CN206493863U - Child safety seat - Google Patents

Abstract

The utility model discloses a kind of child safety seat, including：Base, the base is provided with circular turn hole；Seat regulator, the seat regulator includes：Rotating disk, the rotating disk is rotatably arranged in the turn hole；Seat body, the seat body is located on the rotating disk.According to child safety seat of the present utility model, by setting rotating disk between seat body and base, rotating disk area is big, weight capacity strong, and rotating disk, which is hardly damaged, is not easy to crooked, stuck, stability of rotation, reliability height.And because the area of section of rotating disk is larger, requirement on machining accuracy is relatively low, so as to reduce processing cost.

Description

Child safety seat

Technical field

The utility model is related to child safety seat field.

Background technology

Present child safety seat seat generally can not be rotated, and inconvenience is brought to children's ride-on.Also the youngster having Rotating shaft is provided with virgin safety seat between seat and base, rotating shaft is thinner, it is easily stuck.

Utility model content

The application is intended to solve technical problem present in prior art, therefore proposes a kind of child safety seat, can Easily swiveling seat.

According to child safety seat of the present utility model, including：Base, the base is provided with turn hole；Seat adjusts machine Structure, the seat regulator includes：Rotating disk, the rotating disk is rotatably arranged in the turn hole；Seat body, the seat Body is located on the rotating disk, and the rotatable parts between the seat body and the base only include the rotating disk.

According to the child safety seat of the utility model embodiment, by setting rotating disk between seat body and base, Rotating disk area is big, weight capacity strong, and rotating disk, which is hardly damaged, is not easy to crooked, stuck, stability of rotation, reliability height.And due to The area of section of rotating disk is larger, and requirement on machining accuracy is relatively low, so as to reduce processing cost.

In certain embodiments, the base includes：Upper drain pan and lower drain pan, the bottom cap close the drain pan on described Bottom, limit installing space between the upper drain pan and the lower drain pan；The turn hole is located on the upper drain pan, described The bottom of rotating disk is extend into the installing space, and the member base end of the rotating disk is supported on the lower drain pan.

In certain embodiments, the base also includes：Hanging deck, the hanging deck is located in the installing space, described outstanding Suspension space is limited between plate and the upper drain pan, the part edge of the rotating disk is folded in the suspension space.

In certain embodiments, the rotating disk is provided with block, and the block is located in the installing space and backstop exists On the upper drain pan.

In certain embodiments, the base is provided with multiple the first gear holes set around the rotating disk；The seat Chair governor motion also includes：Arm-tie, the arm-tie is located between the seat body and the rotating disk, and the arm-tie has connection End and pulling end, the connection end are connected with the seat body, and the pulling end is provided with snib, and the pulling end can be in institute State up and down between seat body and the rotating disk, when pulling end activity downwards snib insertion can be driven described First gear hole, can drive the snib to extract when pulling end activity upwards；Gear keeps elastic component, and the gear is protected Elastic component is held to be located between the seat body and the pulling end often to drive the pulling end movable downwards.

In certain embodiments, the seat body is provided with slide rail, and the seat regulator also includes sliding block, described Sliding block is located on the rotating disk, and the seat body is slidably disposed in described turn by the cooperation of the sliding block and the slide rail On disk.

In certain embodiments, the base or the rotating disk are provided with the second gear hole, and the seat body is slided When, the snib on the arm-tie can change between first gear hole and second gear hole.

In certain embodiments, the seat body is provided with the through slot of thickness direction insertion to constitute the cunning Rail, the sliding block is stuck in the through slot.

In certain embodiments, the bottom of the seat body is provided with the first fixture block and the second fixture block, the arm-tie and set There is the grafting block being stuck between first fixture block and second fixture block.

In certain embodiments, the base is provided with the stopper slot for being used for limiting the second fixture block sliding scale.

Additional aspect and advantage of the present utility model will be set forth in part in the description, partly by from following description In become obvious, or by it is of the present utility model practice recognize.

Brief description of the drawings

Of the present utility model above-mentioned and/or additional aspect and advantage will from description of the accompanying drawings below to embodiment is combined Become substantially and be readily appreciated that, wherein：

Fig. 1 is the dimensional structure diagram of the child safety seat according to the utility model embodiment；

Fig. 2 is illustrated according to seat body and headrest, the stereochemical structure of height regulating mechanism of the utility model embodiment Figure；

Fig. 3 is seat body and headrest, the decomposing schematic representation of height regulating mechanism in Fig. 2；

Fig. 4 is the enlarged diagram of Partial Height adjustment mechanism；

Fig. 5 is the side view of the seat body according to the utility model embodiment；

Fig. 6 is the stereogram of base according to the utility model embodiment and seat regulator；

Fig. 7 is the stereogram of base according to the utility model embodiment and rotating disk；

Fig. 8 is the sectional view of base shown in Fig. 7 and rotating disk；

Fig. 9 is the stereogram of the arm-tie according to the utility model embodiment.

Reference：

Child safety seat 100,

Seat body 1, seat support 11, the chair back 12, the medial surface S1 of the chair back, the lateral surface S2 of the chair back, guide groove 13, neck 14th, the first fixture block 15, the second fixture block 16, slide rail 17,

Headrest 2, fixing groove 21,

Base 3, turn hole 30, upper drain pan 31, lower drain pan 32, hanging deck 34, the first gear hole 36, stopper slot 37, the second gear Hole 38,

Height regulating mechanism 4,

Operating portion 41, chute 411, the upper surface F1 of chute, the lower surface F2 of chute, handle 412,

Fixed part 42, guide pad 421, slide plate 422, pilot hole 423, breach 424,

Adjustment portion 43, kelly 431, projection 432, elastic component 433, roller 434, axle sleeve 435,

Slip lid 44,

Seat regulator 5,

Rotating disk 51, block 511,

Arm-tie 52, snib 521, connection end P1, pulling end P2, maintainance block 522, grafting block 523,

Gear keeps elastic component 53, sliding block 54.

Embodiment

Embodiment of the present utility model is described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning Same or similar element or element with same or like function are represented to same or similar label eventually.Below by ginseng The embodiment for examining accompanying drawing description is exemplary, it is intended to for explaining the utility model, and it is not intended that to the utility model Limitation.

Below with reference to the accompanying drawings child safety seat 100 according to the utility model embodiment is described.

According to the child safety seat 100 of the utility model embodiment, as shown in figure 1, including：Seat body 1, headrest 2 With base 3.

Specifically, seat body 1 includes seat support 11 and the chair back 12, it is to be understood that child safety seat 100 is used When, children are sitting on seat support 11 and leaned against on the chair back 12, and the chair back 12 has medial surface S1 and lateral surface S2, and the chair back 12 is leaned on The surface leaned on is the medial surface S1 of the chair back 12, and the surface relative with medial surface S1 of the chair back 12 is then the lateral surface S2 of the chair back 12.

Reference picture 1- Fig. 3, headrest 2 is located on the medial surface S1 of the chair back 12, and child safety seat 100 also includes being used to adjust The height regulating mechanism 4 of the height on the chair back 12 of headrest 2.

Specifically, as shown in figure 3, the chair back 12 is provided with the guide groove 13 in thickness direction insertion, the lateral surface of the chair back 12 S2 forms planing surface in the horizontal both sides of guide groove 13 respectively, and each planing surface is provided with the multiple necks 14 vertically arranged.

As shown in figs 2-4, height regulating mechanism 4 includes：Operating portion 41, fixed part 42 and adjustment portion 43, operating portion 41 2 be connected with headrest, operating portion 41 is provided with chute 411 in the lateral surface S2 sides towards the chair back 12, the upper surface F1 of chute 411 with Lower surface F2 extends away from each other on the direction towards the lateral surface S2 of the chair back 12.Fixed part 42 includes slide plate 422 and is oriented to Block 421, guide pad 421 is located at the side of the direction headrest 2 of slide plate 422 and is connected with headrest 2, and guide pad 421 is inserted into guiding Groove 13 is interior and can be slided up and down along guide groove 13, and slide plate 422 can be slided along the planing surface of the both sides of guide groove 13.It is sliding in the embodiment The setting of plate 422 can make that the contact area of the chair back 12 of fixed part 42 and seat body 1 is big, slide steady, but the utility model In embodiment the structure of fixed part 42 can not limited to this, in other embodiments, fixed part 42 can be also provided only with along guide groove 13 guide pads 421 slided up and down, this is equivalent to the structure that slide plate 422 is eliminated on fixed part 42.

Adjustment portion 43 is movably arranged on fixed part 42, and adjustment portion 43 includes：Kelly 431, projection 432 and elastic component 433, kelly 431 is fastened in the neck 14 of the both sides of guide groove 13, and projection 432 is inserted into chute 411 through guide groove 13, bullet Property part 433 be used for often drive projection 432 towards headrest 2 move.Here, " normal " refers to normality, and " often driving " represents elastic component 433 pairs of projections 432 have the trend often promoted towards some direction.

Specifically, operating portion 41 is connected with fixed part 42 with headrest 2 in height regulating mechanism 4, operating portion therein 41 even can be integrally formed on headrest 2, when about one in rest the head on 2, operating portion 41 and fixed part 42 is pulled, remaining Two can slide up and down therewith.

Here, because fixed part 42 includes slide plate 422 and guide pad 421, guide pad 421 is connected with headrest 2, slide plate 422 Slided along the planing surface of the both sides of guide groove 13, so that guide pad 421 is connected between headrest 2 and slide plate 422, headrest 2 and slide plate 422 are folded in the both sides of the chair back 12.Because guide pad 421 coordinates in the guide groove 13 on the chair back 12 in fixed part 42, therefore When 2 height of resting the head on are adjusted, headrest 2, operating portion 41 and fixed part 42 are slided along the bearing of trend of guide groove 13.

Because in adjustment portion 43, kelly 431 is fastened in the neck 14 of the both sides of guide groove 13, projection 432 passes through guide groove 13 are inserted into chute 411, and elastic component 433 is used to often drive projection 432 to move towards headrest 2, therefore height regulating mechanism 4 has There are two states, one kind is altitude hold mode, another is height adjustment state.

Under 2 altitude hold modes of resting the head on, projection 432 is tightly buckled in chute 411 by elastic component 433, the quilt of projection 432 After (or tension) is compressed in chute 411, the two ends of kelly 431 can tightly be fastened on the neck 14 of the both sides of guide groove 13 respectively It is interior, so that resting the head on 2 can not slide up and down.

When pulling up headrest 2 (or operating portion 41), operating portion 41 can relative adjustment portion 43 projection 432 to moving up It is dynamic so that the projection 432 of adjustment portion 43 is only against on the lower surface F2 of chute 411.During operating portion 41 is moved up, Projection 432 overcomes the elastic force of elastic component 433 and outwards ejected by the lower surface F2 of chute 411.Outwards ejected in projection 432 While, the kelly 431 of adjustment portion 43 is also ejected to outside neck 14 therewith.Do not have after the locking effect of kelly 431, fixed part 42 Can be with headrest 2 along planing surface upward sliding.Until stop pull up after headrest 2 (or operating portion 41), projection 432 again by Elastic component 433 compresses (or tension) in chute 411, and the two ends of kelly 431 are also tightly fastened in neck 14 respectively, so that Headrest 2 can not be adjusted up again.

Equally, when pressing headrest 2 (or operating portion 41) downwards, the projection 432 in the meeting relative adjustment of operating portion 41 portion 43 Move down so that the projection 432 of adjustment portion 43 is only against on the upper surface F1 of chute 411.Moved down in operating portion 41 During, projection 432 overcomes the elastic force of elastic component 433 and outwards ejected by the upper surface F1 of chute 411.In projection 432 Outwards while ejection, the kelly 431 of adjustment portion 43 is also ejected to outside neck 14 therewith, and fixed part 42 can be slided with the edge of headrest 2 Towards lower slider.Until stopping pressing after headrest 2 (or operating portion 41) downwards, projection 432 is compressed by elastic component 433 again (or tense) in chute 411, the two ends of kelly 431 are also tightly fastened in neck 14 respectively, thus rest the head on 2 can not again to Lower regulation.

According to the child safety seat 100 of the utility model embodiment, headrest is adjusted by setting height regulating mechanism 4 2 height in seat body 1, the overall structure of child safety seat 100 is simple, processing cost is low, as long as and pulling head up and down Pillow 2 or operating portion 41 can just adjust the height of headrest 2, and headrest 2 can be preferably stuck in seat body 1 again when stopping drag, So that the height regulation of headrest 2 is facilitated very much.

Specifically, as shown in figs 2-4, the chair back 12 is provided with multiple guide grooves 13 spaced apart, and fixed part 42 is provided with It is respectively fitting into multiple guide pads 421 in multiple guide grooves 13.The guide effect of multiple guide pads 421, can make headrest 2 in water Square slided to stress equalization, when height is adjusted steady.

In certain embodiments, as shown in figs 2-4, the chair back 12 is provided with left and right two guide grooves spaced apart The both sides of each guide groove 13 are planing surface in 13, the lateral surface S2 of the chair back 12, and vertically side is equipped with each planing surface To evenly-spaced multiple necks 14.As shown in figure 3, the chair back 12 is provided with two vertically extending guide grooves 13, the chair back 12 On be additionally provided with the neck row that three row vertically arrange, each column includes multiple necks 14 extended transversely.

In this embodiment, it is parallel to each other in each neck row between multiple necks 14, multiple necks in three row necks row 14 correspond setting, i.e., identical with the height of three necks 14 of a line.

In certain embodiments, as shown in Figures 2 and 3, operating portion 41 is fixedly connected on the back side of headrest 2, operating portion 41 Be formed as strip straight panel shape, the top of operating portion 41 is provided with handle 412, and chute 411 forms the bottom in operating portion 41.So when During adjustment 2 height of headrest, handle 412 can be directly pulled up and down, operation is more prone to.

Specifically, as shown in figure 3, when the chair back 12 is provided with multiple guide grooves 13, operating portion 41 can be corresponded to and is each oriented to Groove 13 sets chute 411, while adjustment portion 43, which can correspond to multiple chutes 411, sets multiple projections 432 and multiple elastic components 433. It can so ensure in adjustment 2 height of headrest, headrest 2 uniform force, stable movement in the horizontal direction.

In the embodiment shown in fig. 4, the bottom of operating portion 41 can be provided with two chutes 411, specifically, the bottom of operating portion 41 Be formed with square block, the left and right sides of square block and be formed with chute 411, the chute 411 in left side be in left side it is unlimited, it is right The chute 411 of side is unlimited on right side.

Further, as shown in figure 3, headrest 2 is provided with fixing groove 21 in the side towards the chair back 12, operating portion 41 is located at solid Determine in groove 21.When so headrest 2 is slided, operating portion 41 will not produce interference and hinder.

Specifically, as shown in Figures 2 and 3, height regulating mechanism 4 also includes slip lid 44, and slip lid 44 is covered in fixing groove 21 On, slip lid 44 is located between operating portion 41 and the chair back 12.As seen from Figure 3, the surface towards the chair back 12 of slip lid 44 is flat Sliding surface, the setting of slip lid 44 can reduce frictional force when headrest 2 is adjusted between operating portion 41 and the chair back 12, make the height of headrest 2 Adjustment is more laborsaving.

In certain embodiments, as shown in figs 2-4, adjustment portion 43 includes：Kelly 431, projection 432, the and of elastic component 433 Roller 434.Projection 432 can be one or more, and elastic component 433 and roller 434 are configured with each projection 432.

Wherein, kelly 431 can be long straight round bar, and the vertical cross-section of all necks 14 is semicircle in seat body 1 Shape, advantageously, the radius and the radius of the vertical cross-section of neck 14 of kelly 431 are generally equalized, and such kelly 431 is slipped into or sliding Go out the phenomenon shallower during neck 14, kelly 431 can be avoided stuck.

Specifically, as shown in figure 4, one end of the remote headrest 2 of projection 432 forms axle sleeve 435, axle sleeve 435 is removably It is enclosed on outside on kelly 431, the assembling in so conveniently adjusted portion 43.

More specifically, as shown in figure 4, the other end of projection 432 is located at projection 432 provided with roller 434, i.e. roller 434 Stretch to the end of chute 411, so when up and down regulation headrest 2 when, roller 434 can along chute 411 lower surface F2 or on Surface F1 is slided, and the sliding friction between projection 432 and the surface of chute 411 can be converted into rolling friction by the setting of roller 434, So as to make the height regulation of headrest 2 more smooth laborsaving.

In certain embodiments, as shown in fig. 4 and fig. 2, guide pad 421 is provided with the pilot hole 423 of insertion, projection 432 are telescopically located in pilot hole 423.Scope of activities of the adjustment portion 43 on fixed part 42 can so be limited, it is ensured that headrest 2 When up and down, the bearing of trend of the projection 432 of adjustment portion 43 along pilot hole 423 stretches, so as to improve the regulation of headrest 2 Structural reliability.

Specifically, elastic component 433 is spring, and spring is located in pilot hole 423 and is enclosed on outside on projection 432, the one of spring End is connected on guide pad 421 and the other end is connected on projection 432.Driven with spring overcoat on projection 432 and with spring The dynamic activity of projection 432, on the one hand can ensure that elastic component 433 does not come off from projection 432, on the other hand be also that can ensure elastic component 433 elastic force is big and stablizes, so as to ensure that the structural reliability of adjustment portion 43 is high.

More specifically, as shown in Fig. 4 and Fig. 3, the upper end of each guide pad 421 is beyond slide plate 422 on fixed part 42 Upper end, guide pad 421 forms breach 424 in side of the upper end away from headrest 2, and the kelly 431 of adjustment portion 43 is stuck in the breach 424 Interior, the vertical cross-section of breach 424 is circular arc.The vertical cross-section of axle sleeve 435 is annular, and axle sleeve 435 is located in breach 424, No matter projection 432 is unclamped or tensed by elastic component 433, and axle sleeve 435 can be seated firmly in breach 424 and crooked will not block Extremely.

As shown in figure 4, guide pad 421 is provided with pilot hole 423 at correspondence breach 424, pilot hole 423 is rested the head in direction 2 direction insertion guide pad 421.Pilot hole 423 is included in big hole section and aperture section (not shown), pilot hole 423 away from head The part of pillow 2 is that the part of neighbouring headrest 2 in aperture section, pilot hole 423 is big hole section, is limited between big hole section and aperture section Step.Spring is located in big hole section, and one end of spring, which is stopped, to be against on above-mentioned step, and the other end of spring, which stops, is against projection 432 On the termination that roller 434 is set.

In certain embodiments, as shown in Figure 6 and Figure 7, the base 3 of child safety seat 100 is provided with turn hole 30, children Safety seat 100 also includes seat regulator 5, and seat regulator 5 includes rotating disk 51, and rotating disk 51 is rotatably arranged at turn hole In 30, seat body 1 is located on rotating disk 51, and the rotatable parts between seat body 1 and base 3 only include the rotating disk 51.

It is understood that if seat body being capable of respect thereto rotation, seat sheet on existing child safety seat By being provided that rotating shaft between body and base.And rotating shaft is thinner, the seat support of the generally not enough seat body of area of section of rotating shaft / 10th of area, torque that thinner rotating shaft is born, moment of flexure are excessive, and rotating shaft is easy to break or deformation, causes seat body to be held It is easily stuck and can not rotate.

Also rotating shaft is not only provided with the child safety seat having, rotating disk is also set up above rotating shaft, during the seat rotation with Rotating shaft is as primary pivot support member, and using rotating disk as Auxiliary support part, this is resulted in, and armchair structure is complicated, cost compared with It is high.

And in the utility model embodiment, by setting rotating disk 51, section of rotating disk 51 between seat body 1 and base 3 Face area is more than or equal to 1/10th of the area of seat support 11, and the area of rotating disk 51 is big, weight capacity strong, and rotating disk 51 is hardly damaged also not Easily crooked, stuck, stability of rotation, reliability are high.And because the area of section of rotating disk 51 is larger, requirement on machining accuracy is relatively low, So as to reduce processing cost.

In some specific examples of the present utility model, the area of section of rotating disk 51 is about the throwing of seat support 11 in the horizontal plane The 1/5~1/3 of shadow area, it is preferable that the area of section of rotating disk 51 is the 1/4 of the projected area of seat support 11 in the horizontal plane.This In, the area of section of rotating disk 51 refers to area of the rotating disk 51 on the section perpendicular to its pivot center.

In certain embodiments, as shown in figure 8, base 3 includes：Upper drain pan 31 and lower drain pan 32, lower drain pan 32 are covered The bottom of upper drain pan 31, installing space is limited between upper drain pan 31 and lower drain pan 32.This hollow shell structure can reduce the weight of base 3 Amount and material processing cost.

Specifically, as shown in figure 8, turn hole 30 is located on drain pan 31, the bottom of rotating disk 51 is extend into installing space, and The member base end of rotating disk 51 is supported on lower drain pan 32.

It should be noted that in the prior art when seat body is connected on base by rotating shaft, rotating shaft and base Junction contact stress is larger, it is necessary to set special axle bed on base, or bearing is connected between rotating shaft and base.But The setting of bearing adds number of parts, and base is complicated in bearing installation place, cost increase.

And in the utility model embodiment, because the area of section of rotating disk 51 is larger, rotating disk 51 should with the extruding of the junction of base 3 Power is smaller, therefore rotating disk 51 can be placed directly within base 3, not only saves number of parts, and also simplify armchair structure, This is also a big advantage of the child safety seat 100 of the utility model embodiment.

Specifically, as shown in figure 8, base 3 also includes hanging deck 34, hanging deck 34 is located in installing space, hanging deck 34 and upper bottom Suspension space is limited between shell 31, the part edge of rotating disk 51 is folded in suspension space.So equivalent to rotating disk 51 under Drain pan 32 provides part support force, also by upper drain pan 31 provide on another part support force, rotating disk 51 support force it is scattered after, favorably In the stationarity for improving integrated support.

In certain embodiments, as shown in figure 8, rotating disk 51 is provided with block 511, block 511 be located in installing space and Backstop is on upper drain pan 31.

Specifically, block 511 of the outer peripheral edge of rotating disk 51 provided with annular, the lower section of rotating disk 51 from upper drain pan 31 is extend into In turn hole 30, then rotating disk 51 is locked on upper drain pan 31 by block 511, it is to avoid rotating disk 51 is whole to be taken off from upper drain pan 31 Go out.

In certain embodiments, as shown in fig. 7, the first gear hole 36 that base 3 is set provided with multiple circular rotating disks 51.

As shown in fig. 6, seat regulator 5 also includes：Arm-tie 52 and gear keep elastic component 53, and arm-tie 52 is located at seat Between body 1 and rotating disk 51, as shown in Fig. 9 and Fig. 6, arm-tie 52 has connection end P1 and pulling end P2, connection end P1 and seat Body 1 is connected, and pulling end P2 is provided with snib 521, and pulling end P2 can be up and down between seat body 1 and rotating disk 51, when During pulling end P2 activities downwards snib 521 can be driven to insert the first gear hole 36, card can be driven when pulling end P2 activities upwards Bolt 521 is extracted.Gear keeps elastic component 53 to be located between seat body 1 and pulling end P2, often to drive pulling end P2 to live downwards It is dynamic.Here, " normal " refers to normality, and " often driving " represents that gear keeps elastic component 53 to have one to arm-tie 52 often towards certain The trend that individual direction is promoted.

So when seat body 1 needs rotational angle, the pulling end P2 of arm-tie 52 can be pulled up, make pulling end P2 Upper clamping plug 521 is extracted out of first gear hole 36 on base 3, then pulls pulling end P2, whole so as to drive Seat body 1 is rotated, and adjusts its angle.Pulling end P2 can be unclamped to the angle of needs when seat body 1 is adjusted, pulling end P2 The activity downwards in the presence of gear keeps elastic component 53, pulling end P2 drives snib 521 to insert another first gear hole 36 In.In the case where gear keeps the elastic force compacting of elastic component 53, snib 521 is difficult to deviate from from first gear hole 36, so that seat Body 1 can keep the angle state.

It is understood that multiple first gear holes 36 on base 3 are located in the rotary motion trace of snib 521, so that When seat body 1 is rotated, snib 521 can be inserted in positioning in suitable first gear hole 36.

A snib 521 is provided only with arm-tie 52 in fig .9, but be may also set up in other embodiments on arm-tie 52 many Individual snib 521, meanwhile, the set location of multiple first gear holes 36 is adapted therewith on base 3.

Specifically, as shown in Fig. 9 and Fig. 6, arm-tie 52 is provided with maintainance block 522, and maintainance block 522 can be cross, gear It can be spring to keep elastic component 53, be enclosed on maintainance block 522 outside the bottom of spring and the seat support 11 for being against seat body 1 is stopped in upper end On.

Further, as shown in fig. 6, the bottom of seat body 1 be provided with the first fixture block 15 and the second fixture block 16, such as Fig. 9 and Shown in Fig. 6, arm-tie 52 is provided with the grafting block 523 being stuck between the first fixture block 15 and the second fixture block 16, can so be easy to drawing During dynamic and promotion arm-tie 52, front and rear angular adjustment can be carried out to seat body 1.In addition, arm-tie 52 is detachably connected to In seat body 1, the dismounting of child safety seat 100 can be easy to store.

In certain embodiments, as shown in figure 1, seat body 1 is provided with slide rail 17, as shown in fig. 6, seat regulator 5 also include sliding block 54, and sliding block 54 is located on rotating disk 51, and seat body 1 is slideably set by the cooperation of sliding block 54 and slide rail 17 On rotating disk 51.The position of the relative rotating disk 51 of regulating chair body 1 is so set, makes the adjustment direction of seat body 1 more many Member, use is more comfortable.

Specifically, as illustrated, the seat support 11 of seat body 1 has certain radian, length of the slide rail 17 along seat body 1 Direction extends, and this position is when sliding block 54 is slided with respect to slide rail 17, and the angle of inclination of the backrest of regulating chair body 1 makes Child uses more comfortable, safety.

Specifically, as shown in fig. 7, base 3 or rotating disk 51 are provided with the second gear hole 38, when seat body 1 is slided, draw Snib 521 on plate 52 can be changed between the first gear hole 36 and the second gear hole 38.

So when seat body 1 needs adjustment position, snib 521 can be turned between multiple first gear holes 36 Change, snib 521 can also be changed between the first gear hole 36 and the second gear hole 38, when the second gear hole 38 is multiple, card Bolt 521 can also be changed between multiple second gear holes 38.

If the second gear hole 38 is located at parallel with the bearing of trend of slide rail 17 with one of them first gear hole 36 On same straight line, when snib 521 is caught in first gear hole 36, the pulling end P2 of arm-tie 52 can be pulled up, make pulling Hold P2 upper clamping plugs 521 to be extracted out of first gear hole 36, then pulling end P2 is pulled along the bearing of trend of slide rail 17, so as to band Move whole seat body 1 to slide, adjust its position.Pulling end P2 can be unclamped to the position of needs when seat body 1 is adjusted, is drawn Moved end P2 activities downwards in the presence of gear keeps elastic component 53, pulling end P2 drives snib 521 to insert the second gear hole 38 In.In the case where gear keeps the elastic force compacting of elastic component 53, snib 521 is difficult to deviate from from second gear hole 38, so that seat Body 1 can keep the location status.

It is understood that can be provided with one or more second gear hole 38, second gear on base 3 or rotating disk 51 Position hole 38 is located on the event trace of snib 521, so that when seat body 1 is slided, snib 521 can be inserted in suitable second gear Position is positioned in hole 38.

Specifically, seat body 1 is provided with the through slot of thickness direction insertion to constitute slide rail 17, and sliding block 54, which is stuck in, to be passed through In groove.The slide rail 17 and sliding block 54 so set, simple in construction, manufacturing cost is relatively low.

Specifically, as shown in fig. 6, sliding block 54 is formed as strip, sliding block 54 is T in the section on length direction Shape, seat body 1 is provided with the through slot of strip, and through slot is mutually to be fitted with sliding block 54 in the section on length direction The T-shaped matched somebody with somebody.

Specifically, as shown in Figure 6 and Figure 7, base 3 is provided with the stopper slot for being used for limiting the sliding scale of the second fixture block 16 37, the setting of stopper slot 37 can limit the amplitude of the respect thereto 3 of seat body 1 slip, it is to avoid slip amplitude is excessive cause it is stuck Phenomenon.

With reference to Fig. 1-Fig. 9, the structure of child safety seat 100 in a specific embodiment is described.

As shown in figure 1, child safety seat 100 includes headrest 2, seat body 1 and base 3.

As Figure 1-Figure 4, child safety seat 100 also includes height regulating mechanism 4, and height regulating mechanism 4 includes behaviour Make portion 41, adjustment portion 43 and fixed part 42；Headrest 2 is fixedly connected between operating portion 41, fixed part 42, and adjustment portion 43 is scalable Be arranged in fixed part 42；The back side of seat body 1 is provided with some necks being parallel to each other 14.

The upper end of operating portion 41 is provided with handle 412, and lower end is provided with chute 411.

Adjustment portion 43 includes kelly 431, projection 432, roller 434 and the spring extended laterally；The one end of projection 432 is axle sleeve 435th, other end connection roller 434, spring, which is inserted in after projection 432, stretches into projection 432, and connects in the shrinkage pool at roller end, kelly 431 run through axle sleeve 435 and match clamping with neck 14.

Fixed part 42 is provided with the pilot hole 423 of insertion, and the projection 432 of adjustment portion 43 passes through pilot hole 423 and operating portion The chute 411 of 41 lower ends matches.

Headrest 2 lifts principle：The lifting or pushing of handle 412 of the upper end of operating portion 41 is held, roller 434 can be along operation Ramp or the lower inclined plane movement of the lower end chute 411 of portion 41, so that extrusion spring, promotes projection 432 to drive kelly 431 to depart from card Groove 14, when will headrest 2 lifting or pushings to proper height, kelly 431 again with the clamping of neck 14.Only by above carry or under push away, The regulation of headrest 2 is can be achieved with without extra operation.

As shown in Fig. 6-Fig. 9, seat regulator 5 is provided between base 3 and seat body 1, seat regulator 5 is wrapped Include：Rotating disk 51, arm-tie 52 and spring.

Rotating disk 51 is sheathed in the middle of base 3, therefore is not required to set rotating shaft, and seat body 1 can just be rotated with respect thereto 3, For sliding friction.

T-shaped projection 432, arm-tie 52 and spring are set on rotating disk 51；The lower end of arm-tie 52 sets snib 521；The upper surface of base 3 Rear side be provided with stopper slot 37.

The surface of base 3 is provided with some first gear holes 36, and the first gear hole 36 is arranged at the movement locus of snib 521 On.

The bottom of seat body 1 sets through slot, the first fixture block 15 and the second fixture block 16 of arc；Arc through slot is socketed on On T-shaped sliding block 54, and it can be slided along T-shaped sliding block 54, seat body 1 can be rotated with rotating disk 51；Second fixture block 16 and limit Position groove 37 is engaged, and makes the drive seat body 1 movable when of arm-tie 52 be slided along sliding block 54, and when sliding backward The scope that can not be limited beyond stopper slot 37.

Seat gear Principles of Regulation：When needing regulation stall, the pulling end P2 of arm-tie 52, the lower end of arm-tie 52 are pressed up Snib 521 depart from the first gear hole 36 or the second gear hole 38 on base 3, rotation or front and rear pulling arm-tie 52 are to suitable Position, makes snib 521 block the first gear hole 36 or the second gear hole 38 of correspondence position, unclamps after hand, in the bullet of spring Under power effect, the position of arm-tie 52 is fixed.

In the present embodiment, the first gear hole 36 is symmetrical arranged four on the circular path that snib 521 rotates, in snib Two second gear holes 38 relative with one of them first gear hole 36 are set on 521 movable tracks.

In description of the present utility model, it is to be understood that term " " center ", " transverse direction ", " length ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outer ", " axial direction ", " footpath To ", the orientation of the instruction such as " circumference " or position relationship be, based on orientation shown in the drawings or position relationship, to be for only for ease of and retouch State the utility model and simplify and describe, rather than indicate or imply signified device or element must have specific orientation, with Specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.

In addition, term " first ", " second " are only used for describing purpose, and it is not intended that indicating or implying relative importance Or the implicit quantity for indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can express or Implicitly include one or more this feature.In description of the present utility model, unless otherwise indicated, the implication of " multiple " It is two or more.

In description of the present utility model, unless otherwise clearly defined and limited, term " installation ", " connected ", " company Connect ", " fixation " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integrally；Can be Mechanically connect or electrically connect；Can be joined directly together, can also be indirectly connected to by intermediary, can be two The connection of element internal or the interaction relationship of two elements.For the ordinary skill in the art, can be specific Situation understands concrete meaning of the above-mentioned term in the utility model.

In the description of this specification, the description of reference term " embodiment ", " example " etc. mean to combine the embodiment or Specific features, structure, material or the feature of example description are contained at least one embodiment of the present utility model or example. In this manual, identical embodiment or example are not necessarily referring to the schematic representation of above-mentioned term.Moreover, description Specific features, structure, material or feature can in an appropriate manner be tied in any one or more embodiments or example Close.

While there has been shown and described that embodiment of the present utility model, it will be understood by those skilled in the art that： These embodiments can be carried out with a variety of changes, modification in the case where not departing from principle of the present utility model and objective, replaced And modification, scope of the present utility model limits by claim and its equivalent.

Claims (10)

1. a kind of child safety seat, it is characterised in that including：

Base, the base is provided with turn hole；

Seat regulator, the seat regulator includes：Rotating disk, the rotating disk is rotatably arranged in the turn hole；

Seat body, the seat body is located on the rotating disk, and the rotation section between the seat body and the base Part only includes the rotating disk.

2. child safety seat according to claim 1, it is characterised in that the base includes：Upper drain pan and lower drain pan, The bottom cap closes the bottom of the drain pan on described, and installing space is limited between the upper drain pan and the lower drain pan；

The turn hole is located on the upper drain pan, and the bottom of the rotating disk is extend into the installing space, and the rotating disk Member base end is supported on the lower drain pan.

3. child safety seat according to claim 2, it is characterised in that the base also includes：Hanging deck, the hanging deck It is located in the installing space, suspension space, the part edge of the rotating disk is limited between the hanging deck and the upper drain pan It is folded in the suspension space.

4. child safety seat according to claim 2, it is characterised in that the rotating disk is provided with block, the block It is located in the installing space and backstop is on described on drain pan.

5. child safety seat according to claim 1, it is characterised in that the base turns provided with multiple around described The first gear hole that disk is set；

The seat regulator also includes：

Arm-tie, the arm-tie is located between the seat body and the rotating disk, and the arm-tie has connection end and pulling end, institute State connection end with the seat body to be connected, the pulling end is provided with snib, the pulling end can in the seat body and It is up and down between the rotating disk, when pulling end activity downwards the snib can be driven to insert first gear hole, When pulling end activity upwards the snib can be driven to extract；

Gear keeps elastic component, and the gear keeps elastic component to be located between the seat body and the pulling end often to drive The pulling end is movable downwards.

6. child safety seat according to claim 5, it is characterised in that the seat body is provided with slide rail, described Seat regulator also includes sliding block, and the sliding block is located on the rotating disk, the seat body by the sliding block with it is described The cooperation of slide rail is slidably disposed on the rotating disk.

7. child safety seat according to claim 6, it is characterised in that the base or the rotating disk are provided with the Two gear holes, the snib when seat body is slided, on the arm-tie can be in first gear hole and described second Changed between gear hole.

8. child safety seat according to claim 6, it is characterised in that the seat body is provided with thickness direction The through slot of insertion is to constitute the slide rail, and the sliding block is stuck in the through slot.

9. child safety seat according to claim 5, it is characterised in that the bottom of the seat body is provided with the first fixture block With the second fixture block, the arm-tie is provided with the grafting block being stuck between first fixture block and second fixture block.

10. child safety seat according to claim 9, it is characterised in that the base, which is provided with, to be used to limit described The stopper slot of second fixture block sliding scale.