel is in be reversed, and by second separation rib blocking.

Waterproof cooling containment vessel of the present utility model, the air-flow guide seat also includes a medial surface for being arranged at the basal wall And with the bottom surface of the outer cover unit apart from one another by boss, and four equiangularly spaced be arranged at the medial surface and extend to and this The rib pin of boss connection, first and second separation rib is arranged at the top side of the boss, and the rib pin is supported with the bottom surface of the outer cover unit Connect, each first flow is defined by joined together by the basal wall, the boss, wherein two adjacent rib pin and first separation rib, often One second flow channel is defined by joined together by the basal wall, the boss, wherein two adjacent rib pin and second separation rib.

Waterproof cooling containment vessel of the present utility model, each first flow have one be located at the basal wall, the boss with The first diversion section between the wherein two adjacent rib pin, and one be located at the boss, the wherein two adjacent rib pin and this first Separate the first Connectivity Section of intercostal, each second flow channel has one, and to be located at the basal wall, the boss wherein two adjacent with this The second diversion section between rib pin, and one be located at the second of the boss, the wherein two adjacent rib pin and the second separation intercostal Connectivity Section, the first Connectivity Section of each first flow connects with the second Connectivity Section of the second flow channel, each second Second Connectivity Section in road connects with the first Connectivity Section of the first flow.

Waterproof cooling containment vessel of the present utility model, first and second separation rib is orthogonal staggeredly, each first flow The first Connectivity Section two the first connected regions are separated into by second separation rib, the second Connectivity Section of each second flow channel is by this First separation rib is separated into two the second connected regions, each first connected region and corresponding second flow channel one of them second Connected region in correspondence with each other and connects, and each second connected region is mutual with one of them first connected region of corresponding first flow Correspondence and connection.

Waterproof cooling containment vessel of the present utility model, the boss has four equiangularly spaced settings and between the rib pin Between guide face, by inclining inwardly and upward outward, two guide faces are respectively positioned at the first of the first flow for the guide face Diversion section connects intersegmental with first, and another two guide face is located at respectively the second diversion section and second Connectivity Section of the second flow channel Between.

Waterproof cooling containment vessel of the present utility model, the heat-sink unit also includes a peace being arranged in the receiving space Dress plate, the installing plate has passage of the number corresponding to the air-vent of the outer cover unit, and the air-flow guide seat passes through the installing plate It is fixed on the bottom surface of the outer cover unit.

Waterproof cooling containment vessel of the present utility model, the heat-sink unit also includes a piece of waterproof ventilated membrane, the waterproof and breathable Film is arranged at the bottom surface of the outer cover unit, and is folded between the air-flow guide seat and the outer cover unit, the waterproof ventilated membrane masking The air-vent.

Waterproof cooling containment vessel of the present utility model, the outer cover unit includes a lower casing, and one is connected with the lower casing Upper casing, the upper casing can be formed at the bottom side of the lower casing relative to the lower casing closure or openness, the bottom surface, and the upper casing has one The window of energy printing opacity.

Waterproof cooling containment vessel of the present utility model, also comprising a shock-absorbing that can be removably arranged in the receiving space Part, the shock-absorbing piece includes an opening, air-vent described in the open communication and the receiving space.

Waterproof cooling containment vessel of the present utility model, also comprising a fixed cell, the basal wall also have one in contrast to The lateral surface of the medial surface, the lateral surface forms a draw-in groove, and the fixed cell is removedly arranged at the draw-in groove including one Clip engine part.

The beneficial effects of the utility model are：Using one of runner with it is saturating corresponding to one of runner Pore imports air-flow in the receiving space, and using the air-vent corresponding to another runner and another runner by gas Conductance goes out the receiving space, is taken out of by air-flow with the heat energy produced by the running gear that allows in the receiving space, and reaches radiating Effect.

Description of the drawings

Other features of the present utility model and effect, will clearly be presented in the embodiment with reference to schema, wherein：

Fig. 1 is a stereogram of one embodiment of the utility model waterproof cooling containment vessel；

Fig. 2 is a three-dimensional exploded view of the embodiment；

Fig. 3 is an exploded partial perspective view of the embodiment；

Fig. 4 is a stereogram of an air-flow guide seat of the embodiment；

Fig. 5 is a sectional view after one fixed cell of the embodiment removal；

Fig. 6 is a partial enlarged drawing of Fig. 5；And

Fig. 7 is a sectional view of the line VII-VII in Fig. 6.

Specific embodiment

As shown in Figure 1, 2, one embodiment of the utility model waterproof cooling containment vessel, comprising an outer cover unit 1, 2, shock-absorbing piece 3 of individual fixed cell, and a heat-sink unit 4.

The outer cover unit 1 includes a lower casing 11, and a upper casing 12 being connected with the lower casing 11, on the lower casing 11 and this Shell 12 is engaged and defines a receiving space 13 for housing a running gear (not shown).The lower casing 11 has one Bottom surface 111, and several are formed at the bottom surface 111 and extend to the air-vent 112 connected with the receiving space 13.The upper casing 12 has There is the window 121 of an energy printing opacity, the upper casing 12 can be relative to the closure or openness of lower casing 11, in the present embodiment, when on this When shell 12 is closed with lower casing 11, can prevent aqueous vapor and dust from entering the receiving space 13.

As shown in Figure 2,3, the fixed cell 2 includes an installation portion 20, and a stopper for being arranged on the installation portion 20 Portion 21, in the present embodiment, the installation portion 20 is a band that can be set on the arm of user.Furthermore it is possible to understand , the installation portion 20 also can be a support being installed on the tap of bicycle.

As shown in Fig. 2,5, the shock-absorbing piece 3 can be removably arranged in the receiving space 13, and the shock-absorbing piece 3 is opened including one Mouth 31, the opening 31 connects the air-vent 112 and the receiving space 13.In the present embodiment, the shock-absorbing piece 3 can be to being placed on This action device in the receiving space 13 produces the effect of shock-absorbing.

As shown in Figures 4 to 6, the heat-sink unit 4 includes 40, installing plate 50 of an air-flow guide seat, and a piece of anti- Water ventilated membrane 60.The air-flow guide seat 40 is arranged at the bottom surface 111 of the lower casing 11, and the air-flow guide seat 40 has a basal wall 400th, to be arranged at this convex for 420, one, the rib pin that boss 410, four for being arranged at the basal wall 400 is arranged at the basal wall 400 First separation rib 430 of platform 410, and second separation rib 440 for being arranged at the boss 410, the air-flow guide seat 40 and boundary Make two first flows 450 corresponding to the air-vent 112, and two second flow channels corresponding to the air-vent 112 460, the basal wall 400 have one with the bottom surface 111 apart from one another by medial surface 401, and one in contrast to the medial surface 401 Lateral surface 402, the lateral surface 402 forms a draw-in groove 403 (see Fig. 3), and the clip engine part 21 of the fixed cell 2 is removedly arranged In the draw-in groove 403, the outer cover unit 1 is set to position by the fixed cell 2.

The boss 410 is arranged at the medial surface 401 and with the bottom surface 111 of the lower casing 11 apart from one another by the boss 410 has The guide face 411 of four equiangularly spaced settings.

The rib pin 420 is angularly arranged at the medial surface 401 and extends to and is connected with the boss 410, the rib pin 420 Abut with the bottom surface 111 of the lower casing 11.

First separation rib 430 is arranged at the top side of the boss 410, and abuts with the bottom surface 111 of the lower casing 11.This second Separation rib 440 be arranged at the top side of the boss 410 and it is orthogonal with first separation rib 430 staggeredly, and second separation rib 440 abut with the bottom surface 111 of the lower casing 11.

The first flow 450 is used for water conservancy diversion and between the medial surface 401 and the bottom surface 111, the first flow 450 In being reversed, and blocked by first separation rib 430, each first flow 450 be by the basal wall 400, the boss 410, Wherein two adjacent rib pin 420 are joined together with first separation rib 430 to be defined.Each first flow 450 has one and is located at The first diversion section 451 between the basal wall 400, the boss 410 and the wherein two adjacent rib pin 420, and one be located at the boss 410th, the first Connectivity Section 452 between wherein two adjacent the rib pin 420 and first separation rib 430.Each first flow 450 The first Connectivity Section 452 two the first connected regions 453 are separated into by second separation rib 440.

The second flow channel 460 is used for water conservancy diversion and between the medial surface 401 and the bottom surface 111, the second flow channel 460 In being reversed, and blocked by second separation rib 440, each second flow channel 460 be by the basal wall 400, the boss 410, Wherein two adjacent rib pin 420 are joined together with second separation rib 440 to be defined.Each second flow channel 460 has one and is located at The second diversion section 461 between the basal wall 400, the boss 410 and the wherein two adjacent rib pin 420, and one be located at the boss 410th, the second Connectivity Section 462 between wherein two adjacent the rib pin 420 and second separation rib 440.Each second flow channel 460 The second Connectivity Section 462 two the second connected regions 463 are separated into by first separation rib 430.

One of them second connected region 463 of each first connected region 453 and corresponding second flow channel 460 is in correspondence with each other And connect, one of them first connected region 453 of each second connected region 463 and corresponding first flow 450 is in correspondence with each other And connect.In the present embodiment, one of them second connection of each first connected region 453 and corresponding second flow channel 460 Area 463 is completely overlapped.

The guide face 411 of the boss 410 is between the rib pin 420, and the guide face 411 is by outward inwardly and towards updip Tiltedly, two of which guide face 411 is located at respectively between the first diversion section 451 and first Connectivity Section 452 of the first flow 450, Another two guide face 411 is respectively positioned between the second diversion section 461 of the second flow channel 460 and the second Connectivity Section 462.

The installing plate 50 is arranged in the receiving space 13, with several air-vents 112 corresponding to the outer cover unit 1 Passage 500.The air-flow guide seat 40 is fixed on the bottom surface 111 of the lower casing 11 by the installing plate 50.

The waterproof ventilated membrane 60 is arranged at the bottom surface 111 of the lower casing 11, and is folded in the air-flow guide seat 40 and the shell Between unit 1.The waterproof ventilated membrane 60 covers the air-vent 112, and air-flow can be allowed to pass through and aqueous vapor is prevented from the air-vent 112 Into the receiving space 13.

As shown in Figs. 5 to 7, when user is positioned in this action device in the outer cover unit 1, and when being moved, air-flow The air-flow guide seat 40 can be entered from the first diversion section 451 of the first flow 450 on the right, now, by the positioned at the right The guide face 411 of one runner 450 is guided, and the blocking of first separation rib 430, and most air-flow can be flowed up and Jing Partial ventilation hole corresponding to the first flow 450 of the part air-vent 112, the right by corresponding to the first flow 450 on the right 500 flow into the receiving space 13 with the opening 31 of the shock-absorbing piece 3, and in the process, the air-flow of part can be via the first of the right First connected region 453 of runner 450 flows to the second flow channel 460 with the second connected region 463 of the second flow channel 460 Second diversion section 461 is discharged, and reaches the effect of pressure release, and flow into the air-flow in the receiving space 13 can be via the shock-absorbing piece 3 Part corresponding to the first flow 450 in the partial ventilation hole 500, left side corresponding to the opening 31, first flow 450 on the left side is saturating Pore 112 discharges the receiving space 13 with the first flow 450 on the left side, and is emitted into the external world, thus, from the receiving space 13 row The air-flow for going out can take away the heat energy produced by this action device, produce the effect of radiating.

It is understood that when the orientation when in use of outer cover unit 1 is changed, air-flow also can be via wherein one Individual second flow channel 460 flows into the receiving space 13 with the part air-vent 112 corresponding to one of second flow channel 460, and The receiving space is flowed out via the part air-vent 112 corresponding to another second flow channel 460 and another second flow channel 460 13, and the used heat in the receiving space 13 is taken out of, can equally reach the effect of radiating.

After via above-mentioned explanation, advantage of the present utility model is summarized as follows：

1., compared to prior art, the utility model allows user in motion, can be via one of first flow 450 Or air-flow is imported the air-flow guide seat 40 by one of second flow channel 460, then via one of first flow 450 or it is somebody's turn to do Part air-vent 112, one of first flow 450 corresponding to one of second flow channel 460 or this one of them Partial ventilation hole 500 corresponding to two runners 460 allows air-flow to flow in the receiving space 13 with the opening 31 of the shock-absorbing piece 3, and Flow into air-flow in the receiving space 13 can via the opening 31 of the shock-absorbing piece 3, another first flow 450 or another second The part corresponding to partial ventilation hole 500, another first flow 450 or another second flow channel 460 corresponding to runner 460 Air-vent 112 discharges the receiving space 13 with another first flow 450 or another second flow channel 460, and will be placed on this The heat energy produced by running gear in receiving space 13 is taken away, and can effectively radiate.

2. the waterproof ventilated membrane 60 is arranged at the bottom surface 111 of the outer cover unit 1, and is folded in the air-flow guide seat 40 and is somebody's turn to do Between outer cover unit 1, and the waterproof ventilated membrane 60 covers the air-vent 112, can effectively prevent air-vent 112 described in aqueous vapor Jing from entering Enter in the receiving space 13, protect the running gear being placed in the receiving space 13 not make moist.

3. the clip engine part 21 of the fixed cell 2 is removedly arranged on the draw-in groove 403 of the air-flow guide seat 40, and the air-flow Guide seat 40 is arranged on the bottom surface 111 of the outer cover unit 1, therefore, the outer cover unit 1 can be easily fixed by the fixed cell 2 Position, so that user uses.

In sum, the utility model waterproof cooling containment vessel can not only waterproof and dustproof, moreover it is possible to effectively radiating, so really In fact the purpose of this utility model can be reached.

As described above, embodiment only of the present utility model, when can not with this limit the utility model enforcement Scope, i.e., all simple equivalence changes made according to the utility model claims and description and modification, all still belong to Scope of the present utility model.

Claims (11)

1. a kind of waterproof cooling containment vessel, it is characterised in that：Comprising：

One outer cover unit, defines a receiving space, and the outer cover unit has a bottom surface, and several is formed at the bottom surface And extend to the air-vent connected with the receiving space；And

One heat-sink unit, including a bottom surface for being arranged at the outer cover unit and define several corresponding to the air-vent The air-flow guide seat of runner, the air-flow guide seat has a basal wall, and at least one separation rib for being arranged at the basal wall, the base Wall have one with the bottom surface apart from one another by medial surface, the separation rib is arranged at the medial surface and abuts with the bottom surface, described Runner is used for water conservancy diversion and between the medial surface and the bottom surface, and each flow passage is extraneous with corresponding air-vent, is used for One of runner of air inlet connects the receiving space and the external world via corresponding air-vent, for another runner of outlet In contrast to one of runner, and the receiving space and the external world are connected via corresponding air-vent, the separation rib is between this Between one of runner and another runner, and one of runner and another runner are blocked, make this one of them Runner and this another runner is not mutually connected；

Whereby, air-flow can flow into receiving sky via the air-vent corresponding to one of runner and one of runner Between, and discharge the receiving space via the air-vent corresponding to another runner and another runner.

2. waterproof cooling containment vessel according to claim 1, it is characterised in that：The air-flow guide seat defines four intervals The runner of setting, by the runner wherein both be respectively defined as a first flow, by the runner it is another both respectively A second flow channel is defined as, the air-flow guide seat has two separation ribs for intermeshing, by the definition of one of separation rib For the first separation rib, another separation rib is defined as into the second separation rib, the first flow in being reversed, and by this first Separation rib is blocked, and the second flow channel is in be reversed, and by second separation rib blocking.

3. waterproof cooling containment vessel according to claim 2, it is characterised in that：The air-flow guide seat is also including a setting In the basal wall medial surface and with the bottom surface of the outer cover unit apart from one another by boss, and four equiangularly spaced to be arranged at this interior Side simultaneously extends to the rib pin being connected with the boss, and first and second separation rib is arranged at the top side of the boss, the rib pin with should The bottom surface of outer cover unit abuts, and each first flow is by the basal wall, the boss, wherein two adjacent rib pin and first separation Define joined together by rib, each second flow channel is matched somebody with somebody by the basal wall, the boss, wherein two adjacent rib pin and second separation rib Conjunction is defined.

4. waterproof cooling containment vessel according to claim 3, it is characterised in that：Each first flow has one and is located at The first diversion section between the basal wall, the boss and the wherein two adjacent rib pin, and one be located at the boss, this is wherein two adjacent Rib pin with this first separate intercostal the first Connectivity Section, each second flow channel have one be located at the basal wall, the boss with The second diversion section between the wherein two adjacent rib pin, and one be located at the boss, the wherein two adjacent rib pin and this second Separate the second Connectivity Section of intercostal, the first Connectivity Section of each first flow connects with the second Connectivity Section of the second flow channel Logical, the second Connectivity Section of each second flow channel connects with the first Connectivity Section of the first flow.

5. waterproof cooling containment vessel according to claim 4, it is characterised in that：The orthogonal friendship of first and second separation rib Mistake, the first Connectivity Section of each first flow is separated into two the first connected regions, each second by second separation rib Second Connectivity Section in road is separated into two the second connected regions by first separation rib, each first connected region and corresponding second One of them second connected region of runner in correspondence with each other and connects, and each second connected region and corresponding first flow are wherein One the first connected region in correspondence with each other and connect.

6. waterproof cooling containment vessel according to claim 4, it is characterised in that：The boss has four and equiangularly spaced sets Put and the guide face between the rib pin, the guide face by inclining inwardly and upward outward, two of which guide face difference position Connect intersegmental with first in the first diversion section of the first flow, another two guide face is respectively positioned at the of the second flow channel Two diversion sections connect intersegmental with second.

7. waterproof cooling containment vessel according to claim 1, it is characterised in that：The heat-sink unit is also arranged at including one Installing plate in the receiving space, the installing plate has the passage of several air-vents corresponding to the outer cover unit, the air-flow Guide seat is fixed on the bottom surface of the outer cover unit by the installing plate.

8. waterproof cooling containment vessel according to claim 1, it is characterised in that：The heat-sink unit also includes that a piece of waterproof is saturating Air film, the waterproof ventilated membrane is arranged at the bottom surface of the outer cover unit, and is folded between the air-flow guide seat and the outer cover unit, should Waterproof ventilated membrane covers the air-vent.

9. waterproof cooling containment vessel according to claim 1, it is characterised in that：The outer cover unit includes a lower casing, and One upper casing being connected with the lower casing, the upper casing can be formed at the bottom of the lower casing relative to the lower casing closure or openness, the bottom surface Side, the upper casing has the window of an energy printing opacity.

10. waterproof cooling containment vessel according to claim 1, it is characterised in that：The waterproof cooling containment vessel also includes one The individual shock-absorbing piece that can be removably arranged in the receiving space, the shock-absorbing piece includes that one is open, and breathes freely described in the open communication Hole and the receiving space.

11. waterproof cooling containment vessels according to claim 1, it is characterised in that：The waterproof cooling containment vessel also includes one Individual fixed cell, the basal wall also has a lateral surface in contrast to the medial surface, and the lateral surface forms a draw-in groove, and this is fixed Unit includes a clip engine part for being removedly arranged at the draw-in groove.