A kind of shatter-resistant portable hard drive
Technical field
The utility model belongs to memory area, is specifically related to a kind of shatter-resistant portable hard drive.
Background technology
Along with network with multimedialy to develop rapidly, the Large Volume Data that people more and more often run in units of GB exchanges, in the face of such fat person's data, the carrier that hard disk is best beyond doubt, but common hard disc is mounted in cabinet, and operating system is installed, has therefore been not easy to mobile.And portable hard drive has that capacity is large, volume is little, speed is high, speed is high and the advantage such as reliability lifting due to it, just receives the favor of numerous consumer.But in the process of the use of portable hard drive, in view of the special nature of portable hard drive, owing to the reason such as to fall, touch, can cause the damage of portable hard drive and or store the loss of data, bring very large impact to user, also limited to the application of portable hard drive.
Utility model content
In order to solve the problems referred to above that prior art exists, the utility model provides and can reduce portable hard drive and fall, touch, and increases a kind of shatter-resistant portable hard drive of portable hard drive safety in utilization.
The technical scheme that the utility model adopts is:
A kind of shatter-resistant portable hard drive, it comprises portable hard drive body, fixed sturcture and buffer structure; Described fixed sturcture is located at the bottom side of described portable hard drive body, and described fixed sturcture comprises support column and sucker, and described support column one end connects portable hard drive body, described support column other end connecting sucker; Described buffer structure is wrapped in all sides of described portable hard drive body, described buffer structure is that elastomeric material is shaping, described buffer structure inside is provided with inflating cavity, the distance of top to the bottom of the described buffer structure after inflation is greater than the thickness of described portable hard drive body, the bottom of described buffer structure is provided with some slipmat, and the bottom of described buffer structure and top are respectively equipped with some beams.
Adopt said structure, be located at the fixed sturcture of portable hard drive body bottom side, portable hard drive place or use process in, support column can support portable hard drive body, in the process that portable hard drive is placed, be convenient to the heat radiation of portable hard drive body bottom, in the process of portable hard drive landing, can avoid portable hard drive body bottom directly and earth surface; Portable hard drive can be adsorbed in the places such as desktop by sucker, plays the effect of fixing portable hard drive, prevents mobile landing, causes to fall and touch.Buffer structure is wrapped in all sides in portable hard drive body, and the distance of top to bottom of described buffer structure after inflation is greater than the thickness of described portable hard drive body, when the careless landing of portable hard drive, the bottom of buffer structure or top are directly and earth surface, prevent portable hard drive from directly contacting with ground, cause physical impacts.In addition owing to being filled with gas in the inflating cavity of buffer structure, the deformation of buffer structure, deformation are restorative and resiliency is all better, deformation and deformation is restorative can adapt to no state of ground, and resiliency reduces owing to shaking the infringement caused portable hard drive.Be located at the slipmat of buffer structure bottom, in the process can placed at portable hard drive, increase the friction force of portable hard drive and placed side, reduce and slide, reduce the risk of landing, increase the stationarity of portable hard drive.In the process that the beam being located at buffer structure bottom and top can be placed at portable hard drive, reduce the vibrations of portable hard drive, again can in the process of portable hard drive landing, the concussion that the contact reducing portable hard drive and ground causes.
Preferably, described buffer structure is provided with some louvres.When all sides due to portable hard drive body are provided with buffer structure to reduce the landing of portable hard drive; to the infringement that portable hard drive causes; but buffer structure also can reduce the thermal diffusivity of portable hard drive body; in order to the object of protection portable hard drive body can be reached; the effect of heat radiation can be reached again; buffer structure is provided with some louvres, portable hard drive body is dispelled the heat.Louvre structure is simple, and manufacture more convenient, radiating effect is also better.
Preferably, described portable hard drive body is provided with temperature sensor, and described temperature sensor is connected with controller, and described controller is connected with radiator fan.In order to better radiating effect can be reached and economize energy, portable hard drive body is provided with temperature sensor, the temperature of Real-Time Monitoring portable hard drive body, control radiator fan by controller and carry out work, namely the object of heat radiation is reached, again can when the temperature of portable hard drive body be not high, the effective energy saving radiator fan.
Preferably, the top 0.5-2cm of portable hard drive body is extended on the top of the described buffer structure after inflation, and the bottom 0.5-2cm of portable hard drive body is extended in the bottom of the described buffer structure after inflation.This kind of structure, can play the effect of buffer structure, is unlikely to again the excessive height making buffer structure, causes unnecessary waste.
Preferably, the quantity of described support column and sucker is several.Several support columns and sucker good fixing effect.Several suckers can make the stability of portable hard drive body better simultaneously.
Preferably, described sucker is that rubber or plastic material are shaping.The effect that absorption is fixed is better, and material is easy to get, low cost of manufacture.
Preferably, be provided with several separation membranes in described inflating cavity, described inflating cavity is divided into several air bags by described separation membrane.By separation membrane, inflating cavity is divided into several air bags, when one of them or the damage of several air bag, does not affect the use of buffer structure.
The beneficial effects of the utility model are: the utility model is provided with sucker and buffer structure on portable hard drive body, and on buffer structure, be provided with slipmat and beam, by sucker, buffer structure, slipmat and beam combine, acting in conjunction, make portable hard drive in the process of placing, portable hard drive body is realized fixing, anti-skidding, the object of damping, in the process of portable hard drive landing, buffering is realized to portable hard drive body, the object of damping, portable hard drive is made to realize the object of shatter-resistant, storage data in protection portable hard drive, increase the security that portable hard drive uses, extend the serviceable life of portable hard drive.
Accompanying drawing explanation
Fig. 1 is the perspective view of a kind of shatter-resistant portable hard drive of the utility model;
Fig. 2 is the first cut-open view along A-A in Fig. 1;
Fig. 3 is the second cut-open view along A-A in Fig. 1;
The structural representation of Fig. 4 to be radiating mode be heat emission fan.
In figure: 1, portable hard drive body; 2, fixed sturcture; 21, support column; 22, sucker; 3, buffer structure; 31, inflating cavity; 311, separation membrane; 312, air bag; 32, slipmat; 33, beam; 34, louvre; 35, heat emission fan; 36, controller; 37, temperature sensor.
Embodiment
As shown in Figure 1-2, the utility model provides a kind of shatter-resistant portable hard drive, and it comprises portable hard drive body 1, fixed sturcture 2 and buffer structure 3, described fixed sturcture 2 is located at the bottom side of described portable hard drive body 1, and described fixed sturcture 2 comprises support column 21 and sucker 22, and described sucker 22 is that rubber or plastic material are shaping, and the quantity of described support column 21 and sucker 22 is several, each described support column 21 one end connects portable hard drive body 1, and the other end connects a described sucker 22, described buffer structure 3 is wrapped in all sides of described portable hard drive body 1, described buffer structure 3 is that elastomeric material is shaping, described buffer structure 3 inside is provided with inflating cavity 31, the distance of top to the bottom of the described buffer structure 3 after inflation is greater than the thickness of described portable hard drive body 1, the top 0.5-2cm of portable hard drive body 1 is extended on the top of the described buffer structure 3 after inflation, the bottom 0.5-2cm of portable hard drive body 1 is extended in the bottom of the described buffer structure 3 after inflation, the bottom of described buffer structure 3 is provided with some slipmat 32, the bottom of described buffer structure 3 and top are respectively equipped with some beams 33.
Adopt said structure, be located at the fixed sturcture 2 of portable hard drive body 1 bottom side, portable hard drive place or use process in, support column 21 can support portable hard drive body 1, in the process that portable hard drive is placed, be convenient to the heat radiation of portable hard drive body 1 bottom, in the process of portable hard drive landing, can avoid portable hard drive body 1 bottom directly and earth surface; Portable hard drive can be adsorbed in the places such as desktop by sucker 22, plays the effect of fixing portable hard drive, prevents mobile landing, causes to fall and touch.The fixed effect of several support columns 21 and sucker 22 is better.Several suckers 22 can make the stability of portable hard drive body 1 better.
Buffer structure 3 is wrapped in all sides of portable hard drive body 1, and the distance of top to bottom of described buffer structure 3 after inflation is greater than the thickness of described portable hard drive body 1, when the careless landing of portable hard drive, the bottom of buffer structure 3 or top are directly and earth surface, prevent portable hard drive from directly contacting with ground, cause physical impacts.In addition owing to being filled with gas in the inflating cavity 31 of buffer structure 3, the deformation of buffer structure 3, deformation is restorative and resiliency is all better, deformation and deformation is restorative can adapt to no state of ground, resiliency reduces owing to shaking the infringement caused portable hard drive.Be located at the slipmat 32 of buffer structure 3 bottom, in the process can placed at portable hard drive, increase the friction force of portable hard drive and placed side, reduce and slide, reduce the risk of landing, increase the stationarity of portable hard drive.In the process that the beam 33 being located at buffer structure 3 bottom and top can be placed at portable hard drive, reduce the vibrations of portable hard drive, again can in the process of portable hard drive landing, the concussion that the contact reducing portable hard drive and ground causes.
Buffer structure 3 of the present utility model is wrapped in all sides of portable hard drive body 1, compared with the structure being wrapped in whole outsides of portable hard drive body 1 with buffer structure 3, thermal diffusivity is better, and compared with the structure being only wrapped in portable hard drive body 1 corner with buffer structure 3, security is higher.
As shown in Figure 3, in order to work as inflating cavity 31 local damage, do not affect the use of inflating cavity 31 entirety, be provided with several separation membranes 311 in described inflating cavity 31, described inflating cavity 31 is divided into several air bags 312 by described separation membrane 311.By separation membrane 311, inflating cavity 31 is divided into several air bags 312, when one of them or several air bag 312 damage, does not affect the use of buffer structure 3.Described separation membrane 311 is that soft material is shaping, and airtight, as polyethylene film or rubber diaphragm.
When all sides due to portable hard drive body 1 are provided with buffer structure 3 to reduce the landing of portable hard drive; to the infringement that portable hard drive causes; but buffer structure 3 also can reduce the thermal diffusivity of portable hard drive body 1; in order to the object of protection portable hard drive body 1 can be reached; can reach again the effect of heat radiation, the utility model have employed two kinds of radiating modes:
The first radiating mode is, described buffer structure 3 is provided with some louvres.Some louvres 34 that buffer structure 3 is provided with, dispel the heat to portable hard drive body 1.Louvre 34 structure is simple, and manufacture more convenient, radiating effect is also better.
The second radiating mode is, as shown in Figure 4, described portable hard drive body 1 is provided with temperature sensor 37, and described temperature sensor 37 is connected with controller 36, and described controller 36 is connected with radiator fan 35.In order to better radiating effect can be reached and economize energy, portable hard drive body 1 is provided with temperature sensor 37, the temperature of Real-Time Monitoring portable hard drive body 1, control radiator fan 35 by controller 36 and carry out work, namely the object of heat radiation is reached, again can when the temperature of portable hard drive body 1 be not high, the effective energy saving radiator fan 35.
The beneficial effects of the utility model are: the utility model is provided with sucker 22 and buffer structure 3 on portable hard drive body 1, and on buffer structure 3, be provided with slipmat 32 and beam 33, by sucker 22, buffer structure 3, slipmat 32 and beam 33 combine, acting in conjunction, make portable hard drive in the process of placing, portable hard drive body 1 is realized fixing, anti-skidding, the object of damping, in the process of portable hard drive landing, buffering is realized to portable hard drive body 1, the object of damping, portable hard drive is made to realize the object of shatter-resistant, storage data in protection portable hard drive, increase the security that portable hard drive uses, extend the serviceable life of portable hard drive.
The utility model is not limited to above-mentioned preferred forms; anyone can draw other various forms of products under enlightenment of the present utility model; no matter but any change is done in its shape or structure; every have identical with the application or akin technical scheme, all drops within protection domain of the present utility model.