CN207565486U - Vehicle and its map pocket - Google Patents

Abstract

The utility model is related to the fields of vehicle part, provide a kind of vehicle and its map pocket, wherein, the map pocket of the vehicle includes：Entity plate；Lock pin；The rotation section of strip, the rotation section can rotate between curling position and Support Position；Switch pin, the switch pin can move between open and closed positions；Wherein, the switch pin can drive the lock pin to be moved to unlocked position from latched position, the rotation section to be allowed to turn to Support Position from curling position.The map pocket of vehicle described in the utility model is provided with rotation section on the inner surface of entity plate, rotation section can rotate between curling position and Support Position, rotation section can be supported the article in map pocket during in Support Position, cup, umbrella and other items is avoided to topple over, the article of volume bigger can be stored during in curling position in map pocket, the different demands for solving user.

Description

Vehicle and its map pocket

Technical field

The utility model is related to the technical field of vehicle part, the map pocket and vehicle of more particularly to a kind of vehicle.

Background technology

For the ease of store things, map pocket can be set, i.e., by the ontology plate of map pocket to weld on the car door of vehicle The mode for connecing or being clamped is installed on the inner surface of car door, and ontology plate and the car door of map pocket are spaced and form deposit The space of product.

The article stored in vehicle not only includes the article of the elongated shapes such as umbrella, cup, further includes file, tablet computer Etc. plates article, some elongated articles need erect place and cannot topple over, therefore, some map pockets are provided on car door Protrusion is as support, however, parking space is divided into smaller part, and be not easy to storing board shape article by such protrusion.

Utility model content

In view of this, the utility model is directed to a kind of map pocket of vehicle, different in order to be stored in map pocket The article of shape.

In order to achieve the above objectives, the technical solution of the utility model is realized in：

A kind of map pocket of vehicle, wherein, the map pocket of the vehicle includes：

Entity plate, the entity plate are formed with switch hole；

Lock pin, the lock pin can between locked and unlocked positions be moved relative to the entity plate；

The rotation section of strip is formed with lock hole on the surface of the rotation section, and the rotation section can be relative to described Entity plate rotates between curling position and Support Position, and in the curling position, the rotation section fits in the entity plate Inner surface, and the second end of the lock pin in the latched position is inserted into the lock hole, in the support level It puts, the rotation section extends from the entity plate towards inside；

Switch pin, the switch pin are arranged on the switch hole, and the switch pin can beaten relative to the entity plate It is moved between open position and closed position；

Wherein, movement of the switch pin from the closed position to the open position can drive the lock pin from The latched position is moved to the unlocked position, so that the second end of the lock pin is detached from the lock hole, to permit Perhaps described rotation section turns to the Support Position from the curling position.

Further, the map pocket of the vehicle includes rotation axis and set that the rotation section is articulated with to the entity plate Set on the torsional spring of the rotation axis, the torsional spring includes the first reverse arm and the second reverse arm, and first reverse arm is connected to The rotation section, second reverse arm are connected to the entity plate.

Further, the length direction of setting along the rotation section extends on the first end end face of the rotation section two Interval is laminated in first side plate and second side plate, the first side plate described in two of which, and second side plate is connected to two institutes State the homonymy side of the first side plate, the rotation axis passes through two first side plates, and the torsional spring is arranged on two described the Between side plate, and first reverse arm is connected to second side plate.

Further, there are two the supporting plate that interval is laminated, described two first side plate settings for setting on the entity plate Between two supporting plates, the both ends of the rotation axis are respectively arranged in two supporting plates, one of them described supporting plate On be provided with the baffle extended towards another supporting plate, second reverse arm is connected to the baffle, the baffle direction Cushion pad is provided on the surface of the rotation section.

Further, mounting groove is formed on the entity plate, the supporting plate is arranged in the mounting groove, and The curling position, the rotary part is in the mounting groove, and in the Support Position, the side of the rotation section presses on The inner surface of the mounting groove.

Further, the inner surface of the entity plate is provided with fixed plate and elastic component, the both ends difference of the elastic component The fixed plate and the first end of the lock pin are connected to, guide groove is formed on the entity plate, the lock pin can be slided It is arranged on dynamicly in the guide groove.

Further, the lock pin tilts the of stress surface with first towards being provided on the side of the entity plate One boss, described first tilts stress surface forms opening towards the locking with the lock pin towards the side of the entity plate The acute angle of the second end of pin, one end of the switch pin towards the lock pin are formed with and can tilt stress surface with described first The inclination force surface of fitting.

Further, the lock pin tilts the of stress surface with second towards being formed on the side of the entity plate Two boss, described second tilts stress surface forms opening towards the locking with the lock pin towards the side of the entity plate The acute angle of the first end of pin, in the latched position, the top of the second boss presses on the medial surface of the lock hole.

Further, the side of the switch pin is formed with stop tab, the stop tab can backstop in the entity plate Inner surface on.

Relative to the prior art, the map pocket of vehicle described in the utility model has the advantage that：

The map pocket of vehicle described in the utility model is provided with rotation section on the inner surface of entity plate, and rotation section can It being rotated between curling position and Support Position, rotation section can be supported the article in map pocket during in Support Position, Cup, umbrella and other items is avoided to topple over, the article of volume bigger can be stored during in curling position in map pocket, solve use The different demands at family improve the usage experience of user.

The another object of the utility model is to propose one kind, in order to store article of different shapes in map pocket.

In order to achieve the above objectives, the technical solution of the utility model is realized in：

A kind of vehicle, wherein, the vehicle is provided with the map pocket of the vehicle described in above scheme.

The vehicle is identical relative to advantage possessed by the prior art with the map pocket of above-mentioned vehicle, no longer superfluous herein It states.

Other features and advantages of the utility model will be described in detail in subsequent specific embodiment part.

Description of the drawings

The attached drawing for forming the part of the utility model is used to provide a further understanding of the present invention, this practicality is new The exemplary embodiment and its explanation of type do not form the improper restriction to the utility model for explaining the utility model. In the accompanying drawings：

Fig. 1 is the stereogram of the map pocket described in the utility model embodiment, and wherein rotation section is in curling position；

Fig. 2 is the stereogram of the map pocket described in the utility model embodiment, and wherein rotation section is in Support Position；

Fig. 3 is the sectional view of the map pocket described in the utility model embodiment；

Fig. 4 is the stereogram of the map pocket described in the utility model embodiment, and wherein entity plate is not shown；

Fig. 5 is the structure diagram of the rotation section and supporting plate described in the utility model embodiment；

Fig. 6 is the stereogram of the rotation section described in the utility model embodiment；

Fig. 7 is the stereogram of the supporting plate described in the utility model embodiment；

Fig. 8 is the stereogram of the torsional spring described in the utility model embodiment；

Fig. 9 is the stereogram of the lock pin described in the utility model embodiment；

Figure 10 is the stereogram of the switch pin described in the utility model embodiment.

Reference sign：

1- entity plates, 2- lock pins, 3- elastic components, 4- rotation sections, 5- switch pins, 6- rotation axis, 7- torsional springs, 8- stents Plate, 9- fixed plates, 11- switch holes, 12- mounting grooves, 13- guide grooves, 21- first boss, 22- second boss, 23- first are tilted Stress surface, 24- second tilt stress surface, 41- lock holes, the first side plates of 42-, the second side plates of 43-, 51- inclination force surfaces, 52- Stop tab, the first reverse arms of 71-, the second reverse arms of 72-, 81- baffles, 82- cushion pad mounting holes, 83- torsional springs hole.

Specific embodiment

It should be noted that in the absence of conflict, the spy in embodiment and embodiment in the utility model Sign can be combined with each other.

In addition, " connection " that is previously mentioned in the embodiment of the utility model can be directly connecting between two components It connects or two components is connected by other component.

The utility model is described in detail below with reference to the accompanying drawings and with reference to embodiment.

The utility model provides a kind of map pocket of vehicle, wherein, the map pocket of the vehicle includes：

Entity plate 1, the entity plate 1 are formed with switch hole 11；

Lock pin 2, the lock pin 2 can between locked and unlocked positions be moved relative to the entity plate 1；

The rotation section 4 of strip, is formed with lock hole 41 on the surface of the rotation section 4, and the rotation section 4 can be relative to The entity plate 1 rotates between curling position and Support Position, and in the curling position, the rotation section 4 fits in described The inner surface of entity plate 1, and the second end of the lock pin 2 in the latched position is inserted into the lock hole 41, The Support Position, the rotation section 4 extend from the entity plate 1 towards inside；

Switch pin 5, the switch pin 5 are arranged on the switch hole 11, and the switch pin 5 can be relative to the entity plate 1 moves between open and closed positions；

Wherein, movement of the switch pin 5 from the closed position to the open position can drive the lock pin 2 The unlocked position is moved to from the latched position, so that the second end of the lock pin 2 is detached from the lock hole 41, The rotation section 4 to be allowed to turn to the Support Position from the curling position.

Entity plate 1 can be installed on the car door inner surface of vehicle by the edge of both sides and bottom, between entity plate 1 and car door Every the space for forming store things；Rotation section 4 is strip, i.e. elongated shape, can be rod-shaped, rodlike, rectangular shape etc., turn Dynamic portion 4 can extend in the curling position (Fig. 1) for fitting in entity plate 1 and from entity plate 1 towards inside (i.e. towards car door) Rotated between Support Position (Fig. 2), in Support Position, rotation section 4 is approximately perpendicular to entity plate 1, can to the article of storage into The cup placed, umbrella and other items are erect in row support, such as support, article are avoided to topple over, when rotation section 4 is in curling position When, it can be with the larger plate-like articles of storage area, such as file, tablet computer etc. between car door and entity plate 1；Lock pin 2 can With the lock hole being inserted on rotation section 4, rotation section 4 is locked in curling position；Switch pin 5 is used to drive lock pin 2 by institute It states latched position and is moved to the unlocked position, rotation section 4 to be allowed to turn to the Support Position.

As depicted in figs. 1 and 2, there are two types of use states for the tool of rotation section 4, and in the condition shown in figure 1, rotation section 4 is bonded It is set in entity plate 1, the larger object of map homalographic, state shown in Fig. 2 can be stored for the space of store things Under, rotation section 4 is approximately perpendicular to entity plate 1 and sets, and rotation section 4 can be used for the article of support storage, for example, water can be supported The objects mouth such as cup, umbrella, avoids article from toppling over.It wherein, can when rotation section 4 is rotated from the curling position to the Support Position Switch pin 5 is moved to open position from closed position, lock pin 2 to be driven to be moved to the unlock from the latched position Then rotation section 4 (or elastic force by torsional spring 7 as described below) can be turned to the Support Position by position manually；When When rotation section 4 is rotated from the Support Position to the curling position, manually rotation section can be rotated to the curling position 4, and need switch pin 5 being maintained at open position, so that lock pin 2 is maintained at unlocked position, lock pin 2 is avoided with turning Dynamic portion 4 forms interference, after rotation section 4 reaches the curling position, can return to closed position and hand with manual actuation switch pin 5 Dynamic driving lock pin 2 returns to latched position, so that lock pin 2 is inserted into the lock hole, certainly, as described below, passes through setting Lock pin 2 can be biased into latched position by elastic component 3 by the elastic force of elastic component 3, meanwhile, lock pin 2 is to switch pin 5 Reaction force causes switch pin 5 to maintain the closed position.

In addition, the map pocket of the vehicle includes rotation axis 6 and set that the rotation section 4 is articulated with to the entity plate 1 Set on the torsional spring 7 of the rotation axis 6, the torsional spring 7 includes the first reverse arm 71 and the second reverse arm 72, first reverse arm 71 are connected to the rotation section 4, and second reverse arm 72 is connected to the entity plate 1, and the torsional spring 7 is applied to the rotation The biasing force in portion 4 enables to the rotation section 4 to turn to the Support Position from the curling position.Rotation section 4 can lead to It crosses rotation axis 6 and is rotationally articulated with entity plate 1, and as shown in figure 4, rotation axis 6 can be arranged on one end of rotation section 4； In addition, rotation of the rotation section 4 from the curling position to the Support Position can be driven by torsional spring 7, such as Fig. 8 institutes Showing, torsional spring 7 is helical spring and including the first reverse arm 71 and the second reverse arm 72, wherein, the first reverse arm 71 is connected to turn Dynamic portion 4, the second reverse arm 72 are connected to entity plate 1 (or the fixed structure on entity plate 1, such as supporting plate as described below 8), when the rotation section 4 is located at the curling position, the torsional spring 7 is in elastic deformation, so as to rotation section 4 provide the flexible bias pressure rotated from the curling position to the Support Position.

Specifically, the length direction of setting along the rotation section 4 extends on the first end end face of the rotation section 4 two Interval is laminated in first side plate 42 and second side plate 43, first side plate 42, and second side plate 43 is connected to two institutes The homonymy side of the first side plate 42 is stated, the rotation axis 6 passes through two first side plates 42, and the torsional spring 7 is arranged on two Between first side plate 42, and first reverse arm 71 is connected to second side plate 43.As shown in Figure 5 and Figure 6, turn Dynamic portion 4 is generally formed into rectangular shape, and have the first side plate 42 and the second side plate 43,42 He of the first side plate in end set Second side plate 43 surrounds the installation cavity for placing torsional spring 7, and particularly, the installation cavity is in end and one of side to open Form is put, entity plate 1 (or supporting plate 8 as described below), and the second side plate 43 are connected to from the two directions convenient for torsional spring 7 For fixing the first reverse arm 71 of torsional spring 7, to apply rotating torque to rotation section 4 by the first reverse arm 71.

Correspondingly, the supporting plate 8 at interval is laminated on the entity plate 1 there are two settings, described two first side plates 42 to be set It puts between two supporting plates 8, the both ends of the rotation axis 6 are respectively arranged in two supporting plates 8, one of them described branch The baffle 81 extended towards another supporting plate 8 is provided on frame plate 8, second reverse arm 72 is connected to the baffle 81, The baffle 81 is towards being provided with cushion pad on the surface of the rotation section 4.Rotation section 4 is installed on supporting plate 8 by rotation axis 6 On, also, as shown in fig. 7, being provided with baffle 81 on supporting plate 8, baffle 81 can be used for the second reverse arm of fixed torsional spring 7 72, particularly, in the curling position, the baffle 81 is towards the side of the installation cavity, in the Support Position, the gear Plate 81 is towards the end of the installation cavity, that is to say, that is allowed by the torsional spring installation cavity that the first side plate 42 and side plate 43 surround Second reverse arm 72 of torsional spring 7 stretches out and is connected to baffle 81.In addition, as shown in fig. 7, cushion pad installation is formed on baffle 81 Hole 82, to allow to install the cushion pad, the cushion pad can be with the collision between damped rotation portion 4 and baffle 81, and keeps off The torsional spring hole 83 that the second reverse arm 72 is allowed to be inserted into is formed on plate 81.

Specifically, being formed with mounting groove 12 on the entity plate 1, the supporting plate 8 is arranged in the mounting groove 12, and And in the curling position, the rotation section 4 is located in the mounting groove 12, in the Support Position, the side of the rotation section 4 Face presses on the inner surface of the mounting groove 12.As shown in Figure 1, mounting groove 12 can be formed as rectangular parallelepiped form, including bottom wall Face, two side walls face and two end wall surfaces, supporting plate 8 can be separately positioned in two side wall surfaces, in the support level It puts, the side of rotation section 4 can press on one of them described end wall surface of mounting groove 12, i.e., made by the limiting of mounting groove 12 With and the bias effect of torsional spring 7 rotation section 4 is stablized in the Support Position.

In addition, the inner surface of the entity plate 1 is provided with fixed plate 9 and elastic component 3, the both ends difference of the elastic component 3 The fixed plate 9 and the first end of the lock pin 2 are connected to, guide groove 13, the lock pin are formed on the entity plate 1 2 are slidably disposed in the guide groove 13.Guide groove 13 can allow lock pin 2 to be slided along predetermined direction, lock pin 2 Glide direction can be roughly parallel to entity plate 1, and corresponding to the length direction of lock pin 2.Elastic component 3 can pass through deformation Lock pin 2 is maintained at the latched position by the flexible bias pressure of generation, and elastic component 3 can be spring or elastomer etc..Such as Fig. 3 Shown, guide groove 13 is arranged on the inner surface of entity plate 1, and certainly, guide groove 13 can also be formed in the inside of entity plate 1, I.e. entity plate 1 has larger thickness, and inside forms the cavity for accommodating lock pin 2, for accommodating elastic component 3, fixed plate 9, lock The structures such as shotpin 2, avoid outer goods from colliding.

In addition, the lock pin 2 tilts the of stress surface 23 with first towards being provided on the side of the entity plate 1 One boss 21, described first tilts stress surface 23 forms opening towards institute with the lock pin 2 towards the side of the entity plate 1 The acute angle of the second end of lock pin 2 is stated, one end of the switch pin 5 towards the lock pin 2 is formed with can be with described first Tilt the inclination force surface 51 that stress surface 23 is bonded.As shown in figure 9, the side of lock pin 2 towards entity plate 1 (is towards Switch hole 11) first boss 21 is formed with, the first inclination stress surface 23 is formed in first boss 21, first tilts stress surface 23 Angle with the side of lock pin 2 is that the acute angle being open towards the first end of lock pin 2 (or it may be said that is opening towards locking The obtuse angle of the second end of pin 2), correspondingly, as shown in Figure 10, being formed on switch pin 5 and tilting force surface 51, tilt force surface 51 The first inclination stress surface 23 can be fitted in, switch pin 5 is pressed from the outside of entity plate 1 towards inside, can be applied by tilting Power face 51 tilts stress surface 23 to first and applies thrust, which can form the component of the first end towards the lock pin 2, So as to which lock pin 2 be pushed to be moved to first end i.e. elastic component 3, i.e., moved from latched position to the unlocked position.In switch pin 5 With in the fit structure of lock pin 2, the moving direction of switch pin 5 is approximately perpendicular to entity plate 1, and the moving direction of lock pin 2 is big Cause is parallel to entity plate 1, i.e. the moving direction of switch pin 5 and lock pin 2 is substantially vertical, and therefore, it is necessary to set and lock pin 2 The first inclination stress surface 23 that moving direction is at an angle of and the inclination force surface 5 being at an angle of with switch pin 5, so as to open The active force that pass pin 5 is applied orthogonal to lock pin 2 is partially converted into the thrust that lock pin 2 is pushed to move along its length.

In addition, the lock pin 2 tilts the of stress surface 24 with second towards being formed on the side of the entity plate 1 Two boss 22, described second tilts stress surface 24 forms opening towards institute with the lock pin 2 towards the side of the entity plate 1 The acute angle of the first end of lock pin 2 is stated, in the latched position, the top of the second boss 22 presses on the lock hole 41 Medial surface.Second boss 22 is formed in lock pin 2 towards on the side of entity plate 1, therefore, when lock pin 2 is from the locking When position is extracted out, the inner surface or edge of lock hole 41, which press on, tilts stress surface 24, can push lock pin 2 to the unlock Position move, in the latched position, the top of second boss 22 is pressed on the medial surface of lock hole 41, i.e., second tilt by Medial surface of the power face 24 not with lock hole 41 contacts, because without being applied in the thrust towards elastic component 3.

Specifically, the side of the switch pin 5 is formed with stop tab 52, the stop tab 52 can backstop in the ontology On the inner surface of plate 1.As shown in Figure 10, switch pin 5 is generally formed into cylindric, and one end is formed with above-described tilt and exerts a force Face 51, and cricoid stop tab 52 is provided on peripheral surface, certainly, switch pin 5 is not limited to cylindric or section The substantially rod-like structure of the shapes such as quadrangle, triangle, stop tab 52 are the knot being projectedly arranged on 5 lateral surface of switch pin Structure can be detached to avoid the excessive movement in outside of switch pin 5 to entity plate 1.

In addition, the utility model additionally provides a kind of vehicle, wherein, the vehicle is provided with the vehicle described in above scheme Map pocket.The map pocket of the vehicle can be installed on the inner surface of the car door of vehicle, surround the sky for store things Between.

The foregoing is merely the better embodiments of the utility model, are not intended to limit the utility model, it is all Within the spirit and principles of the utility model, it is new to should be included in this practicality for any modification, equivalent replacement, improvement and so on Within the protection domain of type.

Claims (10)

1. a kind of map pocket of vehicle, which is characterized in that the map pocket of the vehicle includes：

Entity plate (1), the entity plate (1) are formed with switch hole (11)；

Lock pin (2), the lock pin (2) can between locked and unlocked positions move relative to the entity plate (1) It is dynamic；

The rotation section (4) of strip is formed with lock hole (41) on the surface of the rotation section (4), and the rotation section (4) being capable of phase The entity plate (1) is rotated between curling position and Support Position, in the curling position, rotation section (4) patch Together in the inner surface of the entity plate (1), and described in the second end insertion of the lock pin (2) in the latched position Lock hole (41), in the Support Position, the rotation section (4) extends from the entity plate (1) towards inside；

Switch pin (5), the switch pin (5) are arranged on the switch hole (11), and the switch pin (5) can be relative to described Body plate (1) moves between open and closed positions；

Wherein, movement of the switch pin (5) from the closed position to the open position can drive the lock pin (2) The unlocked position is moved to from the latched position, so that the second end of the lock pin (2) is detached from the lock hole (41), the rotation section (4) to be allowed to turn to the Support Position from the curling position.

2. the map pocket of vehicle according to claim 1, which is characterized in that the map pocket of the vehicle includes described to turn Dynamic portion (4) rotation axis (6) for being articulated with the entity plate (1) and the torsional spring (7) for being sheathed on the rotation axis (6), the torsional spring (7) including the first reverse arm (71) and the second reverse arm (72), first reverse arm (71) is connected to the rotation section (4), Second reverse arm (72) is connected to the entity plate (1).

3. the map pocket of vehicle according to claim 2, which is characterized in that on the first end end face of the rotation section (4) Two the first side plates (42) and second side plate (43) that the length direction of setting along the rotation section (4) extends, wherein two Interval is laminated in a first side plate (42), and second side plate (43) is connected to the homonymy side of two first side plates (42) Side, the rotation axis (6) are arranged on two first side plates across two first side plates (42), the torsional spring (7) (42) between, and first reverse arm (71) is connected to second side plate (43).

4. the map pocket of vehicle according to claim 3, which is characterized in that there are two layers for setting on the entity plate (1) The supporting plate (8) at folded interval, described two first side plates (42) are arranged between two supporting plates (8), the rotation axis (6) Both ends are respectively arranged in two supporting plates (8), are provided on one of them described supporting plate (8) towards another supporting plate (8) baffle (81) of extension, second reverse arm (72) are connected to the baffle (81), and the baffle (81) turns towards described Cushion pad is provided on the surface of dynamic portion (4).

5. the map pocket of vehicle according to claim 4, which is characterized in that be formed with mounting groove on the entity plate (1) (12), the supporting plate (8) is arranged in the mounting groove (12), and in the curling position, and the rotation section (4) is located at In the mounting groove (12), in the Support Position, the side of the rotation section (4) presses on the interior table of the mounting groove (12) Face.

6. the map pocket of vehicle according to claim 1, which is characterized in that the inner surface of the entity plate (1) is provided with Fixed plate (9) and elastic component (3), the both ends of the elastic component (3) are connected to the fixed plate (9) and the lock pin (2) first end, guide groove (13) is formed on the entity plate (1), and the lock pin (2) is slidably disposed on described lead Into slot (13).

7. the map pocket of vehicle according to claim 1, which is characterized in that the lock pin (2) is towards the entity plate (1) first boss (21) for tilting stress surface (23) with first is provided on side, described first tilts stress surface (23) With the lock pin (2) the sharp of the second end being open towards the lock pin (2) is formed towards the side of the entity plate (1) Angle, one end of switch pin (5) towards the lock pin (2) are formed with and can be bonded with the described first inclination stress surface (23) Inclination force surface (51).

8. the map pocket of vehicle according to claim 7, which is characterized in that the lock pin (2) is towards the entity plate (1) second boss (22) for tilting stress surface (24) with second is formed on side, described second tilts stress surface (24) With the lock pin (2) the sharp of the first end being open towards the lock pin (2) is formed towards the side of the entity plate (1) Angle, in the latched position, the top of the second boss (22) presses on the medial surface of the lock hole (41).

9. the map pocket of vehicle according to claim 1, which is characterized in that the side of the switch pin (5) is formed with only Catch (52), the stop tab (52) can backstop on the inner surface of the entity plate (1).

10. a kind of vehicle, which is characterized in that the vehicle is provided with the ground of the vehicle described in any one in claim 1-9 Figure bag.