CN204695175U - The protection bracing or strutting arrangement of Flat electronic equipment - Google Patents
The protection bracing or strutting arrangement of Flat electronic equipment Download PDFInfo
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- CN204695175U CN204695175U CN201520429988.3U CN201520429988U CN204695175U CN 204695175 U CN204695175 U CN 204695175U CN 201520429988 U CN201520429988 U CN 201520429988U CN 204695175 U CN204695175 U CN 204695175U
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Abstract
The utility model belongs to Flat electronic equipment technical field, relate to the protection bracing or strutting arrangement of Flat electronic equipment, comprise and be located on the left of Flat electronic equipment and the slideway on right side and containment vessel housing, a left side for containment vessel housing, right side is equipped with slide rail, two slideways are between two slide rails, left side slideway and containment vessel housing on the left of slide rail be slidably connected by a slide-bar, right side slideway and containment vessel housing on the right side of slide rail be slidably connected by another slide-bar, slide-bar can slide in the slideway of homonymy and slide rail, the slideway of homonymy and slide rail can rotate relative to the slide-bar of homonymy, or the left side of the containment vessel housing of the protection bracing or strutting arrangement of Flat electronic equipment and right side are equipped with slide rail, the slide-bar that can be fixed on the left of Flat electronic equipment and right side is slidably connected in slide rail, slide-bar can rotate and form orientable being slidably connected by detent mechanism in slide rail, advantage is: structure is simple, easy to assembly, cost is low, has the function of upset, support, protection Flat electronic equipment.
Description
Technical field
The utility model belongs to Flat electronic equipment technical field, relates to a kind of protection bracing or strutting arrangement of Flat electronic equipment.
Background technology
The familiar lacunas of Flat electronic equipment is: need to hold in hands or stilt could be erected, often people are when the Flat electronic equipment used, and is all to overlook in the majority, bows so for a long time and can impact health; The touch-screen of Flat electronic equipment bears the function of man-machine interaction simultaneously, and the damage of touch-screen easily causes man-machine interaction to lose efficacy, and makes troubles to the study and work of people; The operator guards of existing Flat electronic equipment only reaches the function of protection touch-screen, but has the familiar lacunas that cannot independently erect, and therefore it is functional, attractive force is too small, and the market competitiveness is poor.
The protection bracing or strutting arrangement (application publication number: CN 103760954 A) of a kind of multi-purpose panel electronic equipment of applicant's earlier application; it discloses and increase over cap on Flat electronic equipment; and over cap and Flat electronic equipment are formed be slidably connected, make Flat electronic equipment tilt to stand on the two ends of over cap simultaneously.But this utility model has following defect: easily produce the phenomenon of toppling over when Flat electronic equipment stands on over cap two ends; There is certain restriction at angle of inclination.
Summary of the invention
The purpose of this utility model is for the deficiencies in the prior art, provides a kind of protection bracing or strutting arrangement of Flat electronic equipment.
The purpose of this utility model is achieved through the following technical solutions:
The protection bracing or strutting arrangement of Flat electronic equipment; comprise and be located on the left of Flat electronic equipment and the slideway on right side and containment vessel housing; left side and the right side of containment vessel housing are equipped with slide rail; two described slideways are between two slide rails; left side slideway and containment vessel housing on the left of slide rail be slidably connected by a slide-bar; right side slideway and containment vessel housing on the right side of slide rail be slidably connected by another slide-bar; slide-bar can slide in the slideway of homonymy and slide rail, and the slideway of homonymy and slide rail can rotate relative to the slide-bar of homonymy.
Above-mentioned slide-bar and slide rail form orientable being slidably connected, concrete structure is: slide rail offers bar shaped slide opening, bar shaped slide opening is provided with along its length successively several location reamings, slide-bar can be slidably connected with bar shaped slide opening and can be positioned on and locate in reaming.
Above-mentioned slide-bar coordinates the one end of the slide-bar slided to be provided with pulley with slide rail, pulley is the wheel body of kidney-shaped or the circular wheel adopting resilient material to make.
Bar shaped slide opening inside above-mentioned slide rail is provided with bar shaped reaming, the structure of described slide-bar is: comprise the inner shaft be located in slideway and the outer semiaxis be located in slide rail, the axis hole wall of inner shaft is provided with step, the inner of outer semiaxis is stretched in the axis hole of inner shaft, back-moving spring is provided with between at the bottom of the inner of outer semiaxis and the axis hole of inner shaft, the outer cylinder of outer semiaxis the inner be provided with can with the snap ring of step clamping, the outer end of described outer semiaxis is provided with baffle ring.
Above-mentioned location reaming is located at the groove on the hole wall of bar shaped slide opening, described slide-bar is provided with and contacts with the hole wall of bar shaped slide opening the elastic component connected, elastic component can snap in groove inner position, and promote slide-bar and elastic component can be made to compress and depart from groove, slide-bar can slide in bar shaped slide opening.
Above-mentioned containment vessel housing is hinged with support turnover panel, and described support turnover panel can be fitted towards the upset of containment vessel housing with containment vessel housing.
Above-mentioned containment vessel housing offers lay and support the hollow slots of turnover panel, support turnover panel and to be hinged in hollow slots and to support turnover panel and can turn in hollow slots.
The protection bracing or strutting arrangement of Flat electronic equipment; comprise containment vessel housing; left side and the right side of containment vessel housing are equipped with slide rail; slidably connect the slide-bar that can be fixed on the left of Flat electronic equipment and right side in slide rail, slide-bar can rotate and form orientable being slidably connected by detent mechanism in slide rail.
Above-mentioned containment vessel housing is hinged with support turnover panel, and described support turnover panel can be fitted towards the upset of containment vessel housing with containment vessel housing.
Above-mentioned containment vessel housing offers lay and support the hollow slots of turnover panel, support turnover panel and to be hinged in hollow slots and to support turnover panel and can turn in hollow slots.
Above-mentioned slide-bar can rotate and form the orientable concrete structure be slidably connected by detent mechanism in slide rail: slide rail offers bar shaped slide opening, bar shaped slide opening is provided with along its length successively several location reamings, slide-bar can be slidably connected with bar shaped slide opening and can be positioned on and locate in reaming.
Above-mentioned slide-bar coordinates the one end of the slide-bar slided to be provided with pulley with slide rail, pulley is the wheel body of kidney-shaped or the circular wheel adopting resilient material to make.
Bar shaped slide opening inside above-mentioned slide rail is provided with bar shaped reaming, the structure of described slide-bar is: comprise and be fixed on the left of Flat electronic equipment and the inner shaft on right side and the outer semiaxis that is located in slide rail, the axis hole wall of inner shaft is provided with step, the inner of outer semiaxis is stretched in the axis hole of inner shaft, back-moving spring is provided with between at the bottom of the inner of outer semiaxis and the axis hole of inner shaft, the outer cylinder of outer semiaxis the inner be provided with can with the snap ring of step clamping, the outer end of described outer semiaxis is provided with baffle ring.
Above-mentioned location reaming is located at the groove on the hole wall of bar shaped slide opening, described slide-bar is provided with and contacts with the hole wall of bar shaped slide opening the elastic component connected, elastic component can eject and snap in groove inner position, promoting slide-bar can make elastic component compress and depart from groove, and slide-bar can slide in bar shaped slide opening.
The utility model gives prominence to compared to existing technology and useful technique effect is:
1, the utility model structural design is simple; achieve the relative sliding between Flat electronic equipment and protective housing and relatively rotate two functions; the upset of larger angle and relative slip can be carried out between Flat electronic equipment with containment vessel housing; reach a variety of using states thus; meet the use habit that consumer is different, reach better viewing, result of use.
2, the utility model is in order to ensure that the difference of Flat electronic equipment tilts to erect angle; have employed and the structure of slide-bar location and containment vessel housing arrange integration support the improvement of turnover panel, the technique effect that angle that Flat electronic equipment tilts to erect is fixed can be reached thus.
3, the structure of the utility model detent mechanism is simply various, can effectively make slide-bar be positioned in slide rail, can prevent Flat electronic equipment from erecting the rear phenomenon producing slip thus.
4, the utility model has various variable condition, can increase keyboard and make Flat electronic equipment form the duty of notebook computer type, use more convenient.
5, operation is very easy for the utility model, easily changes state, more can attract the eye of consumer, wide market while possessing several functions.
6, formation of the present utility model is simple, and parts are few, and production cost is low, easy to assembly.
Accompanying drawing explanation
Fig. 1 is basic structure schematic diagram of the present utility model.
Fig. 2 is one of the using state of the first embodiment of the present utility model schematic diagram.
Fig. 3 is two schematic diagram of the using state of structure in Fig. 2.
Fig. 4 is three schematic diagram of the using state of structure in Fig. 2.
Fig. 5 is four schematic diagram of the using state of structure in Fig. 2.
Fig. 6 is the structural representation seen from lower to upper of structure in Fig. 5.
Fig. 7 is five schematic diagram of the using state of structure in Fig. 2.
Fig. 8 is the structural representation seen from lower to upper of structure in Fig. 7.
Fig. 9 is one of the using state of the second embodiment of the present utility model schematic diagram.
Figure 10 is two schematic diagram of the using state of structure in Fig. 9.
Figure 11 is three schematic diagram of the using state of structure in Fig. 9.
Figure 12 is the structural representation seen from lower to upper of structure in Fig. 9.
Figure 13 is the structural representation of the third embodiment of the present utility model.
Figure 14 is one of the using state of structure in Figure 13 schematic diagram.
Figure 15 is the first embodiment figure of the respective outer side edges of slide rail, slide-bar in first, second and third kind of embodiment of the present utility model.
Figure 16 is the second embodiment figure of the respective outer side edges of slide rail, slide-bar in first, second and third kind of embodiment of the present utility model.
Figure 17 is the third embodiment figure of the respective outer side edges of slide rail, slide-bar in first, second and third kind of embodiment of the present utility model.
Figure 18 is the schematic diagram of first, second, third kind of embodiment of slide rail, slide-bar respective outer side edges in first and second kind of embodiment of the present utility model in Figure 15, Figure 16, Figure 17.
Figure 19 is the schematic diagram of the 4th kind of embodiment of the respective outer side edges of slide rail, slide-bar in first and second kind of embodiment of the present utility model.
Figure 20 is partial structurtes enlarged diagram in Figure 19.
Figure 21 is the another kind of working state schematic representation of structure in Figure 20.
Figure 22 is the schematic diagram of the 5th kind of embodiment of the respective outer side edges of slide rail, slide-bar in first and second kind of embodiment of the present utility model.
Figure 23 is the schematic diagram of first, second, third kind of embodiment of slide rail, slide-bar respective outer side edges in the third embodiment of the present utility model in Figure 15, Figure 16, Figure 17.
Figure 24 is the schematic diagram of the 4th kind of embodiment of the respective outer side edges of slide rail, slide-bar in the third embodiment of the present utility model.
Figure 25 is the schematic diagram of the 5th kind of embodiment of the respective outer side edges of slide rail, slide-bar in the third embodiment of the present utility model.
Figure 26 is partial structurtes enlarged diagram in Figure 24.
Figure 27 is the another kind of working state schematic representation of structure in Figure 26.
Embodiment
The utility model is further described with specific embodiment below in conjunction with accompanying drawing, see Fig. 1-27:
First and second kind of embodiment (see Fig. 1-12), the protection bracing or strutting arrangement of the utility model Flat electronic equipment, comprise and be located on the left of Flat electronic equipment 1 and the slideway 2 on right side and containment vessel housing 3, the left side of containment vessel housing 3 and right side are equipped with slide rail 4, and two described slideways 2 are between two slide rails 4; The slideway 2 in left side is slidably connected by a slide-bar 5 with the slide rail 4 on the left of containment vessel housing 3; the slideway 2 on right side is slidably connected by another slide-bar 5 with the slide rail 4 on the right side of containment vessel housing 3; slide-bar 5 can slide in the slideway 2 of homonymy and slide rail 4, and the slideway 2 of homonymy and slide rail 4 can rotate relative to the slide-bar 5 of homonymy.
Principle of work of the present utility model is: slideway 2 and slide-bar 5 are slidably connected; slide-bar 5 is slidably connected mutually with slide rail 4 simultaneously; the slideway 2 of homonymy and slide rail 4 can rotate relative to the slide-bar 5 of homonymy; slideway 2 is fixed with Flat electronic equipment 1; slide rail 4 is fixed with containment vessel housing 3, therefore can form multiple upset, stretching, overlapping effect.
To face up the state of horizontal stretch for Flat electronic equipment 1 shown in Fig. 1, now slideway 2 is end to end with slide rail 4, is connected by slide-bar 5.
Shown in Fig. 2 for containment vessel housing 3 in Fig. 1 is overturn around slide-bar 5 towards Flat electronic equipment 1 rear, reach the state that Flat electronic equipment 1 tilts to erect.
Shown in Fig. 3 for carrying out Fig. 1 middle plateform electronic equipment 1 around slide-bar 5 towards a left side turning over the state that turnback obtains, now Flat electronic equipment 1 faces down, and slideway 2 is overlapping with slide-bar 5 one end, is to be connected by slide-bar 5.
The state for the horizontal translocation left of being faced up by Fig. 1 middle plateform electronic equipment 1 shown in Fig. 4, now slideway 2 is overlapping with slide-bar 5 one end, is to be connected by slide-bar 5.
The state (needing the structural design by containment vessel housing 3) for Flat electronic equipment 1 is tilted to erect shown in Fig. 5 and Fig. 7, slideway 2 is in inclination raised state, and slideway 2 one end and slide rail 4 are connected by slide-bar 5; Fig. 5 is the state that Flat electronic equipment 1 small angle inclination erects, and Fig. 7 is the state that Flat electronic equipment 1 wide-angle tilt erects.
The structure that Fig. 5-8 are shown is structural design containment vessel housing 3 offering the hollow slots 11 identical with supporting turnover panel 10 shape.
The structure that Fig. 9-12 are shown is the structural design without hollow slots 11 on containment vessel housing 3.
As shown in Figure 5, containment vessel housing 3 offers the hollow slots 11 identical with supporting turnover panel 10 shape, support turnover panel 10 is hinged on hollow slots 11 side and supports turnover panel 10 and can turn in hollow slots 11.
Structure in Figure 5, supporting on turnover panel 10 back side edge that can be hinged on hollow slots 11 or left and right side, is all the structures that can realize turning-over support.
When supporting turnover panel 10 and being hinged on the left and right side of hollow slots 11, be structure support turnover panel 10 being slit into left plate and right plate, left plate and right plate can relatively rotate and then form support.
As shown in Fig. 9,10, the back side edge or left and right side of containment vessel housing 3 are hinged with and support turnover panel 10; One side is hinged with and supports turnover panel 10, described support turnover panel 10 can overturn towards containment vessel housing 3 and fit with containment vessel housing 3; When supporting turnover panel 10 and being hinged on left and right side, be structure support turnover panel 10 being slit into left plate and right plate, left plate and right plate can relatively rotate and then form support.
The front end of described containment vessel housing 3 is provided with the snapping plate 6 of arc, and this snapping plate 6 is responsible for both being fixed when containment vessel housing 3 is placed on Flat electronic equipment 1.
As shown in Figure 18,19,20,21,22, the one end of the slide-bar 5 that above-mentioned slide-bar 5 is slidably connected with slideway 2 is provided with foxy 500, slide-bar 5 can be made to coordinate closely with slideway 2, prevent slide-bar 5 slippage from slideway 2, avoids sliding difficulty or producing the problems such as noise.
Described slide-bar 5 forms orientable being slidably connected with slide rail 4, concrete structure is: slide rail 4 offers bar shaped slide opening 7, bar shaped slide opening 7 is provided with along its length successively several location reamings 8, slide-bar 5 can be slidably connected with bar shaped slide opening 7 and can be positioned on and locate in reaming 8;
The so orientable concrete structure be slidably connected is provided with following several mode:
One is that the structure extension of single slide-bar 5 can realize: shown in figure (15,16,17,18), the described adoptable structure of slide-bar 5 is: see Figure 15 and Figure 17, slide-bar 5 coordinates the one end of the slide-bar 5 slided to be provided with pulley 9 with slide rail 4, pulley 9 is the circular wheel adopting resilient material to make.
Above-mentioned slide-bar 5 also adoptable structure is: see Figure 16, the described wheel body of pulley 9 in kidney-shaped, the maximum gauge of kidney-shaped wheel is identical with the diameter of location reaming 8, because the different-diameter of kidney-shaped wheel is arranged, and reaming 8 can be located coordinate respectively with bar shaped slide opening 7 after rotation 90 degree, reach and slide smoothly and the function of location.
Two is realized by the structure extension of slide-bar 5 and bar shaped slide opening 7: shown in figure (19,20,21), the bar shaped slide opening 7 inside described slide rail 4 is provided with bar shaped reaming 70; In design, the width of bar shaped reaming 70 is greater than bar shaped slide opening 7, and the width of bar shaped reaming 70 is more than or equal to the diameter of baffle ring 140, and the width of bar shaped slide opening 7 is less than the diameter of baffle ring 140, and the diameter of location reaming 8 is more than or equal to the diameter of baffle ring 140.
The structure of described slide-bar is: comprise the inner shaft 13 be located in slideway 2 and the outer semiaxis 14 be located in slide rail 4, the axis hole wall of inner shaft 13 is provided with step 15, the inner of outer semiaxis 14 is stretched in the axis hole of inner shaft 13, back-moving spring 17 is provided with between at the bottom of the inner of outer semiaxis 14 and the axis hole of inner shaft 13, the outer cylinder of outer semiaxis 14 the inner be provided with can with the snap ring 16 of step 15 clamping, the outer end of described outer semiaxis 14 is provided with baffle ring 140.
Be provided with blend stop 12 in bar shaped slide opening 7 between described adjacent two location reamings 8, the slide-bar 5 slipping into bar shaped slide opening 7 is stuck in inside blend stop 12.
The function that the structure extension of above-mentioned slide-bar 5 and bar shaped slide opening 7 realizes is:
Slide-bar 5: outer semiaxis 14 can be pressed, the entire length of slide-bar 5 is produced and changes, wherein under pressed state, slide-bar 5 is shorter length, and then the baffle ring 140 of slide-bar 5 snaps in bar shaped reaming 70; In the loosened condition, slide-bar 5 is comparatively long status under the effect of back-moving spring, and the baffle ring 140 of slide-bar 5 snaps in the location reaming 8 of bar shaped slide opening 7; Thus under pressed state, slide-bar 5 is not in the reaming 8 of location, achieve the slip in bar shaped slide opening 7, in the loosened condition, if slide-bar 5 is positioned at reaming 8 place, location, then slide-bar 5 penetrates location reaming 8, and then the transverse direction of slide-bar 5 is slided and is limited, and the elastic force of the conversion of two states pressing force and back-moving spring carries out.
In actual applications:
Relatively rotating of Flat electronic equipment 1 and containment vessel housing 3: inner shaft 13 and outer semiaxis 14 rotate or/and be slidably connected;
The relative sliding of Flat electronic equipment 1 and containment vessel housing 3: when the length of slide-bar 5 shortens by we; then the outer end of the outer semiaxis 14 of slide-bar 5 is stuck in blend stop 12; baffle ring 140 snaps in bar shaped reaming 70; now; outer semiaxis 14 has departed from the restriction of location reaming 8; therefore Flat electronic equipment 1 can slide along bar shaped slide opening 7; (reaming 8 position, a location is slided to) when sliding into desired position; now unclamp outer semiaxis 14; and then making the ejection of outer semiaxis 14 snap in the reaming 8 of location, Flat electronic equipment 1 cannot be slided by location thus.
The structure extension of slide-bar 5 and bar shaped slide opening 7 also can be: ginseng as shown in Figure 22, described location reaming 8 is located at the groove on the hole wall of bar shaped slide opening, described slide-bar 5 is provided with the elastic component 91 contacting with the hole wall of bar shaped slide opening and connect, described elastic component 91 is arranged on the outer face of pulley 9, enforce slide-bar 5, elastic component 91 can be made to compress and depart from groove, now slide-bar 5 can slide in bar shaped slide opening 7, when slide-bar 5 slides into next reaming 8 place, location, elastic component 91 can be made to eject and snap in groove inner position.
In such a configuration, containment vessel housing 3 structure is see figure (5,6,7,8,9,10,11,12), and wherein on containment vessel housing 3, the design of hollow slots 11 saves production cost, and keep the thinness of containment vessel housing 3, structure is more exquisite simultaneously.
Structure (the third embodiment) as another kind of embodiment of the present utility model: (see Figure 13,14); the protective device of Flat electronic equipment; comprise containment vessel housing 3; the left side of containment vessel housing 3 and right side are equipped with slide rail 4; slidably connect in slide rail 4 and can be fixed on the left of Flat electronic equipment 1 and the slide-bar 5 on right side, slide-bar 5 can rotate and form orientable being slidably connected by detent mechanism in slide rail 4.
The back side edge of described containment vessel housing 3 is hinged with and supports turnover panel 10, described support turnover panel 10 can overturn towards containment vessel housing 3 and fit with containment vessel housing 3.
Described containment vessel housing 3 offers the hollow slots 11 identical with supporting turnover panel 10 shape, support turnover panel 10 is hinged on hollow slots 11 side and supports turnover panel 10 and can turn in hollow slots 11.
Said structure is more simple, eliminate the structural design of slideway 2, be fixed on by slide-bar 5 on Flat electronic equipment 1, the length of slide rail 4 increases, by supporting the effect (see Figure 13,14) that the structural design of turnover panel 10 can make Flat electronic equipment 1 produce to erect.
Above-mentioned slide-bar 5 can rotate and form the orientable concrete structure be slidably connected by detent mechanism in slide rail 4: slide rail 4 offers bar shaped slide opening 7, bar shaped slide opening 7 is provided with along its length successively several location reamings 8, slide-bar 5 can be slidably connected with bar shaped slide opening 7 and can be positioned on and locate in reaming 8.
The so orientable concrete structure be slidably connected is provided with following several mode:
One is that the structure extension of single slide-bar 5 can realize: shown in figure (15,16,17,23), the described adoptable structure of slide-bar 5 is: see Figure 15 and Figure 17, slide-bar 5 coordinates the one end of the slide-bar 5 slided to be provided with pulley 9 with slide rail 4, pulley 9 is the circular wheel adopting resilient material to make.
Above-mentioned slide-bar 5 also adoptable structure is: see Figure 16, the described wheel body of pulley 9 in kidney-shaped, the maximum gauge of kidney-shaped wheel is identical with the diameter of location reaming 8, because the different-diameter of kidney-shaped wheel is arranged, and reaming 8 can be located coordinate respectively with bar shaped slide opening 7 after rotation 90 degree, reach and slide smoothly and the function of location.
Two is realized by the structure extension of slide-bar 5 and bar shaped slide opening 7: shown in figure (24,26,27), the bar shaped slide opening 7 inside described slide rail 4 is provided with bar shaped reaming 70; In design, the width of bar shaped reaming 70 is greater than bar shaped slide opening 7, and the width of bar shaped reaming 70 is more than or equal to the diameter of baffle ring 140, and the width of bar shaped slide opening 7 is less than the diameter of baffle ring 140, and the diameter of location reaming 8 is more than or equal to the diameter of baffle ring 140.
The structure of described slide-bar 5 is: comprise and be fixed on the left of Flat electronic equipment 1 and the inner shaft 13 on right side and the outer semiaxis 14 that is located in slide rail 4, the axis hole wall of inner shaft 13 is provided with step 15, the inner of outer semiaxis 14 is stretched in the axis hole of inner shaft 13, back-moving spring 17 is provided with between at the bottom of the inner of outer semiaxis 14 and the axis hole of inner shaft 13, the outer cylinder of outer semiaxis 14 the inner be provided with can with the snap ring 16 of step 15 clamping, the outer end of described outer semiaxis 14 is provided with baffle ring 140.
Be provided with blend stop 12 in bar shaped slide opening 7 between described adjacent two location reamings 8, the slide-bar 5 slipping into bar shaped slide opening 7 is stuck in inside blend stop 12.
The function that the structure extension of above-mentioned slide-bar 5 and bar shaped slide opening 7 realizes is:
Slide-bar 5: outer semiaxis 14 can be pressed, the entire length of slide-bar 5 is produced and changes, wherein under pressed state, slide-bar 5 is shorter length, and then the baffle ring 140 of slide-bar 5 snaps in bar shaped reaming 70; In the loosened condition, slide-bar 5 is comparatively long status under the effect of back-moving spring, and the baffle ring 140 of slide-bar 5 snaps in the location reaming 8 of bar shaped slide opening 7; Thus under pressed state, slide-bar 5 is not in the reaming 8 of location, achieve the slip in bar shaped slide opening 7, in the loosened condition, if slide-bar 5 is positioned at reaming 8 place, location, then slide-bar 5 penetrates location reaming 8, and then the transverse direction of slide-bar 5 is slided and is limited, and the elastic force of the conversion of two states pressing force and back-moving spring carries out.
In actual applications:
Relatively rotating of Flat electronic equipment 1 and containment vessel housing 3: inner shaft 13 and outer semiaxis 14 rotate or/and be slidably connected;
The relative sliding of Flat electronic equipment 1 and containment vessel housing 3: when the length of slide-bar 5 shortens by we; then the outer end of the outer semiaxis 14 of slide-bar 5 is stuck in blend stop 12; baffle ring 140 snaps in bar shaped reaming 70; now; outer semiaxis 14 has departed from the restriction of location reaming 8; therefore Flat electronic equipment 1 can slide along bar shaped slide opening 7; (reaming 8 position, a location is slided to) when sliding into desired position; now unclamp outer semiaxis 14; and then making the ejection of outer semiaxis 14 snap in the reaming 8 of location, Flat electronic equipment 1 cannot be slided by location thus.
The structure extension of above-mentioned slide-bar 5 and bar shaped slide opening 7 also can be: ginseng as shown in Figure 25, described location reaming 8 is located at the groove on the hole wall of bar shaped slide opening 7, described slide-bar 5 is provided with the elastic component 91 contacting with the hole wall of bar shaped slide opening 7 and connect, described elastic component 91 is arranged on the outer face of pulley 9, enforce slide-bar 5, elastic component 91 can be made to compress and depart from groove, now slide-bar 5 can slide in bar shaped slide opening 7, when slide-bar 5 slides into next reaming 8 place, location, elastic component 91 can be made to eject and snap in groove inner position.
Above-described embodiment is only preferred embodiment of the present utility model, not limits protection domain of the present utility model according to this, therefore: all equivalence changes done according to structure of the present utility model, shape, principle, all should be covered by within protection domain of the present utility model.
Claims (14)
1. the protection bracing or strutting arrangement of Flat electronic equipment; comprise and be located on the left of Flat electronic equipment and the slideway on right side and containment vessel housing; it is characterized in that: left side and the right side of containment vessel housing are equipped with slide rail; two described slideways are between two slide rails; left side slideway and containment vessel housing on the left of slide rail be slidably connected by a slide-bar; right side slideway and containment vessel housing on the right side of slide rail be slidably connected by another slide-bar; slide-bar can slide in the slideway of homonymy and slide rail, and the slideway of homonymy and slide rail can rotate relative to the slide-bar of homonymy.
2. the protection bracing or strutting arrangement of Flat electronic equipment according to claim 1; it is characterized in that: described slide-bar and slide rail form orientable being slidably connected; concrete structure is: slide rail offers bar shaped slide opening; bar shaped slide opening is provided with along its length successively several location reamings, slide-bar can be slidably connected with bar shaped slide opening and can be positioned on and locate in reaming.
3. the protection bracing or strutting arrangement of Flat electronic equipment according to claim 2, is characterized in that: described slide-bar coordinates the one end of the slide-bar slided to be provided with pulley with slide rail, and pulley is the wheel body of kidney-shaped or the circular wheel adopting resilient material to make.
4. the protection bracing or strutting arrangement of Flat electronic equipment according to claim 2; it is characterized in that: the bar shaped slide opening inside described slide rail is provided with bar shaped reaming; the structure of described slide-bar is: comprise the inner shaft be located in slideway and the outer semiaxis be located in slide rail; the axis hole wall of inner shaft is provided with step; the inner of outer semiaxis is stretched in the axis hole of inner shaft; back-moving spring is provided with between at the bottom of the inner of outer semiaxis and the axis hole of inner shaft; the outer cylinder of outer semiaxis the inner be provided with can with the snap ring of step clamping, the outer end of described outer semiaxis is provided with baffle ring.
5. the protection bracing or strutting arrangement of Flat electronic equipment according to claim 2; it is characterized in that: described location reaming is located at the groove on the hole wall of bar shaped slide opening; described slide-bar is provided with and contacts with the hole wall of bar shaped slide opening the elastic component connected; elastic component can snap in groove inner position; promoting slide-bar can make elastic component compress and depart from groove, and slide-bar can slide in bar shaped slide opening.
6. the protection bracing or strutting arrangement of Flat electronic equipment according to claim 1, is characterized in that: described containment vessel housing is hinged with support turnover panel, and described support turnover panel can be fitted towards the upset of containment vessel housing with containment vessel housing.
7. the protection bracing or strutting arrangement of Flat electronic equipment according to claim 1, is characterized in that: described containment vessel housing offers lay and support the hollow slots of turnover panel, supports turnover panel and to be hinged in hollow slots and to support turnover panel and can turn in hollow slots.
8. the protection bracing or strutting arrangement of Flat electronic equipment; comprise containment vessel housing; it is characterized in that: left side and the right side of containment vessel housing are equipped with slide rail; slidably connect the slide-bar that can be fixed on the left of Flat electronic equipment and right side in slide rail, slide-bar can rotate and form orientable being slidably connected by detent mechanism in slide rail.
9. the protection bracing or strutting arrangement of Flat electronic equipment according to claim 8, is characterized in that: described containment vessel housing is hinged with support turnover panel, and described support turnover panel can be fitted towards the upset of containment vessel housing with containment vessel housing.
10. the protection bracing or strutting arrangement of Flat electronic equipment according to claim 8, is characterized in that: described containment vessel housing offers lay and support the hollow slots of turnover panel, supports turnover panel and to be hinged in hollow slots and to support turnover panel and can turn in hollow slots.
The protection bracing or strutting arrangement of 11. Flat electronic equipments according to claim 8; it is characterized in that: described slide-bar can rotate and form the orientable concrete structure be slidably connected by detent mechanism and be in slide rail: slide rail offers bar shaped slide opening; bar shaped slide opening is provided with along its length successively several location reamings, slide-bar can be slidably connected with bar shaped slide opening and can be positioned on and locate in reaming.
The protection bracing or strutting arrangement of 12. Flat electronic equipments according to claim 11, is characterized in that: described slide-bar coordinates the one end of the slide-bar slided to be provided with pulley with slide rail, and pulley is the wheel body of kidney-shaped or the circular wheel adopting resilient material to make.
The protection bracing or strutting arrangement of 13. Flat electronic equipments according to claim 11, it is characterized in that: the bar shaped slide opening inside described slide rail is provided with bar shaped reaming, the structure of described slide-bar is: comprise and be fixed on the left of Flat electronic equipment and the inner shaft on right side and the outer semiaxis that is located in slide rail, the axis hole wall of inner shaft is provided with step, the inner of outer semiaxis is stretched in the axis hole of inner shaft, back-moving spring is provided with between at the bottom of the inner of outer semiaxis and the axis hole of inner shaft, the outer cylinder of outer semiaxis the inner be provided with can with the snap ring of step clamping, the outer end of described outer semiaxis is provided with baffle ring.
The protection bracing or strutting arrangement of 14. Flat electronic equipments according to claim 11; it is characterized in that: described location reaming is located at the groove on the hole wall of bar shaped slide opening; described slide-bar is provided with and contacts with the hole wall of bar shaped slide opening the elastic component connected; elastic component can eject and snap in groove inner position; promoting slide-bar can make elastic component compress and depart from groove, and slide-bar can slide in bar shaped slide opening.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520429988.3U CN204695175U (en) | 2015-06-19 | 2015-06-19 | The protection bracing or strutting arrangement of Flat electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520429988.3U CN204695175U (en) | 2015-06-19 | 2015-06-19 | The protection bracing or strutting arrangement of Flat electronic equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204695175U true CN204695175U (en) | 2015-10-07 |
Family
ID=54235444
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520429988.3U Withdrawn - After Issue CN204695175U (en) | 2015-06-19 | 2015-06-19 | The protection bracing or strutting arrangement of Flat electronic equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204695175U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104932619A (en) * | 2015-06-19 | 2015-09-23 | 李由 | Protecting and supporting device of electronic tablet equipment |
-
2015
- 2015-06-19 CN CN201520429988.3U patent/CN204695175U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104932619A (en) * | 2015-06-19 | 2015-09-23 | 李由 | Protecting and supporting device of electronic tablet equipment |
| WO2016201743A1 (en) * | 2015-06-19 | 2016-12-22 | 李由 | Protecting and supporting device for electronic tablet device |
| CN104932619B (en) * | 2015-06-19 | 2019-03-29 | 李由 | The protection support device of Flat electronic equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151007 Effective date of abandoning: 20190329 |
|
| AV01 | Patent right actively abandoned |