CN108839911A - A kind of precise electronic product storage device - Google Patents

Abstract

The invention discloses a kind of precise electronic product storage devices, including including subregion mechanism, including the first division component and the second division component, second division component can be slided in the longitudinal direction of first division component, and second division component can be slided in the longitudinal direction inside the precise electronic product storage device of the adjustable subregion；Support mechanism is rotated, including fixation kit and the overturning component being external at the top of the fixation kit, one end of the overturning component and the fixation kit are hinged；And intelligent apparatus.The present invention can change according to the demand of user the arrangement mode of box house partition, to change the size of each subregion, therefore greatly improve the utilization rate of housing interior volume and cleaning that object is put.

Description

A kind of precise electronic product storage device

Technical field

The present invention relates to technical field of electronic products, especially a kind of precise electronic product storage device.

Background technique

Moist and temperature is the lethal factor of Quality of electronic products, the especially humidity of environment, therefore how have been modernized The ambient humidity of effect management and monitoring electronic product storage is to reduce the vital task that enterprises' loss is high-tech electronic enterprise.Absolutely Most of electronic product is required and is stored in dry conditions.According to statistics, there is 1/4 or more industry manufacture defective products in the whole world every year It is related with moist harm.For electronics industry, moist harm has become one of the principal element for influencing product quality.

Electronic product needs to use when being stored or being carried electronic product storage device, however general electronics Subregion and layout type inside product storage device are single fixed form, can only place specific electronic product, and And be also difficult to put more than one piece electronic product simultaneously, therefore the space utilization rate inside conventional storage device is low, place electronic product Flexibility and changeability it is poor.

Summary of the invention

The purpose of this section is to summarize some aspects of the embodiment of the present invention and briefly introduce some preferable implementations Example.It may do a little simplified or be omitted to avoid our department is made in this section and the description of the application and the title of the invention Point, the purpose of abstract of description and denomination of invention it is fuzzy, and this simplification or omit and cannot be used for limiting the scope of the invention.

The problem of in view of above-mentioned and/or existing electronic product storage device, propose the present invention.

Therefore, the one of purpose of the present invention is to provide a kind of precise electronic product storage device, can examine in real time Survey every environmental factor inside precise electronic product storage device.

In order to solve the above technical problems, the present invention provides the following technical solutions：A kind of precise electronic product storage device, Including subregion mechanism, it is set to the inside of the precise electronic product storage device, the subregion mechanism includes the first partition group Part and the second division component, the orthogonal setting of the two, second division component can be in the vertical of first division component To being slided, second division component can be slided in the longitudinal direction inside the precise electronic product storage device； Support mechanism is rotated, is set to the inside of the precise electronic product storage device, including fixation kit and is external in described solid Determine the overturning component at the top of component, one end of the overturning component and the fixation kit are hinged, and the other end is able to carry out overturning And ride on the inner sidewall of the precise electronic product storage device, form support platform；And intelligent apparatus, it is set to institute State the inside of precise electronic product storage device comprising, sensing unit can incude and collect the precise electronic product Environmental factor inside storage device, and data information transfer is converted to processing unit by the variation of the environmental factor；Place Unit is managed, is connected with the sensing unit, the sensing unit presets corresponding threshold value for environmental factor, when it connects After receiving the data information from the sensing unit, it is compared with threshold value corresponding to the data information, with determination Whether the data information is more than threshold value corresponding to it；Indicating unit is attached with the processing unit, and the instruction Unit can according to the processing unit to the data information from it corresponding to different comparison results between threshold value and make Different feedbacks；And supply unit, while being attached with each unit inside the intelligent apparatus, and supplied for each unit Should work required electric energy.

Beneficial effects of the present invention：Precise electronic product storage device of the present invention can be to the items of its box house Environmental factor carries out real-time monitoring, when the indexs such as the humidity of electronic product storage environment or temperature are more than that specified early warning value can lead to It crosses indicator light and cell phone application notifies user, it is reminded to replace the storage environment of storage device, produced with evading environmental factor to electronics The harm of product.The present invention can change according to the demand of user the arrangement mode of box house partition, to change each subregion Size so that the inside of storage device have layout type diversity and flexibility and changeability, can adapt to multiple and more The placing space demand of kind of electronic product, therefore greatly improve the utilization rate of housing interior volume and that object is put is clean and tidy Property；Meanwhile the present invention is by the setting of rotation support mechanism, it, can also be into so that storage device can either increase horizontal partitioning The vertical layering of row selectivity, therefore the mode selective for storing subregion is strong, can actually put demand according to electronic product Any arrangement combination is carried out, so that the size and number of each subregion has diversification.

Detailed description of the invention

In order to illustrate the technical solution of the embodiments of the present invention more clearly, required use in being described below to embodiment Attached drawing be briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for this For the those of ordinary skill of field, without any creative labor, it can also be obtained according to these attached drawings other Attached drawing.Wherein：

Fig. 1 is precise electronic product storage device described in precise electronic product storage device one embodiment of the present invention Closed state structural schematic diagram.

Fig. 2 is schematic diagram of internal structure and its office described in precise electronic product storage device one embodiment of the present invention Portion's detail of construction.

Fig. 3 be precise electronic product storage device one embodiment of the present invention described in subregion mechanism arrangement schematic diagram and Its locating element structure detail drawing.

Fig. 4 is overall structure sectional view described in precise electronic product storage device one embodiment of the present invention and its determines The motion process schematic diagram of position part knot.

Fig. 5 is overall structure diagram and its office described in precise electronic product storage device one embodiment of the present invention Portion's detail drawing.

Fig. 6 is schematic diagram of internal structure described in second embodiment of precise electronic product storage device of the present invention and its One sticking department detail of construction, lock body shell fragmentary detail view.

Fig. 7 is overall structure diagram and its lock described in second embodiment of precise electronic product storage device of the present invention Determine the internal structure detail drawing of mechanism.

Fig. 8 is the internal structure of the second sticking department described in second embodiment of precise electronic product storage device of the present invention Schematic diagram.

Fig. 9 is that the internal structure of locking mechanism described in second embodiment of precise electronic product storage device of the present invention is quick-fried Fried figure.

Figure 10 is driving assembly structural schematic diagram described in second embodiment of precise electronic product storage device of the present invention And its partial structurtes detail drawing.

Figure 11 is the whole knot of the second guide part described in second embodiment of precise electronic product storage device of the present invention Structure schematic diagram.

Figure 12 is in movable component motion process described in second embodiment of precise electronic product storage device of the present invention Temporary locked state and temporary unlocked state comparison diagram.

Figure 13 is locking mechanism internal structure described in second embodiment of precise electronic product storage device of the present invention Front view.

Figure 14 is locked component explosive view described in second embodiment of precise electronic product storage device of the present invention.

Figure 15 is locked component assembling schematic diagram described in second embodiment of precise electronic product storage device of the present invention.

Figure 16 be second embodiment of precise electronic product storage device of the present invention described in locked component side view and Its diagrammatic cross-section.

Figure 17 is the side view of the second sticking department described in second embodiment of precise electronic product storage device of the present invention And its diagrammatic cross-section.

Figure 18 is extended state and receiving state described in precise electronic product storage device third embodiment of the present invention Structure comparison schematic diagram.

Figure 19 is that rotation support mechanism described in precise electronic product storage device third embodiment of the present invention is integrally tied Structure schematic diagram and its fragmentary detail view.

Figure 20 is that rotation support mechanism structure described in precise electronic product storage device third embodiment of the present invention is torn open Divide schematic diagram.

Figure 21 is rotation support mechanism explosive view described in precise electronic product storage device third embodiment of the present invention And its fragmentary detail view.

Figure 22 is integrally-built flat, sectional view described in precise electronic product storage device third embodiment of the present invention And the part section detail drawing of rotation support mechanism.

Figure 23 is intelligent apparatus systematic schematic diagram described in the 4th embodiment of precise electronic product storage device of the present invention.

Figure 24 is that the installation of intelligent apparatus described in the 4th embodiment of precise electronic product storage device of the present invention is fixed Position view.

Specific embodiment

In order to make the foregoing objectives, features and advantages of the present invention clearer and more comprehensible, right with reference to the accompanying drawings of the specification A specific embodiment of the invention is described in detail.

In the following description, numerous specific details are set forth in order to facilitate a full understanding of the present invention, but the present invention can be with Implemented using other than the one described here other way, those skilled in the art can be without prejudice to intension of the present invention In the case of do similar popularization, therefore the present invention is not limited by the specific embodiments disclosed below.

Secondly, " one embodiment " or " embodiment " referred to herein, which refers to, may be included at least one realization side of the invention A particular feature, structure, or characteristic in formula." in one embodiment " that different places occur in the present specification not refers both to The same embodiment, nor the individual or selective embodiment mutually exclusive with other embodiments.

It referring to Fig.1~5, is first embodiment of the invention, this embodiment offers a kind of storages of precise electronic product to fill It sets, the arrangement mode of box house partition can be changed according to the demand of user, to change the size of each subregion, therefore The cleaning that the utilization rate and object for greatly improving housing interior volume are put.

The precise electronic product storage device includes outer case 100 and subregion mechanism 200.Wherein, outer case 100 is storage The accommodating main body of cryopreservation device comprising external cabinet shell 101 and the accommodating space M formed by cabinet shell 101.Cabinet shell 101 include the side wall 101a and the bottom plate 101b for being sealingly fastened in the bottom side wall 101a that periphery is vertically arranged.And subregion Mechanism 200 is the mobile dividing plate in outer case 100, is set to the inside of accommodating space M, the both ends of subregion mechanism 200 with The medial surface of side wall 101a is attached, and can carry out linear slide or fixation along the direction side wall 101a that it is connected.

In addition, outer case 100 of the present invention further includes top cover 102, top cover 102 is set to the top of cabinet shell 101.Tool Body, the wherein one side edge of top cover 102 and the one side edge of 101 upper end of cabinet shell carry out hingedly, can pass through overturning and realize It opens or is closed.

Subregion mechanism 200 include the first division component 201 and the second division component 202, the orthogonal setting of the two, second Division component 202 can be slided in the longitudinal direction of the first division component 201, and the second division component 202 can be in precise electronic It is slided longitudinal direction inside product storage device.Specifically, the first division component 201 and the second division component 202 are can With mobile partition, and moving direction is orthogonal；Meanwhile side wall 101a includes front side board 101a-1 and back side panel 101a-2, And the two is disposed in parallel relation to one another.In the present invention, the edges at two ends of the first division component 201 respectively with front side board 101a-1 and Back side panel 101a-2 is vertically connected, and can be carried out along the direction of front side board 101a-1 linear slide or it is immediately solid It is fixed.Herein it should be noted that：" along the direction of front side board 101a-1 " is front side board 101a-1 (or back side panel 101a- 2) longitudinal direction.

Further, the first division component 201 have a pair of of monomer parallel to each other, both ends with front side board 101a-1 (or back side panel 101a-2) vertically, and between two 201 monomers of the first division component parallel to each other by fixed plate 201a into Row is fixedly connected, therefore two 201 monomers of the first division component form a fixed entirety under the connection of fixed plate 201a, It is constant to be able to maintain spacing.It will be apparent that accommodating space M is divided into three sections of clearance spaces by the first division component 201, respectively For the subregion of one section of subregion and its two sides among the first division component 201.

In the present invention, the first division component 201 can carry out the implementation of linear slide in accommodating space M and be： Conducting bar 201b is provided in the outer end edges of first division component 201, and (the first division component 201 either end can be arranged wherein Conducting bar 201b, or conducting bar 201b is set simultaneously at both ends), the first strip corresponding to conducting bar 201b is provided on side wall 101a Guide rail 201c, and conducting bar 201b is embedded in the first strip guide rail 201c, forms clearance fit.Conducting bar 201b herein has sliding block Effect, can be slided in the first strip guide rail 201c；And the first strip guide rail 201c can be on side wall 101a The strip groove of indent is also possible to the horizontal track component being fixed on side wall 101a medial surface.

Therefore, from the above, it can be seen that：First division component 201 is matched entirely through conducting bar 201b and the first strip guide rail 201c's It closes, can be slided along the direction of front side board 101a-1.

Further, the outer end of the first division component 201 also has telescopic mouth 201d (the first division component 201 can be Telescopic mouth 201d is arranged in either end, or is arranged telescopic mouth 201d simultaneously at both ends), positioning is fixed in telescopic mouth 201d Part 201e.Locating piece 201e is used to be fixed, position to sliding into the first division component 201 after a certain specific position, prevents Only move；And telescopic mouth 201d is on the first division component 201 for placing and fixed positioning piece 201e " notch ".

Specifically, locating piece 201e include be fixed in telescopic mouth 201d and extend horizontally outward guiding axis 201e-1, It is sheathed on the crushing block 201e-2 of the outer end guiding axis 201e-1, and rebound part 201e-3.Wherein, guiding axis 201e-1 is for being The sliding of crushing block 201e-2 is oriented to.In order to optimize the kinetic stability of crushing block 201e-2, can be set a pair of mutual Parallel guiding axis 201e-1, and crushing block 201e-2 is placed on two guiding axis 201e-1 arranged side by side.In the present invention Crushing block 201e-2 for directly squeeze side wall 101a, production cooperation after friction, with formed brake.Crushing block 201e-2 Medial surface on also recess have the guide channel 201e-21 for being matched with guiding axis 201e-1.

Rebound part 201e-3 in the present invention is sheathed on guiding axis 201e-1, and both ends are against telescopic mouth 201d's respectively On the inner face of bottom and crushing block 201e-2, therefore, crushing block 201e-2 rebound part 201e-3 elastic force effect under, Lateral surface is against on side wall 101a, forms braking.Spring can be directly used to realize in rebound part 201e-3 herein.

Further, anti-drop block 201e-11 is provided on the side of guiding axis 201e-1, anti-drop block 201e-11 is evagination Block structure.And there is the mating groove 201e-22 for being matched with anti-drop block 201e-11 on the two sides of crushing block 201e-2, cooperation Slot 201e-22 is identical as the direction guide channel 201e-21, and the two forms connection each other.Therefore, when crushing block 201e-2 is being led When being slided on axis 201e-1, mating groove 201e-22 can be defined the motion range of anti-drop block 201e-11, Define the motion range of crushing block 201e-2 entirety.

Further, it is further fixed on button 201e-23 on the outer end face of crushing block 201e-2, and has on side wall 101a and matches Sliding together in button 201e-23 and its button 201e-23 structure positions sealing 101a-3.It should be noted that sliding positioning Sealing 101a-3 is the penetrating slideway of strip, specifically, the inner sidewall up and down of sliding positioning sealing 101a-3 is slope surface, and sliding The collar extension width of dynamic positioning sealing 101a-3 is less than internal orifice width, simultaneously as the outer edge contour of crushing block 201e-2 also cooperates In the cross-sectional profiles of positioning sealing 101a-3, therefore, when crushing block 201e-2 squeezes appointing in sliding positioning sealing 101a-3 When one position, main body is stuck on the inside of sliding positioning sealing 101a-3 and cannot pass through, and only button 201e-23 accommodates sky certainly Between M inside be pierced by outward sliding positioning sealing 101a-3.

Preferably, on the outer fringe surface of crushing block 201e-2 or in two slope surfaces up and down of sliding positioning sealing 101a-3 Increasing resistance material can be covered, to improve the coefficient of friction of the two contact surface, increases stiction, optimization crushing block 201e-2's determines Position effect.

In conclusion when needing to change the whole position of the first division component 201, and change the three sections of intervals divided by it When the partition size in space, following process can be carried out：

Button 201e-23 is inwardly pinned with hand, crushing block 201e-2 is inside along guiding axis 201e-1 under external force Sliding until its outer fringe surface is detached from sliding positioning sealing 101a-3 medial surface, therefore contacts friction and disappears, at this time again to press Button 201e-23 be position (when locating piece 201e is all arranged in 201 both ends of the first division component, both ends are pinned simultaneously), then with The direction vertical with the first division component 201 pushes the first division component 201, and the first division component 201 is in the first strip guide rail Linear slide is carried out in 201c, until be moved to it is a certain needed for position when, release button 201e-23, crushing block 201e-2 can be It is squeezed again under the restoring force effect of rebound part 201e-3 in sliding positioning sealing 101a-3, ultimately forms positioning.

Preferably, manpower can be always to button 201e-23 to guarantee in the motion process of the first division component 201 It is operated, therefore the present embodiment is set：Button 201e-23 exposes to cunning during crushing block 201e-2 is slided always The outside of dynamic positioning sealing 101a-3.

In the present invention, subregion mechanism 200 further includes the second division component 202, and the second division component 202 is to be vertically arranged Partition between two monomers parallel to each other of the first division component 201 can be set one or set in parallel simultaneously It sets multiple.

Further, guide block 202a, the first division component 201 are provided in the edges at two ends of the second division component 202 Two opposite faces on be provided with the second strip guide rail 202b for being matched with guide block 202a, guide block 202a is embedded in the second strip and leads In rail 202b, clearance fit is formed.Guide block 202a herein has the function of sliding block, can be in the second strip guide rail 202b It is slided；And the second strip guide rail 202b can be the strip groove of indent on the first division component 201, be also possible to level The track component being fixed on 201 medial surface of the first division component.

Since the second division component 202 is by the cooperation of guide block 202a and the second strip guide rail 202b, and can be along the The direction (direction of the first division component 201 is the direction vertical with front side board 101a-1) of one division component 201 is slided, Therefore the second division component 202 can change smaller subregion between the first division component 201.

It is second embodiment of the invention referring to Fig. 6~17, which is different from upper one embodiment：This The invention precise electronic product storage device further includes locking mechanism S, and locking mechanism S is fixed on the outside of outer case 100 On wall, between top cover 102 and cabinet shell 101 temporary locking or permanence lock, i.e.,：Locking mechanism S has both To the temporary lock/unlock function of top cover 102, and the prolonged locking function to top cover 102.Its scheme is as follows：

Precise electronic product storage device further includes locking mechanism S, and locking mechanism S is fixed on the lateral surface of outer case 100 On；Top cover 102 includes the first connection edge 102a and the second connection edge 102b, and the two mutually faces；First connection edge 102a and the wherein side at 101 top of cabinet shell are hinged, and the second connection edge 102b can pass through locking mechanism S and cabinet shell The other side at 101 tops is attached.

Locking mechanism S includes the first sticking department 300, is fixed on lateral surface corresponding to the second connection edge 102b, the Connection component 301 is provided on the lower end surface of one sticking department 300；Second sticking department 400, be fixed on the top of cabinet shell 101 and Corresponding to the position of the first sticking department 300, the second sticking department 400 includes movable component 401, locked component 402 and driving assembly 403, movable component 401 and locked component 402 are sheathed on the periphery of driving assembly 403, and driving assembly 403 can drive folding Component 401 or locked component 402 are rotated.

Based on the above-mentioned technical proposal, specifically：

Such as Fig. 6,7, top cover 102 includes the first connection edge 102a and the second connection edge 102b, and the two is top cover 102 On marginal texture for being fastened with cabinet shell 101, and the two mutually faces.Wherein, the first connection edge 102a and cabinet shell The wherein side at 101 tops is mutually hinged, meanwhile, the second connection edge 102b can be pushed up by locking mechanism S and cabinet shell 101 The other side (relative to hinged side) in portion is attached, and forms locking.

If Fig. 8, above-mentioned locking mechanism S include the first sticking department 300 and the second sticking department 400, the first sticking department 300 is solid It is connected on lateral surface corresponding to edge 102b due to second, lower end surface is provided with connection component 301, and connection component 301 is The hook formation extended downwardly；Second sticking department 400 is fixed on the top of cabinet shell 101 and corresponds to the first sticking department 300 At position comprising movable component 401, locked component 402 and driving assembly 403, movable component 401 and 402 sets of locked component Set on the periphery of driving assembly 403, and driving assembly 403 can drive movable component 401 or locked component 402 to be rotated.

In the present invention, when flip top cover 102 and when being fastened on cabinet shell 101, connection component 301 can be just embedded in The inside of second sticking department 400, and mating reaction is carried out with movable component 401, to have temporary lock function；And pass through Driving assembly 403 acts on locked component 402, and with 301 mating reaction of connection component, thus have permanence locking function Energy.

Specifically, driving assembly 403 includes the first actuator 403a, the second actuator 403b and guide part referring to 9,10 403c.Wherein, the first actuator 403a is tubular structure, and movable component 401 and locked component 402 are sheathed on the first actuator On the outer tube wall of 403a, and on the lateral wall of the first actuator 403a along a cross-sectional circumferential be evenly equipped at least two it is outer Male member 403a-1 (is illustrated for three) in the present invention, and outer male member 403a-1 herein is structure raised on outer tube wall Block, for carrying out insertion cooperation, driving to movable component 401 or locked component 402.In addition, on the inside of the first actuator 403a Center axial position also has the sliding channel 403a-2 for interting guide part 403c.

Second actuator 403b is external on the outer end face of the first actuator 403a, can pass through A-frame in the present invention Second actuator 403b is fixed on to the end of the first actuator 403a.Second actuator 403b is shaft-like structure, internal tool There are hollow limit channels 403b-1, the sliding channel 403a-2 of access portal face guide part 403c, and the two is coaxial.This hair Guide part 403c inner termination in bright is fixed, and external end head passes through sliding channel 403a-2, and is inserted into limit channels 403b-1, this Place should be noted：Retain a fixed spacing between the external end head of guide part 403c and the inner termination of limit channels 403b-1, makes Obtaining the entirety that the first actuator 403a and the second actuator 403b are combined can carry out to a certain degree on guide part 403c Telescopic slide, slidably the limiting value of length is the external end head of guide part 403c and the inner termination of limit channels 403b-1 Between maximum spacing.

Guide part 403c among the above is the fixing axle for providing driving assembly 403 and carrying out telescopic slide and rotation driving.Its Structure can carry out corresponding variable diameter processing to be adapted to the internal diameter of sliding channel 403a-2 and limit channels 403b-1.This In invention, the inside of locked component 402 is additionally provided with end cap 403d, and the inner termination of guide part 403c is fixed on end cap 403d, External end head passes through the first actuator 403a and is inserted into the limit channels 403b-1 of the second actuator 403b.In addition, the second driving The outer end of part 403b is pierced by the second sticking department 400, and is fixed with rotating handles 403b-2 in its end, for can be manually rotated or by Pressure, to control driving and the expanding-contracting action of the first actuator 403a.

Referring to Fig.1 1~13, movable component 401 can carry out temporary lock/unlock to top cover 102.In the present invention In, movable component 401 includes the second guide part 401a, driving member 401b and the first overhead kick 401c, wherein the second guide part 401a The hollow guide rail being vertically arranged, lower end are sheathed on the outer of (clearance fit) first actuator 403a by isolation ring 401a-1 On side wall.Isolation ring 401a-1 is the ring bodies for being fixed on the second lower end guide part 401a, and the top of isolation ring 401a-1 Disconnect an outer male member 403a-1 that can be allowed on the first actuator 403a it is without hindrance by opening A.

Second guide part 401a's is internally provided with guide pad 401a-2, guide pad 401a-2 can along vertical direction into Row slides up and down.The lower end guide pad 401a-2 also has the first elastic component 401a-3, and the lower end of the first elastic component 401a-3 is against The guide rail bottom of second guide part 401a, upper end are against the bottom of guide pad 401a-2.The first elastic component 401a-3 herein is adopted With spring, the bar shape of guide pad 401a-2, top is further fixed on magnetic force piece 401a-5.

Driving member 401b includes the first swivel becket 401b-1 being sheathed on the first actuator 403a lateral wall, and with One swivel becket 401b-1 hinged connecting rod 401b-2 has on the inner sidewall of the first swivel becket 401b-1 and is matched with outer male member The first notch 401b-3 of 403a-1.Wherein, the first swivel becket 401b-1 can be set to cam-like, one end of evagination and company The lower end of bar 401b-2 is attached to form transmission, and the upper end of connecting rod 401b-2 is allowed through on the second guide part 401a Sealing 401a-4 (vertical gap) and guide pad 401a-2 carries out hinged.Therefore it can be seen from the above, if the first actuator 403a Outer male member 403a-1 be embedded in the first notch 401b-3 in when, then by rotate the first actuator 403a can drive the first rotation Ring 401b-1 is rotated simultaneously, and the first swivel becket 401b-1 passes through the transmission of connecting rod 401b-2, can pull guide pad 401a-2 carries out slide downward in the second guide part 401a.

First overhead kick 401c is set to the side of the second guide part 401a by the first position-limited rack 401d, wherein first falls The hook formation that 401c is strip is hooked, gib head is located at the upper end of the first overhead kick 401c, and can match with connection component 301 It closes；First position-limited rack 401d is used for the installation of the first overhead kick 401c and limits the rotation amplitude of the first overhead kick 401c. A certain section of the centre of first overhead kick 401c carries out hingedly with the first position-limited rack 401d, and the first overhead kick 401c is hinged node separation For the first area 401c-1 and the second area 401c-2 of lower end of upper end, (the first area 401c-1 and the second area 401c-2 herein is adopted Made by the material that can be attracted magnetically with irony or iron-nickel alloy etc.).

The magnetic force piece 401a-5 corresponding to the first overhead kick 401c, magnetic force piece 401a-5 are provided at the top of guide pad 401a-2 Magnetic attraction (magnetic force piece 401a-5 herein uses magnet) can be generated to the first area 401c-1 or the second area 401c-2, and is made It obtains the first overhead kick 401c and corresponding rotation occurs, it is specific as follows：

Since guide pad 401a-2 is able to carry out vertical up and down motion, magnetic force piece in the side of the first overhead kick 401c 401a-5 is for the first overhead kick 401c --- when it is located at the corresponding position the first area 401c-1, attract the first overhead kick 401c is rotated counterclockwise；When it is located at the corresponding position the second area 401c-2, the first overhead kick 401c is attracted to carry out up time Needle rotation.

In the present invention, since the first elastic component 401a-3 is to the elastic reaction of guide pad 401a-2, movable component 401 Original state (temporary locked state) is：First swivel becket 401b-1 and connecting rod 401b-2 are vertical, and magnetic force piece 401a-5 In highest point, and exactly correspond to the first area 401c-1, therefore the first overhead kick 401c is attracted to stable state, and with connection group Part 301 is engaged to form temporary locking.

The temporary unlocked state of movable component 401 is：The first actuator is driven by operation rotating handles 403b-2 403a is rotated, that is, can produce linkage, pulls guide pad 401a-2 slide downward, until magnetic force piece 401a-5 slides into second When the corresponding position area 401c-2, the first overhead kick 401c is rotated clockwise, and gib head is disconnected component 301, forms temporary solution Lock.If unclamping rotating handles 403b-2 at this time, guide pad 401a-2 restores under the rebound effect of the first elastic component 401a-3 Original state still becomes temporary locked state.

Therefore, the realization process of above-mentioned two state is summarized it is found that need to only twist rotating handles 403b-2 can be realized temporarily The process of lock and unlock when row.Preferably, since the gib head outer rim of connection component 301 and the first overhead kick 401c is round and smooth song Face, therefore when flip top cover 102 and when being fastened on cabinet shell 101, connection component 301 can be along the top of the first overhead kick 401c Portion's curved surface is smoothly detained, and formed locking.

Referring to Fig. 9,13~17, locked component 402 can lock for a long time top cover 102.In the present invention, it locks Determine component 402 to include the second swivel becket 402a being sheathed on the first actuator 403a lateral wall, be fixed on the second swivel becket The second overhead kick 402b on 402a, and the limit film 402c in the second swivel becket 402a.Wherein, the second swivel becket 402a Structure it is similar to the first swivel becket 401b-1, main body be cyclic structure, and on inner sidewall have be matched with outer male member 403a- 1 the second notch 402a-1, the second notch 402a-1 is identical as the first notch 401b-3 structure type.

The lower end of second overhead kick 402b is fixed on the second swivel becket 402a, and upper end can be carried out with the first sticking department 300 Snap-lock.Correspondingly, the bottom surface of the first sticking department 300 has the locking of the structure, profile that are matched with the second overhead kick 402b logical Road 302.It, can be to top cover 102 and cabinet shell 101 when in the gib head insertion locking channel 302 of the second upper end overhead kick 402b Between carry out permanence locking.

The ring of second swivel becket 402a is embedded with complementary limit film 402c, and limit film 402c is for limiting the second swivel becket The rotation of 402a (and second overhead kick 402b).The outside of limit film 402c has the protrusion for being matched with the second notch 402a-1 402c-1, therefore when limit film 402c is located in the ring of the second swivel becket 402a, rotation or static state and second Swivel becket 402a is consistent.There is the limit for being matched with guide part 403c to wear a mouthful 402c- in addition, the center of limit film 402c is run through 2 (it is the through-hole that clearance fit is carried out with guide part 403c lateral wall that the main structure of mouthful 402c-2 is worn in limit) namely guide part 403c wears a mouthful 402c-2 across the limit of limit film 402c.Further, limit wear on the inner sidewall of mouthful 402c-2 have along The positive stop strip 402c-3 of the longitudinal direction guide part 403c, positive stop strip 402c-3 are strip bulge, and have a pair mutually faced, and are led The limiting slot 403c-1 for being matched with positive stop strip 402c-3 is provided on part 403c.Therefore, when the positive stop strip of limit film 402c 402c-3 is embedded in after limiting slot 403c-1, can be carried out linear slide along the longitudinal of guide part 403c, but cannot be occurred Opposite rotation.It is embedded in due to limit film 402c in the ring of the second swivel becket 402a, the second swivel becket 402a can not be sent out Raw rotation.

In the present invention, it should be noted that：In the initial state, limit film 402c is integrally embedded in the second swivel becket 402a Ring in, meanwhile, the inner termination of the first actuator 403a is also embedded in the ring of the second swivel becket 402a, and limit film 402c's is outer End face is in contact (both in the ring of the second swivel becket 402a) with the inner face of the first actuator 403a, therefore by outer Limit film 402c can be squeezed out in the ring of the second swivel becket 402a by pushing dynamic first actuator 403a.In addition, limit film 402c Inside be additionally provided with the second elastic component 402d (spring can be used in the second elastic component 402d), the second elastic component 402d, which is sheathed on, to be led To on part 403c, and the medial surface of limit film 402c is resisted, for limit film 402c to be against in the ring of the second swivel becket 402a, It prevents extraneous fault from pushing the first actuator 403a unintentionally, and limit film 402c is made to be extruded the situation in ring.Correspondingly, It is additionally provided with limited block 402c-4 on the medial surface of limit film 402c, limited block 402c-4 may be provided with multiple, be distributed in limit One week outer rim of bit slice 402c, for preventing the elastic force of the second elastic component 402d from squeeze out limit film 402c by opposite direction.

As described above, limit film 402c can only be slided in the length range of limiting slot 403c-1, sliding scale It is only limitted within the second swivel becket 402a.In the present invention, the lateral surface of the second overhead kick 402b passes through third elastic component 402e-1 (spring can be used in third elastic component 402e-1) is attached with the second position-limited rack 402e, wherein the second position-limited rack 402e is used for The installation of third elastic component 402e-1, one end of third elastic component 402e-1 are fixed on the second position-limited rack 402e, and the other end supports On the lateral surface of the second overhead kick 402b, elastic potential energy is formed.

Therefore, in conclusion the original state (non-locking state) of locked component 402 is：Limit film 402c is located at second In the ring of swivel becket 402a, the second swivel becket 402a cannot rotate, therefore the second overhead kick 402b can not be embedded in locking and lead to Road 302 is locked.In this case, when only need to simply twist rotating handles 403b-2 and can be realized the above provisional The process of lock and unlock.

The locking state of locked component 402 is：Pushing the first actuator 403a, (thrust is greater than the bullet of the second elastic component 402d Power), therefore the inner end of the first actuator 403a squeezes out limit film 402c in the ring of the second swivel becket 402a.Due to not limiting Piece 402c is to the rotational restraint (limit film 402c is not able to rotate always, can only be slided) of the second swivel becket 402a, therefore second falls 402b is hooked under the elastic force effect of third elastic component 402e-1, follows the second swivel becket 402a to rotate clockwise together, directly Gib head to the second overhead kick 402b is fully inserted into locking channel 302, is so far formed locked.

Locked component 402 release locking state process be：Inwardly the first actuator 403a is pushed until cannot continue to push away Into, the outer male member 403a-1 on the first actuator 403a is misaligned with the second notch 402a-1 of the second swivel becket 402a at this time, Therefore the first actuator 403a of rotation is until outer male member 403a-1 and the second notch 402a-1 forms spacial alignment, and promotes embedding Enter；Subsequently reverse direction rotates the first actuator 403a, and the second swivel becket 402a is driven to reversely rotate, until the second swivel becket 402a Second notch 402a-1 is aligned with the raised 402c-1 of limit film 402c, at this time work of the limit film 402c in the second elastic component 402d Limit film 402c is pushed into the ring of the second swivel becket 402a with lower, is so far restored to the original state of locked component 402, is locked State is released.

Preferably, can also be set in the present invention：The second notch 402a-1 of second swivel becket 402a is locked in above-mentioned At just can be with outer male member 403a-1 face (correspondingly, the second notch 402a-1's and protrusion 402c-1 is initial when state State is the position of rotation respective angles counterclockwise), therefore, the process of the releasing locking state under this preferable case is：Only need The first actuator 403a is pushed, is embedded in the second swivel becket 402a, another mistake hour hands rotate respective angles, until face limit film 402c ?.

In the present invention, second sticking department 400 further includes lock body shell 404, the limit of the first position-limited rack 401d and second Position frame 402c is both secured on the inner sidewall of lock body shell 404.In addition, the inner termination of guide part 403c is fixed on end cap 403d On, the medial surface of end cap 403d is fixed on again on the medial surface of lock body shell 404.The second actuator 403b's in the present invention is outer End is pierced by lock body shell 404, and is fixed with rotating handles 403b-2 in its end.Furthermore the top of lock body shell 404 is set respectively It is equipped with the first through hole 404a corresponding to connection component 301, and the first through hole 404b corresponding to the second overhead kick 402b. The lateral surface of lock body shell 404 is further enclosed with outer cover plate 404c, and the surrounding of outer cover plate 404c is screwed in lock body shell 404 edge.

Referring to Fig.1 8~22, it is third embodiment of the invention, which is different from any of the above-described embodiment： To improve the subregion diversity of precise electronic product storage device, optimizing the flexibility and changeability performance of each subregion in storage device, this It is additionally provided with rotation support mechanism 500 in invention precise electronic product storage device, horizontal partitioning can either be increased, it can also be with Carry out the vertical layering of selectivity.

Rotation support mechanism 500 is set to the inside of precise electronic product storage device, including fixation kit 501 and external Overturning component 502 in 501 top of fixation kit, i.e.,：An end margin and the fixation kit 501 for overturning component 502 are hinged, another End margin is able to carry out to overturn and take and fall on the inner sidewall of precise electronic product storage device, forms support platform, realizes Local space inside storage device is layered.Fixation kit 501 and overturning component 502 in the present invention are plate knot Structure.

Specifically, the lower end of fixation kit 501 is perpendicularly fixed on bottom plate 101b, the present invention can set fixation kit 501 are arranged in parallel with the first division component 201.The upper end of fixation kit 501 is interspersed to be fixed with connecting shaft 501a, connecting shaft 501a Both ends be perpendicularly fixed on side wall 101a and (be fixed on front side board 101a-1 and back side panel 101a-2 that is, being respectively perpendicular).

The inner end edge of overturning component 502 is provided with a pair of of outer extension member 502a, and outer extension member 502a is placed on connecting shaft 501a, Therefore in the present invention, overturning component 502 is attached by outer extension member 502a with fixation kit 501.Outer extension member herein 502a is the block structure for overturning 502 edge evagination of component, internal to have the axis hole for being matched with connecting shaft 501a, therefore overturning group Part 502 is whole to be overturn around outer extension member 502a.Further, overturning component 502 and fixation kit 501 it is hinged it Afterwards, outer extension member 502a is located exactly at two side positions of 501 upper end of fixation kit, and the two of the upper end-face edge of fixation kit 501 Side has the notch for allowing outer extension member 502a to be rotated.

To sum up, in the initial state, overturning component 502 is receiving state, i.e. overturning component 502 is fitted in fixation kit On 501 one side, it is both at vertical state, therefore, rotation support mechanism 500 at this time is whole to function only as an increasing The effect for adding horizontal partitioning, the effect without layering.

On the basis of receiving state, overturning component 502 is rotated clockwise 270 ° --- overturning component 502 may be reversed It to the other side of fixation kit 501, and is horizontally situated, is at this time the end-state of rotation support mechanism 500 (for stretch-like State), in this case, fixation kit 501 can play the role of increase horizontal partitioning, and overturn component 502 can play it is perpendicular The effect being directly layered.It should be noted that：When rotation support mechanism 500 is located at extended state, the carrying of overturning component 502 is solid It is as follows to determine mode：

The outer end edges of overturning component 502 are provided with hold item 502b, and hold item 502b is the block structure of edge evagination, And be provided on the medial surface of side wall 101a be matched with hold item 502b shelve slot 502b-1, shelving slot 502b-1 allows to overturn The outer end edges of component 502 are taken advantage of a situation into slot, and when it is turned to horizontal position, and the outer rim of overturning component 502 can be put It sets in the slot bottom for shelving slot 502b-1, is formed and set up.

Further, rotation support mechanism 500 further includes damping due to rotation component 503, and damping due to rotation component 503 can be to turning over The extended state for turning component 502 plays firm effect, to prevent the movement of extraneous interference or cabinet, causes to overturn component 502 situation that activity is detached from again, the stability set in increase.

Damping due to rotation component 503 is set to the end of connecting shaft 501a, and is located at the outside of outer extension member 502a, and side wall There is the damping hole 504 for being matched with damping due to rotation component 503, damping due to rotation component 503 is located at the interior of damping hole 504 on 101a Portion.Herein it should be noted that：The external end head of connecting shaft 501a passes through damping hole 504, and is fixed on the bottom surface of damping hole 504 (inner face that the bottom surface of damping hole 504 refers to damping hole 504), and damping hole 504 is conllinear with the central axis of connecting shaft 501a.

Damping due to rotation component 503 includes the damping block 503a and extrusion 503b being sheathed on connecting shaft 501a, damping block The main body of 503a is disc-shaped structure body, and the whole inside for being embedded in damping hole 504, extrusion 503b can use spring, if It is placed in the inside of damping block 503a.Specifically, the inner face of extrusion 503b passes through the bottom surface of extrusion 503b and damping hole 504 Elasticity is formed to squeeze, and its outer end face carries out cooperation with the lateral surface of outer extension member 502a and docks, and forms such as underdrive：

It is additionally provided with the first unidirectional part 503a-2 on the outer end face of damping block 503a, has on the lateral surface of outer extension member 502a It is matched with the second unidirectional part 502a-1 of the first unidirectional part 503a-2, the unidirectional part 503a-2 of first herein is directed toward clockwise Double wedge (heretofore described refers to that fixation kit 501 is changed into the rotation direction of extended state by receiving state clockwise), Second unidirectional part 502a-1 is the double wedge being directed toward counterclockwise, and the first unidirectional part 503a-2 and the second unidirectional part 502a-1 are engaged Transmission.

In addition, being provided with damping projection 503a-1 on the lateral wall of damping block 503a, and have on the inner sidewall of damping hole 504 There is the damping mating groove 504a for being matched with damping projection 503a-1.Damping projection 503a-1 herein is damping block 503a lateral wall On strip bulge, and damping mating groove 504a is to cooperate one by one with damping block 503a, and size is slightly larger than damping block 503a Clearance groove.Therefore, when rotating in damping hole 504 as damping block 503a, the inner sidewall of damping hole 504 can be to damping projection 503a-1 forms resistance constraint.In the present invention, damping projection 503a-1 can be by rubber or other wear-resisting soft material systems At, in order to which damping hole 504 functions only as damping action to damping block 503a, rather than directly braking.

It preferably, is the drag effect and damping interval of optimal damping, the present invention can be close by damping projection 503a-1 Collection is provided with multiple, and is uniformly surrounded on the lateral wall of damping block 503a.Corresponding, damping mating groove 504a also has more It is a, herein it should be noted that：Due to damping the dense distribution of mating groove 504a, it is equal that a circle is capable of forming between slot and slot simultaneously The fitting projection of even distribution, fitting projection intermesh with damping projection 503a-1 and are engaged, therefore damping hole 504 is to damping block The damping action of 503a can substantially be attributed to：Fitting projection is to the drag effect of damping projection 503a-1, and in the present invention Fitting projection and at least one of both damping projection 503a-1 can be by rubber or other wear-resisting soft material systems At.

In conclusion (extended state is switched to by receiving state) when needing to rotate support mechanism 500 and being layered, it is suitable Hour hands rotation overturning component 502, so that the second unidirectional part 502a-1 on the outside of outer extension member 502a is rotated clockwise.Due to The steering of two unidirectional part 502a-1 is identical as the double wedge direction of the first unidirectional part 503a-2, therefore the first unidirectional part 503a-2 is to the Two unidirectional part 502a-1 are nearly free from resistance, and damping block 503a is not able to rotate under the restriction of fitting projection, simultaneously because Second unidirectional part 502a-1 generates the double wedge of the first unidirectional part 503a-2 and periodically squeezes, therefore damping block 503a can squeezed Under the extruding back and forth of the unidirectional part 502a-1 of part 503b and second, constantly repeat the stretching motion of cooperation.It will be apparent that working as It is simple and easy without too great strength when user needs rotation support mechanism 500 becoming extended state, it is easy to overturn.

And when being in receiving state, overturning component 502 is able to maintain the stabilization of stratification state, and unexpected overturning will not occur Or be detached from, the reason is as follows that：If accidentalia causes external force to act on overturning component 502 counterclockwise, outer extension member can be made The second unidirectional part 502a-1 on the outside of 502a has the trend rotated counterclockwise.Due to the steering and the of the second unidirectional part 502a-1 One unidirectional part 503a-2 double wedge is directed toward on the contrary, therefore the second unidirectional part 502a-1 can directly generate the first unidirectional part 503a-2 Transmission trend.But since the first unidirectional part 503a-2 (i.e. damping block 503a) has the trend rotated counterclockwise, cooperation Protrusion directly can generate damping action to damping block 503a and its external second unidirectional part 502a-1, and rotation trend is made Only.

In the present invention, if user needs rotation support mechanism 500 switching to receiving state by extended state, it is only necessary to inverse Hour hands rotation overturning component 502, and when overturning dynamics being made to be greater than fitting projection to the damping restrictive function of damping block 503a, i.e., Original state can be returned to.

The present invention inner space of precise electronic product storage device can be carried out with carrying out multiple movable subregion, Layering, the mode selective for storing subregion is strong, can carry out any arrangement combination according to the demand of actually putting of electronic product, So that the size and number of each subregion has diversification, there is great flexibility.

It is the 4th embodiment of the invention referring to Figure 23,24, which is different from any of the above-described a embodiment It is：The precise electronic product storage device further includes intelligent apparatus A, is set to the interior of precise electronic product storage device Portion, it is right for every environmental factor (such as humidity, temperature, pressure ...) inside real-time detection precise electronic product storage device It is influenced caused by the intracorporal electronic product of case.

Intelligent apparatus A includes sensing unit A-100, can incude and collect the environment in the accommodating space M because Element, and data information transfer is converted to processing unit A-200 by the variation of the environmental factor；Processing unit A-200, with institute It states sensing unit A-100 to be connected, the sensing unit A-100 presets corresponding threshold value for environmental factor, when it connects After receiving the data information from the sensing unit A-100, it is compared with threshold value corresponding to the data information, with Determine whether the data information is more than threshold value corresponding to it；Indicating unit A-300 is carried out with the processing unit A-200 Connection, and the indicating unit A-300 can be according to the processing unit A-200 to threshold value corresponding to the data information and its Between different comparison results and make different feedbacks；And supply unit A-400, while with inside the intelligent apparatus A Each unit be attached, and for each unit supply work needed for electric energy.

It is realized specifically, inductor can be directly used in sensing unit A-100, can directly be detected, be received Collect the factor of external environment, such as humidity, temperature, and is translated into data information transfer to processing unit A-200.Herein " data information " is the electric signal that environmental factor is converted to by sensing unit A-100.Due in real life, humidity and temperature Influence to electronic product is maximum, and the especially increase of humidity can seriously reduce the service life of electronic product, therefore the present invention In sensing unit A-100 can for environment humidity and temperature be respectively arranged with the first induction module A-101 and second sense Answer modules A -102, wherein the first induction module A-101 is humidity sensor, is able to detect the wet of environment in accommodating space M Degree, and electric signal transmission is translated into processing unit A-200；Second induction module A-102 is temperature sensor, can The temperature of environment in accommodating space M is detected, and is translated into electric signal transmission to processing unit A-200.

But it should be noted：An induction can also be only arranged in the present invention with regard to an environmental factor according to actual needs Device, can also be arranged multiple simultaneously, be not limited to two kinds of humidity, temperature.

Processing unit A-200 is CPU (central processing unit), can use microchip, above-mentioned sensing unit A-100 can To be attached by data-interface and conducting wire with processing unit A-200, processing unit A-200, which is mainly used for receiving, carrys out self-induction The all data information of unit A-100, and carry out integrated treatment data information obtained." integrated treatment " herein includes such as Lower process：

Processing unit A-200 presets corresponding threshold value for environmental factor, is such as set separately for humidity and temperature There are humidity threshold and temperature threshold, the numerical values recited of the two is the early warning number that obvious loss can be respectively generated to electronic product Value.When processing unit A-200 is received from the resulting data letter of the first induction module A-101 or the second induction module A-102 After breath, this data information is compared (the data letter that such as the first induction module A-101 is transmitted with threshold value corresponding thereto Breath is compared with humidity threshold；The data information that second induction module A-102 is transmitted is compared with temperature threshold), and root Indicating unit A-300 is instructed to make different feedback performances according to different comparing results.

Indicating unit A-300 in the present invention can use indicator light, be attached with processing unit A-200, and can Different colors is presented to receive the instruction of processing unit A-200.The first induction module A-101 can be directed in the present embodiment Corresponding first indicator light A-301 and the second indicator light A-302 is respectively set with the second induction module A-102.With the first induction For modules A -101, when data information is lower than humidity threshold, processing unit A-200 can instruct the first indicator light A-301 aobvious Show green, when data information is equal to or higher than humidity threshold, processing unit A-200 can instruct the first indicator light A-301 aobvious Show red.Therefore according to different colors, user can understand in real time the situation of change of ambient humidity, and make phase if necessary The security implementations answered.The working method of second induction module A-102 is identical, does not repeat herein.

Supply unit A-400 is battery, is used to provide electric energy to each unit device on intelligent apparatus, therefore, is supplied Energy unit A-400 is integrated with sensing unit A-100, processing unit A-200 and indicating unit A-300 by circuit board simultaneously Connection.

Further, intelligent apparatus A of the present invention can also include remote transmission unit A-500, be used for and movement Terminal (MT) is attached, and the environmental conditions inside precise electronic product storage device are provided and fed back for user in real time, And the current intelligence of early warning.Mobile terminal herein is the mobile phone or computer for being mounted with APP, and this APP is with mobile whole End is carrier, and can receive the software from the remote transmission unit A-500 data-signal sent.Long-range biography in the present invention Defeated unit A-500 can use wireless transport module, be attached by integrated circuit and processing unit A-200, simultaneously also It can carry out being wirelessly connected with mobile terminal and information is transmitted, and is single by the comparison result of processing unit A-200, and to instruction The command information of first A-300 is sent to mobile terminal in real time, so that client goes and finds out what's going on.

Further, each unit inside intelligent apparatus A of the present invention, module can integrate the mode shape of circuit Integrally, and intelligent apparatus A is integrally fixed in the inside of precise electronic product storage device, can be fixed on cabinet shell On 101 inner sidewall or on the medial surface of top cover 102.Its fixed form can be：Directly reserved in cabinet 101 mold of shell Fixed point or by intelligent apparatus A outsourcing plastic housing, and plastic housing is fixed on to precise electronic product storage in a manner of velcro The inside of cryopreservation device, convenient for overhauling or repairing.And when intelligent apparatus A is fixed on the medial surface of top cover 102, indicating unit A- 300 need to pass through top cover 102 from inside, and lean out its outside, so that human eye is directly from external observation.

It should be noted that the above examples are only used to illustrate the technical scheme of the present invention and are not limiting, although referring to preferable Embodiment describes the invention in detail, those skilled in the art should understand that, it can be to technology of the invention Scheme is modified or replaced equivalently, and without departing from the spirit and scope of the technical solution of the present invention, should all be covered in this hair In bright scope of the claims.

Claims (10)

1. a kind of precise electronic product storage device, it is characterised in that：Including,

Subregion mechanism (200), is set to the inside of the precise electronic product storage device, and the subregion mechanism (200) includes First division component (201) and the second division component (202), the orthogonal setting of the two, the second division component (202) energy Enough to be slided in the longitudinal direction of first division component (201), second division component (202) can be in the accurate electricity It is slided longitudinal direction inside sub- product storage device；

It rotates support mechanism (500), is set to the inside of the precise electronic product storage device, including fixation kit (501) With the overturning component (502) being external at the top of the fixation kit (501), it is described overturning component (502) one end with it is described solid Determine component (501) hingedly, the other end, which is able to carry out, to be overturn and ride on the inner sidewall of the precise electronic product storage device, shape At support platform；And

Intelligent apparatus (A) is set to the inside of the precise electronic product storage device comprising,

Sensing unit (A-100) can incude and collect the environmental factor inside the precise electronic product storage device, and Data information transfer is converted to processing unit (A-200) by the variation of the environmental factor；Sensing unit (A-100) packet The first induction module (A-101) and the second induction module (A-102) are included, first induction module (A-101) is able to detect institute The humidity of accommodating space (M) interior environment is stated, and is translated into electric signal transmission to the processing unit (A-200)；Described Two induction modules (A-102) are able to detect the temperature of the accommodating space (M) interior environment, and are translated into electric signal transmission extremely The processing unit (A-200)；

Processing unit (A-200) is attached by data-interface and conducting wire with the sensing unit (A-100), the induction Unit (A-100) presets corresponding threshold value for environmental factor, when it receives the number from the sensing unit (A-100) It is believed that it is compared with threshold value corresponding to the data information, whether is more than it with the determination data information after breath Corresponding threshold value；

Indicating unit (A-300) is attached with the processing unit (A-200), and the indicating unit (A-300) being capable of root According to the processing unit (A-200) to the data information from its corresponding to different comparison results between threshold value and make difference Feedback；And

Supply unit (A-400), while each unit internal with the intelligent apparatus (A) is attached, and is supplied for each unit Electric energy needed for working.

2. precise electronic product storage device as described in claim 1, it is characterised in that：Further include,

Outer case (100), the outer case (100) include external cabinet shell (101) and are formed by the cabinet shell (101) Accommodating space (M), the cabinet shell (101) includes side wall (101a) and the bottom plate for being fixed on the bottom the side wall (101a) (101b)；

The side wall (101a) includes front side board (101a-1) and back side panel (101a-2), and the two is disposed in parallel relation to one another, described The both ends of first division component (201) are attached with the front side board (101a-1) and back side panel (101a-2) respectively, and It can be slided or be fixed along the direction of the front side board (101a-1).

3. precise electronic product storage device as claimed in claim 2, it is characterised in that：Under the fixation kit (501) End is perpendicularly fixed on the bottom plate (101b), and the upper end is interspersed is fixed with connecting shaft (501a), the connecting shaft (501a) Both ends be perpendicularly fixed on the side wall (101a)；

The inner end edge of overturning component (502) is provided with outer extension member (502a), and the outer extension member (502a) is placed on the company In spindle (501a), and it is located at two side positions of the fixation kit (501) upper end；The outer end of overturning component (502) Edge is additionally provided with hold item (502b), and is provided on the medial surface of the side wall (101a) and is matched with the hold item (502b's) shelves slot (502b-1).

4. precise electronic product storage device as claimed in claim 3, it is characterised in that：The rotation support mechanism (500) It further include damping due to rotation component (503), the damping due to rotation component (503) is set to the end of the connecting shaft (501a), and Positioned at the outside of the outer extension member (502a), and has on the side wall (101a) and be matched with the damping due to rotation component (503) Damping hole (504)；

The damping due to rotation component (503) includes damping block (503a) and the extrusion being sheathed on the connecting shaft (501a) (503b), the damping block (503a) are embedded in the inside of the damping hole (504), and inner face passes through the extrusion (503b) Elastic extruding is formed with the bottom surface of the damping hole (504), and outer end face is docked with the lateral surface of the outer extension member (502a)；Institute It states and is provided with damping projection (503a-1) on the lateral wall of damping block (503a), and have on the inner sidewall of the damping hole (504) There is the damping mating groove (504a) for being matched with the damping projection (503a-1)；

Be additionally provided with the first unidirectional part (503a-2) on the outer end face of the damping block (503a), the outer extension member (502a) it is outer There is the second unidirectional part (502a-1) for being matched with the described first unidirectional part (503a-2) on side.

5. the precise electronic product storage device as described in claim 2~4 is any, it is characterised in that：First partition group Part (201) has a pair parallel to each other, and both ends are vertical with the front side board (101a-1), and two parallel to each other the It is fixedly connected between one division component (201) by fixed plate (201a).

6. precise electronic product storage device as claimed in claim 5, it is characterised in that：First division component (201) Outer end edges on be provided with conducting bar (201b), first corresponding to the conducting bar (201b) is provided on the side wall (101a) Strip guide rail (201c), and the conducting bar (201b) is embedded in the first strip guide rail (201c), forms clearance fit；

Cooperation of first division component (201) by the conducting bar (201b) and the first strip guide rail (201c), Neng Gouyan The direction of the front side board (101a-1) slided.

7. claim 2~4 or 6 it is any as described in precise electronic product storage device, it is characterised in that：First subregion The outer end of component (201) also has telescopic mouth (201d), is fixed with locating piece (201e) in the telescopic mouth (201d), described fixed Position part (201e) includes being fixed on the guiding axis (201e-1) extended in the telescopic mouth (201d) and horizontally outward, being sheathed on institute State the crushing block (201e-2) of the outer end guiding axis (201e-1), and rebound part (201e-3)；The crushing block (201e-2) Recess has the guide channel (201e-21) for being matched with the guiding axis (201e-1) on medial surface；

The rebound part (201e-3) is sheathed on the guiding axis (201e-1), and both ends are against telescopic mouth (201d) respectively On the inner face of bottom and crushing block (201e-2)；

For the crushing block (201e-2) under the elastic force effect of rebound part (201e-3), lateral surface is against the side wall On (101a).

8. precise electronic product storage device as claimed in claim 7, it is characterised in that：The side of the guiding axis (201e-1) It is provided with anti-drop block (201e-11) on face, and has on the crushing block (201e-2) and is matched with the anti-drop block (201e-11) Mating groove (201e-22), the mating groove (201e-22) and the guide channel (201e-21) formation is connected to；

When the crushing block (201e-2) is slided on the guiding axis (201e-1), the mating groove (201e-22) The motion range of the anti-drop block (201e-11) is defined.

9. precise electronic product storage device as claimed in claim 8, it is characterised in that：Outside the crushing block (201e-2) Button (201e-23) is further fixed on end face, and on the side wall (101a) have be matched with the crushing block (201e-2) and The sliding of its button (201e-23) structure positions sealing (101a-3), and the button (201e-23) is from the accommodating space (M) Inside be pierced by sliding positioning sealing (101a-3) outward.

10. precise electronic product storage device as claimed in claim 9, it is characterised in that：The sliding positions sealing The inner sidewall up and down of (101a-3) is slope surface, and the collar extension width of sliding positioning sealing (101a-3) is less than internal orifice width； The outer edge contour of the crushing block (201e-2) is matched with the cross-sectional profiles of positioning sealing (101a-3).