CN209417629U - Ruggedized computer - Google Patents

Abstract

A kind of ruggedized computer, base mechanism, protection mechanism and battery locking mechanism including display screen mechanism, connection display screen mechanism；Display screen shell is arranged in display screen mechanism, and base housing is arranged in base mechanism；Protection mechanism includes the door closure for being pivotally connected base housing side and the toggle for connecting door closure；Toggle is for being clamped door closure and base housing；Battery locking mechanism includes closure, the first battery cover and the second battery cover for connecting base housing；Base housing is equipped with the first battery compartment and the second battery compartment positioned at closure opposite sides, and the corresponding lid of the first battery cover is located on first battery compartment, and the corresponding lid of the second battery cover is located on second battery compartment；Closure is for being clamped the first battery cover and the second battery cover.Horizontal folding is realized in the side of door closure pivot joint base housing by this ruggedized computer；Closure is set between the first battery compartment and the second battery compartment, the first battery cover and the second battery cover are realized while controlling, replacement is convenient.

Description

Ruggedized computer

Technical field

The utility model relates to field of computer technology, more particularly to a kind of simple ruggedized computer of structure.

Background technique

In some industry or special working environments, due to common consumer notebook be unable to satisfy high reliability, High-intensitive, high-protection level requirement, it is necessary to use reinforced notebook computer, and reinforced notebook computer is to meet performance requirement, generally Size is big, thickness is thick, weight weight, causes inconvenient to carry, can not have the frivolous feature of consumer notebook.In order to meet family The requirement that one facilitates the carrying and use outside, the direction that reinforced notebook computer is constantly small towards size, thickness is thin, light-weight are developed.

In addition, battery cover is frequently with the fixed form of lock screw, fiber crops when causing to dismantle due to there is the requirement of reinforcing and waterproof It is tired, tool need to be borrowed；In the case where no external power supply, if needing to change battery, generally need first to replace equipment shutdown again, Cause replacement inconvenient and the outdoor inconvenience used.

Utility model content

Based on this, it is necessary in view of the above-mentioned problems, providing the ruggedized computer that a kind of structure is simple, reliably secure.

A kind of ruggedized computer, base mechanism, protection mechanism and electricity including display screen mechanism, connection display screen mechanism Pond locking mechanism；Display screen shell is arranged in the display screen mechanism, and base housing is arranged in the base mechanism；The protection mechanism Including being pivotally connected the door closure of the base housing side and connecting the toggle of door closure；The toggle is for being clamped door closure and pedestal shell Body；The battery locking mechanism includes the closure for connecting the base housing, the first battery cover and the second battery cover；It is described Base housing is equipped with the first battery compartment and the second battery compartment positioned at the closure opposite sides, first battery The corresponding lid of lid is located on first battery compartment, and the corresponding lid of second battery cover is located on second battery compartment；The lock Component is for being clamped the first battery cover and the second battery cover.

The ruggedized computer of the utility model is by realizing the side of door closure pivot joint base housing horizontal folding, reducing The height and thickness of door closure；By the way that closure to be set between the first battery compartment and the second battery compartment, same time control is realized Make the first battery cover and the second battery cover；While double cell design enhancing cruising ability, without power-off when realizing replacement battery Shutdown, replacement are convenient；This ruggedized computer size is small, thickness is thin, easy to carry, easy to use.

The closure includes the sliding part being slidably connected with the base housing, connect in one of the embodiments, The slide block of sliding part and the first fixed block and the second fixed block for being separately connected sliding part opposite sides；First battery Lid includes the first lock tongue, and second battery cover includes the second lock tongue；First fixed block is respectively used to the second fixed block It is clamped the first lock tongue and the second lock tongue.

The first bolster is arranged in first battery cover in one of the embodiments,；First bolster is set to The inside of first battery cover；The base housing is close to the first water proof ring of side projection of first battery cover, this One water proof ring is for abutting first bolster.

The side of the base housing connection door closure is equipped with interface in one of the embodiments,；The door closure leans on proximity The side of mouth is arranged towards opposite the first convex block and the second convex block；The toggle includes that toggle sliding shoe and connection toggle are sliding The first supporting element and the second supporting element of motion block；The first supporting element setting is clamped with the first convex block towards opposite first Part, second supporting element setting and the second convex block are towards the second opposite shackle member.

The door closure further includes toggle locating piece and toggle limit close to the side of interface in one of the embodiments, Part；The toggle locating piece is arranged close to the first convex block, and the toggle locating part is arranged far from the first convex block；The toggle sliding Block is slidedly arranged between the toggle locating part and toggle locating piece.

The base housing further includes enclosing the fin for setting the interface in one of the embodiments,；The protection mechanism It further include leakage barriers；The leakage barriers connection door closure is close to the side of interface, and the fin is for abutting the leakage barriers.

It in one of the embodiments, further include latching device；The latching device includes fastener, securing member phase To the first rotating shaft at both ends and the second shaft and it is separately connected the first elastic component of first rotating shaft and the second shaft and second elastic Part；One end of the fastener connects the first rotating shaft and the second shaft；The fastener can be around the first rotating shaft and the The rotation of two shafts；First elastic component and the second elastic component are built in the base housing.

The display screen shell also sets up limited block in one of the embodiments,；The fastener include pressing plate and The sealed plate of projection pressing plate one end；The sealed plate is for being clamped the limited block.

The display screen shell further includes locating piece in one of the embodiments,；The side setting of the pressing plate is supported Fishplate bar is for being clamped the locating piece；The other side of the pressing plate is arranged convex ribs, the pressing plate far from the first rotating shaft one Anti-skidding muscle is arranged in end.

It in one of the embodiments, further include cooling mechanism；The cooling mechanism include sealing element, absorber plate, heat pipe, Heat-conducting plate and the radiator for connecting heat-conducting plate；The sealing element is built in the base housing；The absorber plate is set to described close Sealing encloses in the enclosure space set；One end of the heat pipe connects the absorber plate, and the other end connects the radiator；It is described to lead Hot plate is set to the sealing element and encloses outside the enclosure space set；The radiator is disposed in proximity to the air outlet of the base housing.

Detailed description of the invention

Fig. 1 is the schematic perspective view of the ruggedized computer of an embodiment of the utility model；

Fig. 2 is the structural schematic diagram of another angle of Fig. 1 ruggedized computer；

Fig. 3 is the schematic diagram of protection mechanism opening state in Fig. 1 ruggedized computer；

Fig. 4 is the perspective view of the explosion of protection mechanism in Fig. 3；

Fig. 5 is the perspective view of the explosion of battery locking mechanism in Fig. 2 ruggedized computer；

Fig. 6 is the schematic diagram of cooling mechanism in Fig. 2 ruggedized computer；

Fig. 7 is the explosive view of latching device in Fig. 2 ruggedized computer；

Fig. 8 is the assembling figure of the unlocked state of Fig. 7 latching device.

Attached drawing mark explanation:

Ruggedized computer 100；

Display screen mechanism 10, display screen shell 11, limited block 111, locating piece 112, display screen ontology 12, shield glass 13, base mechanism 20, base housing 21, the first battery compartment 210, fin 211, the first water proof ring 212, keyboard 22, pcb board 23；

Protection mechanism 30, door closure 31, the first convex block 311, the second convex block 312, toggle locating piece 313, toggle locating part 314, rotary shaft 315, toggle 32, toggle sliding shoe 321, the first supporting element 322, the second supporting element 323, leakage barriers 33；

Battery locking mechanism 40, closure 41, sliding part 411, slide block 412, the first fixed block 413, the second fixed block 414, the first battery cover 42, the first lock tongue 421, the second battery cover 43, the first sealed limited block 44, cooling mechanism 50, sealing element 51, absorber plate 52, heat pipe 53, heat-conducting plate 54, radiator 55, fan 56；

Latching device 60, pressing plate 611, sealed plate 612, abuts plate 613, the 62, first elasticity of first rotating shaft at fastener 61 Part 63.

Specific embodiment

The utility model will be described more fully below for the ease of understanding the utility model,.But this is practical It is novel to realize in many different forms, however it is not limited to embodiment described herein.On the contrary, providing these implementations The purpose of example is to make the understanding of the disclosure of the utility model more thorough and comprehensive.

Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be The purpose of description specific embodiment, it is not intended that in limitation the utility model.

Fig. 1 to Fig. 8 is please referred to, is a kind of ruggedized computer 100 of one better embodiment of the utility model, including display Base mechanism 20, protection mechanism 30 and the battery locking mechanism 40 for shielding mechanism 10, connecting display screen mechanism 10；Display screen mechanism 10 setting display screen shells 11；Base housing 21 is arranged in base mechanism 20；Protection mechanism 30 includes pivot joint 21 side of base housing Door closure 31 and connect door closure 31 toggle 32；Toggle 32 is for being clamped door closure 31 and base housing 21；Battery locking mechanism 40 Closure 41, the first battery cover 42 and the second battery cover 43 including connecting base housing 21；Base housing 21, which is equipped with, to be located at The first battery compartment 210 and the second battery compartment (not shown) of 41 opposite sides of closure, the corresponding lid of the first battery cover 42 are set On first battery compartment 210, the corresponding lid of the second battery cover 43 is located on second battery compartment；Closure 41 is for being clamped First battery cover 42 and the second battery cover 43.This ruggedized computer 100 is real by the way that door closure 31 to be pivotally connected to the side of base housing 21 Existing horizontal folding, reduces the height and thickness of door closure 31；By the way that closure 41 is set to the first battery compartment 210 and the second electricity Between cell cavity body, realizes while controlling the first battery cover 42 and the second battery cover 43；Double cell design enhances the same of cruising ability When, power-off shutdown is not necessarily to when realizing replacement battery, replacement is convenient.

As shown in Fig. 1 and Fig. 7, in this example it is shown that limited block 111 and locating piece 112 is arranged in screen shell 11；It is optional Ground, limited block 111 are two, and locating piece 112 is set to the lower section of each limited block 111.Display screen mechanism 10 further includes display screen Ontology 12 and the shield glass 13 for connecting display screen ontology 12；Shield glass 12 and display screen shell 13 are close to base mechanism 20 Side concordantly so as to appearance looks elegant.First corner protector (figure is not marked) is set to prevent this reinforcing meter in the quadripolar corners of display screen shell 11 Calculation machine 100 protects display screen shell 11 when falling ground.When assembly, display screen ontology 12 and shield glass 13 are first bonded in one It rises, then is directly packed into display screen shell 11 close to the side of base mechanism 20 from the outside and passes through adhesive bonding；Optionally, it glues Mixture is foam rubber.In order to mitigate the weight of this ruggedized computer 100, display screen shell 11 uses magnesium alloy material, and density is light And intensity is high；Under the premise of proof strength, the wall thickness of magnesium alloy material uses 1.2mm.Display screen ontology 12 uses frivolous industry Screen, lighter in weight；Under the premise of proof strength, shield glass 13, can reduced thickness and weight using the thickness of 0.7mm；Shielding Glass 13 plates screened film using tempered glass, reaches intensity and EMC requirement.Further, display screen mechanism 10 with a thickness of 9.5mm。

It is respectively used to place the first battery to Fig. 6, the first battery compartment 210 and the second battery compartment referring to Figure 2 together (not shown) and the second battery (not shown) when no external power supply, are not required to power-off replacement battery；Base housing 21 is equipped with sliding slot (figure is not marked)；Sliding slot is set between the first battery compartment 210 and the second battery compartment；Further, the two sides of sliding slot are additionally provided with It is connected to the first holding tank (figure is not marked) and the second holding tank of sliding slot (figure is not marked).The side of base housing 21 is equipped with interface (figure Do not mark) and enclose the fin 211 for setting interface；Extraneous contact with moisture battery in order to prevent, 210 the first water proof ring of projection of base housing 212 and second water proof ring (figure is not marked)；First water proof ring 212 and the second water proof ring enclose respectively sets the first battery compartment 210 and Two battery compartments, to save space.Base mechanism 20 further includes the keyboard 22 for being set to base housing 21, connection keyboard 22 Pcb board 23, the CPU (figure do not mark) for being set to pcb board, Trackpad (figure is not marked) and it is set to the second of 21 end angle of base housing Corner protector (figure is not marked).Optionally, pcb board 23 is located at 22 lower section of keyboard, so that vacating space carrys out placing battery.Add to mitigate this Gu the weight of computer 100, base housing 21 uses magnesium alloy material, and density is light and intensity is high；Under the premise of proof strength, magnesium The wall thickness of alloy material uses 1.2mm.First battery and the second battery are all made of wide warm polymer battery and reduced thickness.Into one Step ground, base mechanism 20 with a thickness of 16mm.To make complete machine with a thickness of 27mm, main screw lift is can be controlled within 2.2kg.

For the thickness and height for guaranteeing waterproof effect, reducing base housing 21, door closure 31 is arranged close to the side of interface Towards opposite the first convex block 311 and the second convex block 312；Door closure 31 close to the side of interface further include toggle locating piece 313 and Toggle locating part 314；Toggle locating piece 313 is arranged close to the first convex block 311, and toggle locating part 314 is set far from the first convex block 311 It sets.Door closure 31 further includes that rotary shaft 315 is rotated for door closure 31, and rotary shaft 315 is connected in base housing 21, makes the side of door closure 31 It is pivotally connected base housing 21, is horizontally rotated to realize, the height of door closure 31 is reduced, to reduce the whole high of base housing 21 Degree.Optionally, for the first convex block 311 towards 312 protrusion of the second convex block, the second convex block 312 is raised towards the first convex block 311, and first Convex block 311 and the second convex block 312 are arc.Toggle 32 includes toggle sliding shoe 321 and connects the of toggle sliding shoe 321 One supporting element 322 and the second supporting element 323；The setting of first supporting element 322 is with the first convex block 311 towards the first opposite shackle member (figure do not mark), the setting of the second supporting element 323 and the second convex block 312 are towards the second opposite shackle member.The cunning of toggle sliding shoe 321 is set Between toggle locating piece 313 and toggle locating part 314.Optionally, the first supporting element 322 is set with the second supporting element 323 interval It sets, the first supporting element 322 and the second supporting element 323 are plastic material so that flexible deformation is to generate power, the feel stirred is formed, And there is sound feedback.First shackle member and the second shackle member are arc convex；When needing sealed, mobile toggle sliding shoe 321, so that the first shackle member is moved to the first convex block 311 far from rotary shaft close to the side of rotary shaft 315 from the first convex block 311 315 side, at this point, the side of toggle sliding shoe 321 abuts toggle locating part 314, the second shackle member is similarly；When needing to unlock When, mobile toggle sliding shoe 321 makes the first shackle member from the first convex block 311 be moved to first far from the side of rotary shaft 315 convex Block 311 is close to the side of rotary shaft 315, at this point, the side of toggle sliding shoe 321 abuts toggle locating piece 313, the second shackle member Similarly；Therefore, in the case where not moving, toggle 32 will not be subjected to displacement.In order to strengthen waterproof effect, protection mechanism 30 is also wrapped Include leakage barriers 33；Leakage barriers 33 connect door closure 31 close to the side of interface, and fin 211 is for abutting leakage barriers 33.

In one embodiment, closure 41 includes the sliding part 411 being slidably connected with base housing 21, connect sliding The slide block 412 in portion 411 and the first fixed block 413 and the second fixed block 414 for being separately connected 411 opposite sides of sliding part；It can Selection of land, sliding part 411 slide on the sliding slot of base housing 21；First holding tank is fixed for accommodating the first lock tongue 421 and first Block 413, the second holding tank is for accommodating the second lock tongue and the second fixed block 414.For the ease of mobile slide block 412, closure 41 one end also sets up spring (not shown)；One end of spring connects base housing 21, and the other end connects the one of sliding part 411 End.Optionally, the first fixed block 413 and the second fixed block 414 are respectively two.First battery cover 42 includes the first lock tongue 421, the Two battery covers 43 include the second lock tongue (not shown)；First fixed block 413 and the second fixed block 414 are respectively used to the first lock of clamping Tongue 421 and the second lock tongue.Optionally, the first lock tongue 421 is L-shaped, and the first lock tongue 421 is three, and each interval of first lock tongue 421 is set The first battery cover 42 is placed in towards the side of battery；When spring in the raw, the first battery cover 42 and closure 41 are sealed, First fixed block 413 abuts the first lock tongue 421；When the spring is compressed, in the unlocked state, the first fixed block 413 and the first lock Tongue 421 misplaces.First battery cover 42 further includes the first convex tongue (not shown)；Optionally, the first convex tongue is in reverse L type, the first convex tongue It is two；The first bolster (not shown) is arranged in first battery cover 42；First bolster is set to the inside of the first battery cover 42； First bolster is for abutting the first water proof ring 212.Optionally, the first bolster is foam.Second battery cover 43 further includes Two convex tongues (figure is not marked) and the second bolster (figure is not marked)；Second battery cover 43 is similar to the structure of the first battery cover 42, below It does not describe in detail.

In order to securely be clamped the first battery cover 42 and the second battery cover 43, this battery locking mechanism 40 further includes first sealed Limited block 44 and the second sealed limited block (figure is not marked)；Optionally, the first sealed limited block 44 is set to the first battery compartment 210 Side far from closure 41, the second sealed limited block are set to side of second battery compartment far from closure 41, the first lock Limited block 44 is closed for being clamped the first convex tongue, the second sealed limited block is for being clamped the second convex tongue；Further, the first sealed limit Position block 44 and the second each two of sealed limited block, the first sealed limited block 44 and the second sealed limited block are in the L shape that side is put.Make When with this battery locking mechanism 40, after the first battery is placed in the first battery compartment 210, by the first convex tongue of the first battery cover 42 It is clamped the first sealed limited block 44, then moves 412 compressed spring of slide block, at this point, the first fixed block 413 and the first lock tongue 421 Dislocation, so that the first lock tongue 421 is placed in the first holding tank；Finally, unclamping slide block 412, under the action of the spring, first is solid Determine block 413 and abut the top of the first lock tongue 421, thus realize it is sealed, at this point, the first water proof ring 212 abuts the first bolster.Second Battery cover 40 similarly operates.When needing to change the first battery, mobile 412 compressed spring of slide block makes the first fixed block 413 and the The dislocation of one lock tongue 421, under the action of the first bolster, the first battery cover 42 is bounced, then removes the first battery cover 42, is carried out more Change the first battery；Second battery cover 43 similarly operates；To realize the first battery cover 42 of control and the simultaneously by closure 41 Two battery covers 43.40 energy quick-replaceable battery of battery locking mechanism, it is easy to operate；It, can be continuous in the case where no external power supply Electricity carries out replacement battery.

In order to strengthen heat dissipation effect, this ruggedized computer 100 further includes cooling mechanism 50；Cooling mechanism 50 includes sealing element 51, absorber plate 52, heat pipe 53, heat-conducting plate 54 and the radiator 55 for connecting heat-conducting plate 54；Sealing element 51 is built in base housing 21；Absorber plate 52 is set to sealing element 51 and encloses in the enclosure space set；One end of heat pipe 53 connects absorber plate 52, and other end connection dissipates Hot device 55；Heat-conducting plate 54 is set to sealing element 51 and encloses outside the enclosure space set；Radiator 55 is disposed in proximity to going out for base housing 21 Air port.The electronic components such as CPU, pcb board 23 are disposed around in enclosure space by sealing element 51, allow computer in Special Ring It is used in border (moist, dust and salt fog etc.), considerably increase the reliability of electronic component work and extends the longevity of computer The problems such as life.Absorber plate 52 is connected to the top of CPU so as to the heat discharge for generating CPU；Optionally, absorber plate 52 is equipped with peace Hole is filled, absorber plate 52 is connected on base housing 21 by screw, so that absorber plate 52 fits closely CPU；Further, it inhales Hot plate 52 is put U-shaped in side；Mounting hole is four.Absorber plate 52 is copper material in order to conducting heat.Although absorber plate 52 is direct It on mounting seat shell 21, but is not contacted directly with base housing 21, centre is separated with pcb board 23, and the heating surface of CPU is the bottom of far from Seat shell body 21 is effectively reduced the temperature of base housing 21, improves base housing 21 and generates heat hot problem, enhances user Experience sense.In one embodiment, one end of heat pipe 53 is connected to the bottom of CPU；Optionally, heat pipe 53 is flat with section The about inner space of base housing 21.For the ease of heat dissipation, heat-conducting plate 54 is copper material；Heat-conducting plate 54 is connected to absorber plate 52 Side.In order to strengthen heat dissipation effect, radiator 55 is equipped at intervals with ventilation opening；Optionally, radiator 55 is cooling fin.Further Ground, absorber plate 52, heat pipe 53, heat-conducting plate 54 and radiator 55 are all made of welded connecting, and compact overall structure is easy for installation, section The about inner space of base housing 21.This cooling mechanism 50 further includes fan 56；Fan 56 is set to sealing element 51 and encloses the envelope set It closes outside space, which is set to side of the radiator 55 far from air outlet.The side of fan 56 is equipped with air intake vent, inlet air Heat dissipation channel is collectively formed in mouth, ventilation opening and air outlet.Optionally, the side that absorber plate 52 is open is close to fan 56, heat pipe 53 It is connected between heat-conducting plate 54 and fan 56.Further, fan 56 is centrifugal blower.When work, fan 56 by heat pipe 53 and The heat of heat-conducting plate 54 is blown to outside base housing 21 through radiator 55 and air outlet, by forced air cooling, is greatly improved scattered The thermal efficiency, and the heat of external environment is distributed, outside is isolated in by sealing element 51, the heat of outside air is not in that heat is returned The phenomenon that staying.When CPU adstante febre, absorber plate 52 is transferred heat to by heat-conducting cream；It again will be on absorber plate 52 by heat pipe 53 Heat out of, closing element 51 encloses enclosure space, be transmitted on the heat-conducting plate 54 and radiator 55 outside enclosure space；Finally It is air-cooled by 56 forced convection of fan, it is cooling to radiator 55, to achieve the effect that cooling.

Referring to Fig. 7 and Fig. 8, in order to strengthen the locking effect of display screen mechanism 10 Yu base mechanism 20, this reinforcing Computer 100 further includes latching device 60, the latching device 60 include fastener 61,61 opposite end of securing member first Shaft 62 and the second shaft (figure is not marked) and the first elastic component 63 and the second bullet that are separately connected first rotating shaft 62 and the second shaft Property part (figure do not mark)；One end connection first rotating shaft 62 of fastener 61 and the second shaft；Fastener 61 can around first rotating shaft 62 with The rotation of second shaft；First elastic component 63 and the second elastic component are built in base housing 21.Optionally, fastener 61 includes pressing The sealed plate 612 of 611 one end of plate 611 and projection pressing plate；Sealed plate 612 is for being clamped limited block 111.The one of pressing plate 611 Side setting abuts plate 613 for being clamped locating piece 112；Convex ribs are arranged in the other side of pressing plate 611, and the pressing plate 611 is far from first Anti-skidding muscle is arranged in one end of shaft 62.Further, sealed plate 612 is two；One end of the connection first rotating shaft 62 of pressing plate 611 In arc-shaped so as to the overturning of fastener 61.When fastener 61 is in locked state, sealed plate 612 is clamped limited block 111, abuts Plate 613 is clamped locating piece 112 and can not directly open display screen shell 10.In the present embodiment, the structure of the second shaft and the One shaft 62 is identical, mainly introduces first rotating shaft 62 below.One end of first rotating shaft 62 connects pressing plate 611, other end connection First elastic component 63；When fastener 61 is in locked state, under the action of the first elastic component 63 and the second elastic component, fastening Part 61 pre-tightens all the way up, and sealed plate 612 is caught in limited block 111, at this point, fastener 61 can not be opened directly to unlock；When need When unlock, pressing plate 611 is first pressed downwards, so that sealed plate 612 is detached from limited block 111, then rotary push plate 611, is made fastener 61 It is in the unlocked state, display screen shell 10 can be opened；When fastener 61 is in the unlocked state, fastener 61 is around first rotating shaft 62 It is overturn with the second shaft, is embedded in fastener 61 in base housing 21, with flush with outer surface.To avoid influencing operation computer And it is beautiful.

The ruggedized computer 100 of the utility model is by the way that by the side of the pivot joint base housing 21 of door closure 31, realization level is opened It closes, reduces the height and thickness of door closure 31；By by closure 41 be set to the first battery compartment 210 and the second battery compartment it Between, it realizes while controlling the first battery cover 42 and the second battery cover 43；While double cell design enhancing cruising ability, realize more Without power-off shutdown when changing battery, replacement is convenient.100 size of this ruggedized computer is small, thickness is thin, easy to carry, easy to use.

Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited In contradiction, all should be considered as described in this specification.

Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed, But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.

Claims (10)

1. a kind of ruggedized computer, which is characterized in that including display screen mechanism, the base mechanism of connection display screen mechanism, protection Mechanism and battery locking mechanism；Display screen shell is arranged in the display screen mechanism, and base housing is arranged in the base mechanism；Institute Stating protection mechanism includes the door closure for being pivotally connected the base housing side and the toggle for connecting door closure；The toggle is for being clamped door Lid and base housing；The battery locking mechanism includes the closure for connecting the base housing, the first battery cover and the second electricity Chi Gai；The base housing is equipped with the first battery compartment and the second battery compartment positioned at the closure opposite sides, institute It states the corresponding lid of the first battery cover to be located on first battery compartment, the corresponding lid of second battery cover is located at second battery compartment On；The closure is for being clamped the first battery cover and the second battery cover.

2. ruggedized computer according to claim 1, which is characterized in that the closure includes sliding with the base housing The sliding part of dynamic connection connects the slide block of sliding part and is separately connected the first fixed block and second of sliding part opposite sides Fixed block；First battery cover includes the first lock tongue, and second battery cover includes the second lock tongue；First fixed block with Second fixed block is respectively used to the first lock tongue of clamping and the second lock tongue.

3. ruggedized computer according to claim 2, which is characterized in that the first bolster is arranged in first battery cover； First bolster is set to the inside of first battery cover；The base housing is close to the side of first battery cover The first water proof ring of projection, first water proof ring is for abutting first bolster.

4. ruggedized computer according to claim 1, which is characterized in that the side of the base housing connection door closure is equipped with Interface；The door closure is arranged close to the side of interface towards opposite the first convex block and the second convex block；The toggle includes toggle Sliding shoe and the first supporting element and the second supporting element for connecting toggle sliding shoe；The first supporting element setting and the first convex block Towards the first opposite shackle member, second supporting element setting and the second convex block are towards the second opposite shackle member.

5. ruggedized computer according to claim 4, which is characterized in that the door closure further includes dialling close to the side of interface Button locating piece and toggle locating part；The toggle locating piece is arranged close to the first convex block, and the toggle locating part is convex far from first Block setting；The toggle sliding shoe is slidedly arranged between the toggle locating part and toggle locating piece.

6. ruggedized computer according to claim 4, which is characterized in that the base housing further includes enclosing to set the interface Fin；The protection mechanism further includes leakage barriers；Close to the side of interface, the fin is used for the leakage barriers connection door closure Abut the leakage barriers.

7. ruggedized computer according to claim 1, which is characterized in that further include latching device；The latching device packet It includes fastener, the first rotating shaft of securing member opposite end and the second shaft and is separately connected first rotating shaft and the second shaft The first elastic component and the second elastic component；One end of the fastener connects the first rotating shaft and the second shaft；The fastening Part can be rotated around the first rotating shaft and the second shaft；First elastic component and the second elastic component are built in the pedestal shell Body.

8. ruggedized computer according to claim 7, which is characterized in that the display screen shell also sets up limited block；Institute State the sealed plate that fastener includes pressing plate and projection pressing plate one end；The sealed plate is for being clamped the limited block.

9. ruggedized computer according to claim 8, which is characterized in that the display screen shell further includes locating piece；Institute The side setting for stating pressing plate abuts plate for being clamped the locating piece；Convex ribs, the pressing plate is arranged in the other side of the pressing plate Anti-skidding muscle is arranged in one end far from the first rotating shaft.

10. ruggedized computer according to claim 1, which is characterized in that further include cooling mechanism；The cooling mechanism packet Include sealing element, absorber plate, heat pipe, heat-conducting plate and the radiator for connecting heat-conducting plate；The sealing element is built in the pedestal shell Body；The absorber plate is set to the sealing element and encloses in the enclosure space set；One end of the heat pipe connects the absorber plate, another End connects the radiator；The heat-conducting plate is set to the sealing element and encloses outside the enclosure space set；The radiator, which is set to, to be leaned on The air outlet of the nearly base housing.