CN209509789U - Case locks driving device and glove box - Google Patents

Abstract

The utility model discloses a plants cases to lock driving device.It includes shell that the case, which locks driving device, is fixed on the cabinet that can be latched；Pushing part is inserted in shell, and can be pressed against a pressing position from an initial position relative to shell, and the first inclined plane part is provided on pushing part；Sliding block, it can movably be set in shell, and the lock tongue for being pressed against pressing position from initial position in response to pushing part and case being pushed to lock is mobile, the second inclined plane part is provided on sliding block, first inclined plane part and the second inclined plane part are in contact of incline plane, so that being capable of opposite sliding between the first inclined plane part and the second inclined plane part；Torque spring, one end is connected to shell and the other end is connected to sliding block, so that pushing part is returned to initial position from pressing position for tending to sliding block applied force.Simple by the case lock driving device structure of the utility model, design freedom is high, and operation feeling is good, and noise is small in operating process.

Description

Case locks driving device and glove box

Technical field

The utility model relates to the casees of plants case lock driving device more particularly to a kind of automobile glove box to lock driving device, The utility model further relates to a kind of glove box with case lock driving device.

Background technique

The case lock driving device of automobile glove box has been widely used on all kinds of automobiles.The one of existing automobile glove box Kind structure is to be unlocked glove box by pressing keys, and the cover board of glove box is therefore due to gravity fall, to open glove box So that passenger is put into or takes out article.

Existing case lock driving device generallys use cam structure glove box push button, and button can generate sternly up and down The shaking of weight, can generate abnormal sound when Button Compression quick release, to give user a kind of poor texture, usage experience is not It is good.During release especially after pushing the button, button is fast released, to directly hit limiting component, is issued The abnormal sound of shock.Existing case lock drive assembly design is complicated, higher cost, and the design of button can not be directed to different clients Demand change shape, color, processing method etc..Therefore, it is necessary to develop, a kind of interior design is simple, minimized number of components Amount, cooperation is more accurate and the case lock driving device of design can be replaced by customer demand.

Utility model content

The purpose of this utility model is to provide a kind of novel casees to lock driving device, can reduce or eliminate the above institute At least one of defect stated.

To achieve the above object, the utility model provides plants case lock driving device, and it includes: shell that case, which locks driving device, It is fixed on the cabinet that can be latched；Pushing part is inserted in the shell, and can be relative to the shell from an initial bit It sets and is pressed against a pressing position, the first inclined plane part is provided on the pushing part；Sliding block can movably be set to the shell It is interior, and the lock tongue for being pressed against the pressing position from the initial position in response to the pushing part and the case being pushed to lock moves It is dynamic, the second inclined plane part is provided on the sliding block, first inclined plane part and second inclined plane part are in contact of incline plane, so that institute Stating being capable of opposite sliding between the first inclined plane part and second inclined plane part；Torque spring, one end be connected to the shell and The other end is connected to the sliding block, for tending to return to the pushing part from the pressing position to the sliding block applied force To the initial position.

Optionally, it is provided with the first cushion on the pushing part, when the pushing part is moved to from the initial position When the pressing position, shell described in first cushion contact.

Optionally, the pushing part further includes the guiding piece for operating the button of pressing and can be inserted in the shell, The guiding piece is equipped with cylinder, and one end of the cylinder projects into the outside of the shell and is arranged with an elastic material and is made O-ring, after the pushing part is moved to the initial position from the pressing position, the O-ring from outside abut institute Shell is stated, the cylinder is prevented to be detached from the shell.

Optionally, one end that the sliding block is contacted with the lock tongue that the case is locked is equipped with the second cushion.

Optionally, the shell is equipped with guiding piece holding part, and the guiding piece holding part accommodates the guiding piece, described to draw The inner surface of guiding element holding part is equipped with guiding groove, and the outer surface of the guiding piece is provided with guiding rib, the guiding groove with it is described Guiding rib cooperation with allow the pushing part along the guiding piece holding part the initial position and the pressing position it Between move.

Optionally, the button in a manner of it can dismantle with the guide member engagement.

Optionally, first inclined plane part and second inclined plane part cooperate, so that the pushing part is from the initial bit The movement for setting the pressing position causes the sliding block to move along the direction of the moving direction perpendicular to the pushing part.

Optionally, the guiding piece further includes tube body, and the inside of the tube body, and institute is arranged in first inclined plane part It states cylinder and the inside of the tube body is set, positioned at the side of first inclined plane part.

Optionally, hook portion is provided on the sliding block, the hook portion is supported when the pushing part is in the pressing position The shell is connect to prevent the further movement of the sliding block.

Optionally, the shell allows the lock tongue of the case lock to slide into, so that locking connect or is integrally formed with the lock tongue Locking bar.

The utility model also provides a kind of glove box, and the glove box includes: main part, forms the main body of the glove box Structure；And storing portion, it is arranged in the main part, for accommodating article, wherein the main part holds equipped with driving device Portion is received, for accommodating case lock driving device as described above；The storing portion is provided with lock tongue, for locking driving dress with the case The sliding block interaction set.

The utility model at least one of has the advantages that:

Case locks driving device operating smoothly, and operation feeling is good, and noise is small in operating process, to build advanced machinery Texture；

Button is designed only with torque spring, while realizing that the rebound of button and sliding block resets, and structure is simple, and minimized zero The quantity of part；

Push-button design be it is detachable, different push-button designs can be used in same case lock driving device.

Detailed description of the invention

The following detailed description to preferred embodiments of the present invention is considered in conjunction with the accompanying drawings, the utility model Various targets, feature and advantage will become apparent.Attached drawing is only the exemplary diagram of the utility model, not necessarily It is drawn to scale.In the accompanying drawings, same appended drawing reference always shows same or similar component.Wherein:

Fig. 1 shows the front view of the glove box of the lock driving device of the case with the utility model, the wherein storage of glove box Object portion is in close state；

Fig. 2 shows the perspective view of the glove box of the case lock driving device with the utility model, the wherein storages of glove box Object portion is in the open state；

Fig. 3 shows the side view of the glove box of the lock driving device of the case with the utility model, the wherein storage of glove box Object portion is in the open state；

Fig. 4 A shows the front view of the case lock driving device of the utility model, and wherein pushing part is in initial position；

Fig. 4 B shows the top view of the case lock driving device of the utility model, and wherein pushing part is in initial position；

Fig. 4 C shows the side view of the case lock driving device of the utility model, and wherein pushing part is in initial position；

Fig. 4 D shows the cross-sectional view of the line B-B interception along Fig. 4 C；

Fig. 5 A shows the front view of the case lock driving device of the utility model, and wherein pushing part is in pressing position；

Fig. 5 B shows the top view of the case lock driving device of the utility model, and wherein pushing part is in pressing position；

Fig. 5 C shows the side view of the case lock driving device of the utility model, and wherein pushing part is in pressing position；

Fig. 5 D shows the cross-sectional view of the line C-C interception along Fig. 5 C；

Fig. 6 A shows the perspective view of the guiding piece of the case lock driving device of the utility model；

Fig. 6 B shows the main view of the guiding piece of the case lock driving device of the utility model；

Fig. 6 C shows the right view of the guiding piece of the case lock driving device of the utility model；

Fig. 6 D shows another perspective view of the guiding piece of the case lock driving device of the utility model；

Fig. 6 E shows the side isometric view of the guiding piece of the case lock driving device of the utility model；

Fig. 6 F shows the cross-sectional view of the line D-D interception along Fig. 6 E；

Fig. 6 G shows the cross-sectional view of the line E-E interception along Fig. 6 E；

Fig. 7 A shows the front view of the shell of the case lock driving device of the utility model；

Fig. 7 B shows the top view of the shell of the case lock driving device of the utility model；

Fig. 7 C shows the side view of the shell of the case lock driving device of the utility model；

Fig. 7 D shows the perspective view of the shell of the case lock driving device of the utility model；

Fig. 7 E shows another perspective view of the shell of the case lock driving device of the utility model；

Fig. 8 shows the perspective view of the sliding block of the case lock driving device of the utility model；

Fig. 9 shows the stereogram exploded view of the case lock driving device of the utility model；

Figure 10 shows the stereogram exploded view of another angle observation of the case lock driving device of the utility model.

Reference signs list:

1 case lock driving device

10 pushing parts

110 buttons

120 guiding pieces

121 tube bodies

1211 guiding ribs

122 end faces

123 cylinders

124 first inclined plane parts

30 torque springs

40 shells

410 mounting portions

420 guiding piece holding parts

422 guiding grooves

440 sliding block holding parts

70 sliding blocks

710 second inclined plane parts

720 pressing surface

810 first cushions

820 second cushions

830 O-rings

2 glove boxes

22 main parts

221 driving device receiving portions

24 storing portions

Specific embodiment

Preferred implementation in order to further illustrate the principles of the present invention and structure, now in conjunction with attached drawing to the utility model Example is described in detail, however the embodiment is only to provide explanation to be used with explanation, cannot be used to limit the utility model Scope of patent protection.

It is only to be not intended to be limiting this reality merely for for the purpose of describing particular embodiments in the term that the utility model uses With novel.In the "an" of the utility model and singular used in the attached claims, " described " and "the" Most forms are intended to include, unless the context clearly indicates other meaning.It is also understood that term used herein " and/ Or " refer to and include that one or more associated any or all of project listed may combine.

Fig. 1-Fig. 3 shows the glove box 2 of the utility model.Glove box 2 is mountable before the assistant driver seat of automobile In the console of side, for storing article.Glove box 2 may include main part 22 and storing portion 24.Storing portion 24 is arranged in main body In portion 22, for accommodating article.Main part 22 is equipped with driving device receiving portion 221.Case lock driving device 1 may be provided at driving Device receiving portion 221.The case that case locks the releasable glove box 2 of driving device 1 locks (not shown), to make storing portion 24 due to gravity Effect and pivot whereabouts, and expose the opening in storing portion 24, so that passenger is put into or takes out article.Storing portion 24 is provided with lock Tongue (not shown), for interacting with 70 (described below) of sliding block of case lock driving device 1.Optionally, storing portion 24 can Expose its opening by the power of the hand application of passenger or by modes such as the thrusts of spring.Optionally, case locks driving device 1 It can be used in any suitable device except the vehicle casing of automobile.Case locks driving device 1 can be multiple by what is be disposed thereon Mounting portion 410 is fixed in the suitable position of main part 22.

Fig. 4 A- Fig. 4 D shows multiple views of case lock driving device 1, and wherein pushing part 10 is in initial position；And scheme 5A- Fig. 5 D shows multiple views of case lock driving device 1, and wherein pushing part 10 is in pressing position.Fig. 9 and Figure 10 are shown The stereogram exploded view of two different angles of the case lock driving device of the utility model.

A- Fig. 5 D and Fig. 9-Figure 10 referring to fig. 4, it may include pushing part 10, torque spring 30, shell that case, which locks driving device 1, 40 and sliding block 70.Optionally, case lock driving device 1 further includes multiple bolsters 810,820,830.Pushing part 10 may include button 110 and guiding piece 120.Button 110 can by being clasped, bonding, compression fit or other any suitable ways it is removable It is fixed on pushing part 10 with unloading.Optionally, rim member (not shown) can be arranged on button 110 to increase finger and press The feeling or visually make button 110 more beautiful that button 110 contacts.

The guiding piece holding part 420 (described in detail below) of guiding piece 120 and shell 40 is generally formed into tubular, and The internal diameter of the guiding piece holding part 420 of shell 40 is slightly larger than the outer diameter of guiding piece 120.Pushing part 10 can be inserted into shell 40 Guiding piece holding part 420 in, and a pressing position can be pressed against from an initial position relative to shell 40.For example, User's pressable button 110 and push pushing part 10 mobile.

Referring to Fig. 6 A- Fig. 6 G, guiding piece 120 may include tube body 121, end face 122, cylinder 123 and the first inclined plane part 124. Tube body 121 is formed as hollow cylindrical tube, and flat end face 122 is formed in the place open at one end of tube body 121, thus One end of at least part of closed tube 121.As shown in Figure 6 C, two floors intersected with each other can be formed in tube body 121, It is connect respectively with the inner surface of tube body 121 and end face 122.First inclined plane part 124 of formation in two floors.First One end opposite with end face 122 of inclined plane part 124 forms inclined-plane.Cylinder 123 is formed on another in two floors, and The side (as shown in Figure 6 C) of the first inclined plane part 124 can be arranged in cylinder 123 in tube body 121.

Sliding block 70 is movably arranged in shell 40, and be may be in response to pushing part 10 and be pressed against pressing from initial position Position and the lock tongue (not shown) that pushes case to lock is mobile.Shell 40 can be formed with the channel with the form fit of sliding block 70, to permit Perhaps sliding block 70 slides wherein.The lock tongue that shell 40 allows case to lock slides into, thus what locking connect or was integrally formed with the lock tongue Locking bar.Specifically, when pushing part 10 is in initial position, lock tongue is located in above-mentioned channel.In this way, shell 40 allows to lock Extending direction of the tongue along the channel moves, but lock tongue is prevented to move along the direction vertical with the extending direction, so as to pass through The movement of lock tongue is limited to lock locking bar.When pushing part 10 is in pressing position, lock tongue just releases shell 40 by sliding block 70, To discharge locking bar.Referring to Fig. 8, the second inclined plane part 710 is provided on sliding block 70.Specifically, the second inclined plane part 710 setting exists One end opposite with one end of lock tongue is pushed of sliding block 70.Inclined-plane is formed on second inclined plane part 710.First inclined plane part 124 it is oblique The contact of incline plane in face and the second inclined plane part 710 enables the first inclined plane part 124 to slide relative to the second inclined plane part 710.It can Selection of land, the first inclined plane part 124 and the second inclined plane part 710 cooperate, so that movement of the pushing part 10 from initial position to pressing position Sliding block 70 is caused to move along the moving direction perpendicular to pushing part 10.Optionally, the first inclined plane part 124 and the second inclined plane part 710 Scarf to become relative to the moving direction of pushing part 10 be in 45 °.Optionally, the first inclined plane part 124 and the second inclined plane part 710 scarf becomes smooth surface.

One end of torque spring 30 can be connected to shell 40 and the other end can be connected to sliding block 70, for applying to sliding block 70 Power, to tend to make pushing part 10 to return to initial position from pressing position.Specifically, D and Fig. 5 D referring to fig. 4, when by pressing Button 110 is to 10 applied force of pushing part, so that it is moved to pressing position (as shown in Figure 5 D) from initial position (as shown in Figure 4 D) When, the inclined-plane of the first inclined plane part 124 is slided relative to the inclined-plane of the second inclined plane part 710, and cause sliding block 70 along with above-mentioned shifting It is mobile far from pushing part 10 to move vertical direction.In this process, the movement of sliding block 70 needs to overcome the bullet of torque spring 30 Power.When pushing part 10 reaches pressing position, one end of sliding block 70 can slightly expose shell 40.In contrast, when pushing part 10 In pressing position and when the power that is applied on button 110 is released from, the release of torque spring 30 is stored in elastic force therein, from And push sliding block 70 mobile towards the direction entered in shell 40.At this point, the inclined-plane of the second inclined plane part 710 is relative to the first inclined-plane The inclined-plane in portion 124 slides, and pushing part 10 is caused to return to initial position from pressing position.It should be noted that the first inclined-plane The length on the inclined-plane of the inclined-plane in portion 124 and the second inclined plane part 710 is set as, so that pushing part 10 is in initial position and pressing position Between when moving, the two inclined-planes are remained and are at least partly contacted.

Referring to Fig. 6 A to Fig. 6 G, guiding rib 1211 may be provided on tube body 121.Guiding rib 1211 is formed in guiding piece 120 Outer surface on, specifically, be formed on the outer surface of tube body 121, and along cylinder 123 longitudinal direction extend.Guiding rib 1211 can It is provided with multiple, it is preferable that multiple guiding ribs 1211 are uniformly arranged around the entire outer peripheral surface of tube body 121.For example, can be set Four are separated by 90 ° of guiding rib 1211 respectively.For another example may also set up two guiding ribs 1211, at a distance of 180 °.Work as promotion When portion 10 is mobile relative to shell 40 in shell 40, guiding rib 1211 (will be retouched in detail below in the guiding groove 422 of shell 40 State) in sliding.

Referring to Fig. 7 A to Fig. 7 E, shell 40 may include mounting portion 410, guiding piece holding part 420 and sliding block holding part 440. Sliding block holding part 440 is formed as tubular.The inside of guiding piece holding part 420 and sliding block holding part 440 is respectively formed receiving and draws The cavity of guiding element 120 and sliding block 70.Mounting portion 410 can be formed generally as plate, such as lock case for being bolted Driving device 1 is fixed on cabinet (for example, glove box 1).Mounting portion 410 can along guiding piece holding part 420 radial direction with draw Guiding element holding part 420 intersects.Cavity inside sliding block holding part 440 is communicated with the cavity inside guiding piece holding part 420.Sliding block Holding part 440 may be configured as the longitudinal axis of its longitudinal axis Yu guiding piece holding part 420.The inner wall of guiding piece holding part 420 It can be formed with guiding groove 422, to accommodate guiding rib 1211.The quantity of guiding rib 1211 on guiding piece 120 can correspond to guide The quantity of slot 422.

One end of guiding piece holding part 420 is formed with hole, and cylinder 123 is stretched out from above-mentioned hole.O made of one elastic material Type circle 830 is arranged and is fixed on cylinder 123 from one end that shell 40 stretches out.When pushing part 10 is moved to initial bit from pressing position It postponing, O-ring 830 is from external one end for abutting above-mentioned guiding piece holding part 420 of shell 40, to play the role of buffering, and And cylinder 123 is prevented to be detached from shell 40.

Cylinder 123 is substantially formed as cylindrical, stretches out except tube body 121.Cylinder 123 is inserted to shell 40 One end be formed as the furcation radially with elasticity, it is thus outward to 830 applied force of O-ring, O-ring 830 is fixed On cylinder 123.It is fixed on cylinder 123 it is appreciated that any suitable way can be used in O-ring 830.

On pushing part 10, specifically, end face 122 may be provided with made of elastic material on the surface towards shell 40 First cushion 810.When pushing part 10 is from initial position to pressing position, the first cushion 810 can contact shell 40, with resistance Only pushing part 10 is mobile further towards shell 40, to play the role of buffering.

One end (that is, the one end contacted with the lock tongue of case lock) of outside of the sliding block 70 towards shell 40 is formed as pushing Face 720.The second cushion 820 made of elastic material can be equipped in pressing surface 720.Second cushion 820 can engage or glue It closes in pressing surface 720.In this way, opening the noise of case lock will be further reduced.Optionally, the side of sliding block 70 is formed with hook portion 730.Elongated notch can be equipped on sliding block holding part 440.Hook portion 730 can be located at the elongated notch of sliding block holding part 440.When When pushing part 10 is moved between initial position and pressing position, hook portion 730 moves in elongated notch.Also, work as pushing part When 10 arrival pressing position, hook portion 730 abuts (catching on) shell 40 to prevent the further movement of sliding block 70.

First cushion 810, the second cushion 820 and O-ring 830 can be formed by same or different material, for example, It can be by one of rubber, silica gel, thermoplastic elastomer (TPE) (TPE) and polyurethane etc. or a variety of formation.

Those skilled in the art are considering specification and after practicing utility model disclosed herein, will readily occur to practical Novel other embodiments.The utility model is intended to cover any variations, uses, or adaptations of the utility model, These variations, uses, or adaptations follow the general principles of this disclosure and including undocumented skills of the utility model Common knowledge or conventional techniques in art field.The description and examples are only to be considered as illustrative, the utility model True scope and spirit are pointed out by the claim of the utility model.

Although being enumerated referring to exemplary embodiments and describing the utility model, term used be explanation and it is exemplary , term and not restrictive.The essence that can be embodied in a variety of forms without departing from the utility model due to the utility model Mind and essence, it should therefore be appreciated that above-described embodiment is not limited to any of the foregoing details, and should be defined by claims Broadest interpretation is carried out in range, therefore the whole variations fallen into claim or its equivalent scope all should be claim Covered.

Claims (10)

1. a plants case locks driving device (1), which is characterized in that the case locks driving device and includes:

Shell (40), is fixed on the cabinet that can be latched；

Pushing part (10) is inserted in the shell (40), and can be pressed relative to the shell (40) from an initial position It is pressed onto a pressing position, is provided with the first inclined plane part (124) on the pushing part (10)；

Sliding block (70) can be movably set in the shell (40), and in response to the pushing part (10) from the initial bit It sets and is pressed against the pressing position and pushes the lock tongue of the case lock mobile, be provided with the second inclined plane part on the sliding block (70) (710), first inclined plane part (124) and second inclined plane part (710) are in contact of incline plane, so that first inclined plane part It (124) being capable of opposite sliding between second inclined plane part (710)；

Torque spring (30), one end is connected to the shell (40) and the other end is connected to the sliding block (70), for institute Sliding block (70) applied force is stated, tends to that the pushing part (10) is made to return to the initial position from the pressing position.

2. case according to claim 1 locks driving device (1), which is characterized in that be provided with the on the pushing part (10) One cushion (810), when the pushing part (10) are moved to the pressing position from the initial position, first buffering It pads (810) and contacts the shell (40).

3. case according to claim 1 locks driving device (1), which is characterized in that the pushing part (10) further includes for behaviour Make the button (110) pressed and the guiding piece (120) that can be inserted in the shell (40), the guiding piece (120) are equipped with Cylinder (123), one end of the cylinder (123) project into the outside of the shell (40) and are arranged with made of an elastic material O-ring (830), after the pushing part (10) are moved to the initial position from the pressing position, the O-ring (830) The shell (40) is abutted from outside, the cylinder (123) is prevented to be detached from the shell (40).

4. case according to claim 1 locks driving device (1), which is characterized in that the sliding block (70) and case lock One end of lock tongue contact is equipped with the second cushion (820).

5. case according to claim 3 locks driving device (1), which is characterized in that the shell (40) is held equipped with guiding piece Set portion (420), the guiding piece holding part (420) accommodates the guiding piece (120), the guiding piece holding part (420) it is interior Surface is equipped with guiding groove (422), and the outer surface of the guiding piece (120) is provided with guiding rib (1211), the guiding groove (422) Cooperate with the guiding rib (1211) to allow the pushing part (10) along the guiding piece holding part (420) described initial It is moved between position and the pressing position.

6. case according to claim 3 locks driving device (1), which is characterized in that side of the button (110) can dismantle Formula is engaged with the guiding piece (120).

7. case according to claim 1 locks driving device (1), which is characterized in that first inclined plane part (124) with it is described Second inclined plane part (710) cooperation, so that the pushing part (10) cause from the initial position to the movement of the pressing position The sliding block (70) is mobile along the direction of the moving direction perpendicular to the pushing part (10).

8. case according to claim 3 locks driving device (1), which is characterized in that the guiding piece (120) further includes tube body (121), the first inclined plane part (124) setting is in the inside of the tube body (121), and the cylinder (123) is arranged in institute It states the inside of tube body (121), be located at the side of first inclined plane part (124).

9. case according to claim 1 locks driving device (1), which is characterized in that the shell (40) allows the case to lock Lock tongue slide into, thus the locking bar that locking connect with the lock tongue or is integrally formed.

10. a kind of glove box (2), which is characterized in that the glove box (2) includes:

Main part (22), forms the main structure of the glove box (2)；And

Storing portion (24), setting is in the main part (22), for accommodating article,

Wherein, the main part (22) is equipped with driving device receiving portion (221), for accommodating according to claim 1 to any in 9 Case described in locks driving device (1)；The storing portion (24) is provided with lock tongue, for locking driving device (1) with the case Sliding block (70) interaction.