CN100548748C - The lid lock device of glove box - Google Patents
The lid lock device of glove box Download PDFInfo
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- CN100548748C CN100548748C CNB2008100016428A CN200810001642A CN100548748C CN 100548748 C CN100548748 C CN 100548748C CN B2008100016428 A CNB2008100016428 A CN B2008100016428A CN 200810001642 A CN200810001642 A CN 200810001642A CN 100548748 C CN100548748 C CN 100548748C
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- hammerlock
- swing component
- lid
- glove box
- lock device
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Abstract
A kind of lid lock device that is used for glove box, it is connected to the inboard of lid, so that hook portion combines with glove box.This lid lock device comprises swing component, and its oscillating axle is supported swingably by the lid of glove box; A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; And sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state.This swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to this oscillating axle.This hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock.Described swing component is included in the lever segment that diametric(al) is extended; And described sub-assemblies comprises spring, and an end of this spring combines with lever segment, and its other end combines with hammerlock.
Description
The application is to be on December 18th, 2003, denomination of invention to be dividing an application of 200310121495.5 Chinese invention patent application for " lid lock device of glove box ", application number the applying date.
Technical field
The present invention relates to be used for the lid lock device of glove box, it is connected to covering of glove box, thereby keeps the closure state of lid.
Background technology
Usually, the lid lock device of the closure state of the lid of maintenance glove box is arranged on the instrument carrier panel of automobile, this device is provided with a center lock system and combines with the core of glove box lid upper end, also be provided with the side chain system, wherein a pair of hook is arranged on the left side of lid and the top on right side, and two hooks combine with glove box to keep the closure state of lid.In the center lock system, under the relatively large situation of the width of lid, when cap closure, the irregularity between instrument carrier panel surface and the cap surface or the degree of difference are all very big at its two ends owing to the restriction at the center of the upper end of lid.The side chain system that the degree of irregularity between instrumentation plate surface and the cap surface or difference is very little like this, under many circumstances.
As the lid lock device that uses the side chain system, among the real Kai Ping-5-67544 of Japanese utility model application gazette a kind of technology is disclosed for example, the a pair of left hook on top and the right hook of two sides that wherein is arranged on lid is coupled to each other by link mechanism, and this link mechanism and the operating lever coupling that is connected on the cap surface, therefore when operating lever is drawn out, a pair of left hook and right hook be with regard to interlocking, thereby unclamp combining of two hooks and glove box.
In this mode, the lid lock device of side chain system needs this link mechanism to make a pair of left hook and right hook interlocking.In this fitting process, need respectively hook and link mechanism be connected to and cover.
But, above disclosed lid lock device be in fitting process, to be provided with in the following manner, that is, thereby in lid, connect a pair of hook and link mechanism two hooks that are coupled, therefore the shortcoming that increase of assembly process quantity and cost of product increase has just appearred.In addition, after assembling, also need to regulate, thereby make it possible to move smoothly two hooks, like this, the operation of assembling just further increases and cost of product further increases.
In addition, because each component part of hook and link mechanism carries respectively, therefore there is the shortcoming that part is lost easily and the management of part becomes complicated.
Summary of the invention
Therefore, the purpose of this invention is to provide a kind of lid lock device that is used for glove box, its assembling can easily be finished, and the adjustment after easily assembling, job procedure quantity in the assembling treating process is lowered, thereby has reduced cost of product, and the management of part also is easy to.
In order to reach top described purpose, first aspect of the present invention provides a kind of lid lock device that is used for glove box, it is connected on the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises: swing component, and its oscillating axle is by the lid swivel bearing of glove box; A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; And sub-assemblies, it is closer to each other that it drives hammerlock, and make hammerlock and swing component enter the partial assembled state, this swing component with respect to this oscillating axle with the symmetric mode setting, and comprise the pair of cams pin, this hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock, and this swing component comprises along the outward extending lever segment of diametric(al); This sub-assemblies comprises spring, and an end of this spring combines with lever segment, and another end combines with hammerlock.
According to first aspect of the present invention, because sub-assemblies keeps two hammerlocks when the state of two hammerlock withdrawals, therefore just make two hammerlocks enter partial assembled state closely with swing component, the part of device just can prevent to be separated when carrying, so part can easily be managed.And because this can be offset on the direction of pulling out each other hammerlock, swing component and hammerlock just can easily enter partial assembled state closely.
Second aspect of the present invention based on first aspect be, when an end of this spring from lever segment in conjunction with changing into when combining with lid, the just skew and combine of this hook portion with glove box.
According to second aspect of the present invention, because two hammerlocks can be at it by the skew on swing component and the direction that glove box combines, only be that end by spring changes combining target, promptly realize, so the program of assembling can be simplified from combine with bar to change into covering combine.
The 3rd aspect of the present invention based on first aspect be, this hammerlock comprises pin, and this pin is promoted mobile hammerlock by lever segment, hammerlock moved on the direction of drawing back each other, thereby the combination between hook portion and the glove box is unclamped.
According to the 3rd aspect of the present invention, because the pin on the hammerlock is promoted by the lever segment on the swing component, the rotation of swing component just is transferred to hammerlock effectively, therefore just combining and can unclamp smoothly between lid and the glove box.
The 4th aspect of the present invention based on first aspect be, this sub-assemblies comprises spring, and an end of this spring combines with a hammerlock, and its another end combines with another hammerlock.
According to the 4th aspect of the present invention, owing to pass through this, this is offset on the direction of pulling out each other to hammerlock to directly combining between the hammerlock with spring, therefore just can make swing component and hammerlock enter partial assembled state closely more securely.
The 5th aspect of the present invention based on the 4th aspect be, when an end of this spring from hammerlock in conjunction with changing into when combining with lid, the just skew and combine of this hook portion with glove box.
According to the 5th aspect of the present invention, since two hammerlocks at it by the skew on swing component and the direction that glove box combines, only end by spring changes combining target, promptly realize from combine with hammerlock to change into covering combine, so the program of assembling can be simplified.
The 6th aspect of the present invention based on first aspect be, this sub-assemblies comprises the bar part that is arranged on the hammerlock and be arranged on leader on the hammerlock, and this leader is used to slide and keeps bar on its pairing hammerlock.
According to the 6th aspect of the present invention, when this was withdrawn each other to hammerlock, because hammerlock can be contracted and keep this bar by leader simultaneously, so the assembling process of partial assembled can easily be carried out.
The 7th aspect of the present invention based on second aspect be, this sub-assemblies comprises the bar part that is arranged on the hammerlock and be arranged on leader on the hammerlock, and this leader is used to slide and keeps bar on its pairing hammerlock.
The 8th aspect of the present invention based on the 6th or the 7th aspect is that when this hook portion combined with glove box, this bar slided with leader.
According to the 8th aspect of the present invention, owing to slide with leader at the operation king-rod, hammerlock just can move in the opposite direction smoothly.
The 9th aspect of the present invention provides a kind of lid lock device that is used for glove box, and it is connected to the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises: swing component, and its oscillating axle is supported swingably by the lid of glove box; A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; And sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state; Wherein, described swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to oscillating axle; Described hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock; And described sub-assemblies comprises the bar part that is arranged on the hammerlock and is arranged on leader on the hammerlock, and this leader is used to slide and keeps bar on its pairing hammerlock.
The of the present invention ten aspect based on the 9th aspect is that when described hook portion combined with glove box, described bar slided with leader.
The 11 aspect of the present invention provides a kind of lid lock device that is used for glove box, and it is connected to the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises: swing component, and its oscillating axle is supported swingably by the lid of glove box; A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; And sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state; Wherein, described swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to oscillating axle; Described hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock; Described sub-assemblies comprises spring, and an end of this spring combines with a hammerlock, and its another end combines with another hammerlock; And described sub-assemblies comprises the bar part that is arranged on the hammerlock and is arranged on leader on the hammerlock, and this leader is used to slide and keeps bar on its pairing hammerlock.
The 12 aspect of the present invention based on the 11 aspect is that when described hook portion combined with glove box, described bar slided with leader.
The 13 aspect of the present invention provides a kind of lid lock device that is used for glove box, and it is connected to the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises: swing component, and its oscillating axle is supported swingably by the lid of glove box; A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; And sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state; Wherein, described swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to oscillating axle; Described hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock; Described sub-assemblies comprises spring, and an end of this spring combines with a hammerlock, and its another end combines with another hammerlock; When an end of described spring from hammerlock in conjunction with changing into when combining with lid, this hook portion skew also combines with glove box; And described sub-assemblies comprises the bar part that is arranged on the hammerlock and is arranged on leader on the hammerlock, and this leader is used to slide and keeps bar on its pairing hammerlock.
The 14 aspect of the present invention based on the 13 aspect is that when described hook portion combined with glove box, described bar slided with leader.
The 15 aspect of the present invention provides a kind of lid lock device that is used for glove box, and it is connected to the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises: swing component, and its oscillating axle is supported swingably by the lid of glove box; A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; And sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state; Wherein, described swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to oscillating axle; Described hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock; And this sub-assemblies comprises the bar part that is arranged on the hammerlock and is arranged on bound fraction on the hammerlock that this bound fraction can cooperate (snap-fit) fast with the bar on its pairing hammerlock.
According to the 15 aspect of the present invention, because this is to each equal can remaining on the state of being contracted, so just can make swing component and hammerlock enter partial assembled state closely with simple operation by the quick bound fraction that cooperates the bar of pairing hammerlock of hammerlock.
The 16 aspect of the present invention provides a kind of lid lock device that is used for glove box, and it is connected to the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises: swing component, and its oscillating axle is supported swingably by the lid of glove box; A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; And sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state; Wherein, described swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to oscillating axle; Described hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock; And this sub-assemblies comprises the bar part that is arranged on the hammerlock, is used to slide keep the bar on its pairing hammerlock and be arranged on leader on the hammerlock, and is used for bound fraction that this bar and leader are cooperated.
According to the 16 aspect of the present invention, when a pair of hammerlock was withdrawn each other, because hammerlock can be withdrawn, bar was guided the part maintenance simultaneously, and carries out quick the cooperation in this state, so the assembling process of partial assembled can be carried out at an easy rate.
The 17 aspect of the present invention provides a kind of lid lock device that is used for glove box, and it is connected to the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises: swing component, and its oscillating axle is supported swingably by the lid of glove box; A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; And sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state; Wherein, described swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to oscillating axle; Described hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock; And this sub-assemblies comprises the bar part that is arranged on the hammerlock, be used for its pairing of sliding bearing on hammerlock bar and be arranged on leader on the hammerlock, and be used for bound fraction that this swing component and hammerlock are cooperated.
According to the 17 aspect of the present invention, when this is withdrawn each other to hammerlock, because bar was guided the part maintenance when hammerlock can be withdrawn, and under this state, keep swing component and corresponding hammerlock by the condition that cooperates fast and withdraw, therefore can make swing component and hammerlock enter partial assembled state closely with simple program.
The 18 aspect of the present invention provides a kind of lid lock device that is used for glove box, and it is connected to the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises: swing component, and its oscillating axle is supported swingably by the lid of glove box; A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; And sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state; Wherein, described swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to oscillating axle; Described hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock; And described sub-assemblies comprises spring, and an end of this spring combines with swing component, and its other end combines with hammerlock.
According to embodiments of the invention, swing component and hammerlock are introduced into partial assembled state closely in advance.Like this, each component part of lid lock device just can prevent to lose in advance, therefore with regard to manageable each part.In addition, the assembling of lid lock device is very convenient.And assembling back lid lock device needs to adjust hardly.Like this, assembling the required operation of this lid lock device just can be reduced to largely.Owing to reducing, the quantity of operation reduced cost of product.
Description of drawings
Fig. 1 is the instrument carrier panel block diagram of automobile.
Fig. 2 is the exploded perspective view according to the lid of the lid lock device of one embodiment of the present of invention.
Fig. 3 is a planar view of representing the base portion that concerns between the hammerlock and operating lever in this embodiment.
Fig. 4 is a front view of representing to be connected in this embodiment the state of the side chain module of covering on the inner panel.
Fig. 5 is the exploded perspective view of the side chain module of this embodiment.
Fig. 6 is the section drawing along VI-VI line among Fig. 4.
Fig. 7 is that the side chain module is connected to the front view that covers the state on the inner panel among this embodiment of explanation.
Fig. 8 is a block diagram of representing this side chain module in this embodiment during feed status.
Fig. 9 is the block diagram of the lid lock device represented according to another embodiment of the present invention.
Figure 10 is the block diagram of the lid lock device represented according to another embodiment of the present invention.
Figure 11 is an exploded perspective view of representing hammerlock and swing component in this embodiment.
Figure 12 is the block diagram of the state of representing that in this embodiment hammerlock and swing component are fitted together.
Figure 13 is the front view of partial assembled state in this embodiment.
Figure 14 is the front view of lock-out state in this embodiment.
Figure 15 is the front view of released state in this embodiment.
Figure 16 is the enlarged view of the periphery base portion of swing component in this embodiment.
Figure 17 is the partial perspective view according to the lid lock device of another embodiment of the present invention.
Figure 18 is according to the partial perspective view of the lid lock device of an embodiment more of the present invention.
Figure 19 is according to the also partial perspective view of the lid lock device of an embodiment of the present invention.
Figure 20 is according to the also enlarged diagram of the base portion of the lid lock device of an embodiment of the present invention.
Figure 21 is according to the also partial perspective view of the lid lock device of an embodiment of the present invention.
The specific embodiment
Below, describe the embodiment of the invention with reference to the accompanying drawings in detail.Fig. 1 is the block diagram of Automobile instrument.
As shown in Figure 2, lid 3 comprises and cover outside plate 3a and lid inner panel 3b that the surface of lid outside plate 3a is connected on the inside face that covers outside plate 3a and cover inner panel 3b towards automobile bodies.Lid outside plate 3a and lid inner panel 3b form hollow space at this.Operating lever 5 is arranged on the left side of covering outside plate 3a top.On the other hand, lid lock device 6 is connected on the inside face (towards the surface of hollow space side) that covers inner panel 3b top.
Shown in Figure 4 and 5, lid lock device 6 comprises swing component 7 and a pair ofly has an identical shaped hammerlock 8,8.Swing component 7 is cylindrical, and has flange section 7a in its open end (seeing diagram).Pair of L-shaped lever segment 7b is arranged on the periphery of swing component 7, and is symmetrical in the oscillating axle of swing component 7 respectively.Pair of cams pin 7c is provided with like this: with respect to this to L shaped lever segment 7b at a predetermined angle as position of the clockwise direction of Fig. 4 conversion, stretch out from flange section 7a along the axis of oscillation direction of swing component 7 respectively.This to each tip of cam pin 7c on integral body be formed with semicircle flange 7d.
One wheel hub 3c is outstanding from the core of inside face on Width on lid inner panel 3b top.Wheel hub 3c covers the outer peripheral portion of swing component 7, thus this swing component 7 of swinging mounting.The oscillating axle of swing component 7 combines with the axis of wheel hub 3c by screw 9 and can be from wherein throwing off.
On the other hand, as shown in Figure 4, this is symmetrical in the oscillating axle setting of swing component 7 to hammerlock 8,8, thereby extends along the opposite sense with respect to lid 3 horizontal directions.One of the tip of hammerlock 8,8 respectively the line of butt hook part 8a pass the oscillating axle of swing component 7 and extend in the horizontal direction.Two hammerlocks 8,8 by being rotated in of swing component 7 draw each other with the parallel direction that pushes away on, be that mode with interlocking is slided on the direction respect to one another.The base part of each hammerlock 8,8 is provided with a step part 8b, and is interfering with each other in order to prevent when hammerlock 8,8 slides on the direction of drawing mutually.
One bar 8c stretches out from the rearward end of step part 8b.When two hammerlocks, 8,8 oscillating axles with respect to swing component 7 are symmetrical arranged, the step part 8b of two hammerlocks 8,8 passes through by the oscillating axle of the swing component 7 of screw 9 supportings positioned opposite to each other, and each bar 8c extends in the side surface of another hammerlock 8,8.The rod guidance that wherein is inserted with bar 8c draws on the side surface that part 8d is arranged on each hammerlock 8,8.When two hammerlocks 8,8 slided, the bar 8c that is formed on the hammerlock 8,8 drew part 8d and is supported by being formed on rod guidance on another hammerlock 8,8, so two hammerlocks 8,8 can both slide in the horizontal direction.
Be used for combining with an end of the retracing spring of describing after a while 11 in conjunction with nail 8e, it is located at the side surface place of hammerlock 8, and is positioned at the tip that rod guidance draws part 8d, and this hammerlock 8 is provided with rod guidance and draws part 8d.
In addition, as shown in Figure 5, an arm portion 8f is integrally formed in the rearward end of the step part 8b of hammerlock 8.Pin 8g partly stretches out from the tip in the face of the arm portion 8f on the plane of swing component 7.The described hammerlock 8 of embodiment is in the state that assembles with swing component 7 in the back, and when swing component 7 relied on the deflection force swing of springs 11, the pin 8g of arm portion 8f was positioned on the motion path of L shaped lever segment 7b, and is on the sense of motion of swing component 7.
In addition, step part 8b comprises cam path 8h, and the cam pin 7c on the swing component 7 inserts wherein and combination with it.The tip part of a L shaped lever segment 7b on end of retracing spring 11 and the swing component 7 (in this embodiment Fig. 4 upside) combines.Another end of retracing spring 11 links to each other with the bonding pad 3d that stretches out from the medial surface that covers inner panel 3b.As shown in Figure 4, bonding pad 3d is arranged among Fig. 4 the right side with respect to swing component 7.Therefore, when two ends of retracing spring 11 all combine with bonding pad 3d and L shaped lever segment 7b, always have bias pressure among Fig. 4 on the clockwise direction and be applied on the swing component 7.
As shown in Figure 6, in the cam path 8h on the cam pin 7c insertion hammerlock 8 on swing component 7 and the state of combination with it, semicircle flange 7d on the cam pin 7c tip combines with the upper surface of cam path 8h, thus, just can prevent that cam pin 7c is drawn out from cam path.When hammerlock 8 slided in the horizontal direction, cam path 8h was by cam pin 7c rotary oscillation spare 7, and this cam pin 7c inserts cam path 8h and combination with it.When a hammerlock 8 slides, another hammerlock 8 with the opposite and parallel direction of previous hammerlock 8 on slide by swing component 7.
Fig. 4 shows the state that swing component 7 and a pair of hammerlock 8,8 are assemblied on the inside face that covers inner panel 3b in a predefined manner.In this state, swing component 7 since the deflection force of retracing spring 11 with the clockwise direction deflection in scheming.Swing component 7 deflection force in the clockwise direction is sent on two cam path 8h on the hammerlock 8 by cam pin 7c, thereby slide two hammerlocks 8 on the direction of withdrawal each other, the hook portion 8a on such two hammerlocks, 8,8 tips just is retracted in the patchhole 3f of the arm leader 3e that covers two sides of inner panel 3b respectively.
Like this, be in glove box 2 open part by the state of lid 3 closures the time, as shown in Figure 3, the hook portion 8a on two hammerlock 8,8 tips just combines with the engagement groove 2a that glove box 2 is opened on two sides of part respectively, thereby is kept closed.When being connected to the operating lever 5 that covers on the outside plate 3a and being drawn out, the lever that the lever segment 5a of operating lever 5 promotes on the hammerlock 8 is accepted rib 8j.Like this, each hammerlock 8,8 is just return shown in hatched long and two-short dash line as Fig. 3.As a result, the hook portion 8a on hammerlock 8 tips just throws off the engagement groove 2a from glove box 2.
Next, the action of the lid lock device that is used for glove box is according to this configuration described.
When the installation cover blocking device, at first, cam path 8h on the step part 8b of two hammerlocks 8 inserts respectively along on the pair of cams pin 7c that axially stretches out from the flange section 7a of swing component 7 of oscillating axle, and combination with it, therefore semicircle flange 7d stretches out from the upper surface of cam path 8h, thereby prevents that cam pin 7c from throwing off from cam path 8h.In addition, the bar 8c that stretches out from the rearward end of the step part 8b of each hammerlock 8 rod guidance that is inserted into another hammerlock 8 draws the part 8d.
Like this, two hammerlocks 8,8 just are joined to one another by swing component 7.In addition, when the bar 8c on each hammerlock 8,8 inserted mutually another rod guidance in two hammerlocks and draws among the part 8d, two hammerlocks 8,8 can both be because of rotation parallel sliding on direction respect to one another of swing component 7.
Afterwards, as shown in Figure 8, when carrying lid lock device, an end of retracing spring 11 combines slightly with the end of the L shaped lever segment 7b of swing component 7, and the other end of retracing spring 11 is followed closely 8e with the combination on the hammerlock 8 in left side shown in Figure 8 and being combined.
Then, because the deflection force of retracing spring 11, swing component 7 rotates on the direction of hammerlock 8, and hammerlock combines with the other end of retracing spring 11.Like this, two hammerlocks 8,8 slide on the direction of pulling out each other by cam path 8h, and the cam pin 7c of projection inserts cam path 8h from the swing component 7, and combination with it, thereby in cam pin 7c and state that the end surface of cam path 8h combines, two hammerlocks 8,8 stop to slide.
As a result, as shown in Figure 8, the bar 8c on each hammerlock 8,8 draws among the part 8d with regard to the rod guidance that inserts on another hammerlock 8, and by its supporting.Also have, the cam path 8h on two hammerlocks 8,8 inserts on the swing component 7 this respectively to cam pin 7c, and combination with it.In addition, each cam pin 7c can or not throw off from cam path 8h because of the existence of the semicircle flange 7d on the cam pin tip.In this manual, this state is called as this hammerlock 8,8 and swing component 7 is entered partial assembled state closely.
Be connected to when covering on 3 at the lid lock device of the partial assembled that forms like this, at first, swing component 7 is connected on the wheel hub 3c on the inside face that covers inner panel 3b.The oscillating axle of swing component 7 combines with the axle of wheel hub 3c by screw 9, thereby can be from wherein not throwing off.
Next, the other end of retracing spring 11 throwing off from hammerlock 8 in conjunction with nail 8e.As shown in Figure 7, the other end of retracing spring 11 combines with the bonding pad 3d that stretches out from lid inner panel 3b inside face.At this moment, the hook portion 8a on two hammerlock 8,8 tips aligns with arm leader 3e on two sides of lid inner panel 3b respectively.
Like this, the deflection force of retracing spring 11 just is applied on the swing component 7, thus swing component 7 cw swing as shown in Figure 7.At this moment, this on the swing component 7 to cam pin 7c just at the cam path 8h, the 8h that promote on the identical direction on the hammerlock 8,8, thereby owing to be applied to propelling thrust on cam path 8h, the 8h, two hammerlocks 8,8 just slide on the direction of push-and-pull each other respectively.
As a result, as shown in Figure 4, hook portion 8a, the 8a on hammerlock 8,8 tips just respectively the patchhole 3f from two sides of lid inner panel 3b stretch out, thereby finish the assembling of lid lock device.
Next, when being connected in a predefined manner, lid inner panel 3b cover on the outside plate 3a to finish when covering 3 hold up, lever is accepted rib 8j (being arranged on the hammerlock 8 in Fig. 4 left side) be arranged on the position that is offset to the direction of operating of lever segment 5a in the face of lever segment 5a, as shown in Figure 3.
Then, lid 3 just is connected to opening on the part of glove box 2.As shown in Figure 3, glove box 2 open part by the state of lid 3 closures the time, combine with engagement groove 2a on two sides of glove box 2 respectively from the hook portion 8a, the 8a that cover the hammerlock 8,8 of projection on two sides of 3, therefore be kept closed.
In this state, when operating lever 5 was pulled out, the lever on the hammerlock 8 on the left of lever segment 5a promotes to be shown among Fig. 4 was accepted rib 8j, thus withdrawal hammerlock 8.Afterwards, the cam path 8h on the step part 8b of hammerlock 8 promote to insert the cam path 8h and the cam pin 7c of combination with it at retracted orientation.
As a result, the swing component 7 that is raised with cam pin 7c on it the deflection force counter-clockwise swing as shown in Figure 4 that relies on retracing springs 11.At this moment, cam path 8h just with the combining of cam pin 7c pine pine.Therefore, before the cam pin 7c actuating cam groove 8h of swing component 7 upsides as shown in Figure 4, the outer surface of the L shaped lever segment 7b of swing component 7 upsides just promotes another the pin 8g in the hammerlock 8,8 as shown in Figure 4, thereby by pin 8g another hammerlock 8 of withdrawing.
Then, shown in long and two-short dash line among Fig. 3, two hammerlocks 8,8 just slide on the direction of pulling each other.Hook portion 8a, 8a on two hammerlock 8,8 tips just throws off the engagement groove 2a from two sides of glove box 2 respectively.As a result, lid 3 just is in open mode.At this moment, the bar 8c on hammerlock 8 draws in the part 8d with regard to the rod guidance that inserts another hammerlock 8, and hammerlock 8,8 in the horizontal direction mutually the state of supporting move down.Like this, two hammerlocks 8,8 just can stretch out or return smoothly.
In this mode, according to this embodiment, because lid lock device is made as the form of partial assembled, each component part of lid lock device can prevent loss in advance, so the management of part is just easily convenient.In addition, because lid lock device is to be assembled to cover on the inner panel 3b in the state of partial assembled closely, so just needn't installation cover blocking device itself.Like this, not only need the working process quantity of installation cover blocking device to reduce, the adjustment of lid lock device is also easy after assembling.As a result, reduced cost of product.
In addition, lid lock device in a predefined manner with lid inner panel 3b assembling after, when lid inner panel 3b is connected to when cover outside plate 3a and going up, lever is accepted rib 8j (on hammerlock 8) has skew to face lever segment 5 with regard to being set at the direction of operating of lever segment 5a.Like this, just do not need operating lever 5 and hammerlock 8 interlockings, thereby do not need the operation between operating lever 5 and the hammerlock 8 is adjusted yet.Therefore, owing to saved this adjustment, just make assembling become and be easy to, and the quantity of the working process in assembling also further reduces.
In addition, when operating operation lever 5 was return a hammerlock 8, another hammerlock 8 was promoted by the L shaped lever segment 7b on the swing component 7 and returns.Like this, the rotational force of swing component 7 just is transferred on another hammerlock 8 effectively, thereby lid 3 just can be carried out smoothly with the opening operation of operating lever 5.
Figure 9 shows that lid lock device according to another embodiment of the present invention.Among Shuo Ming each embodiment,, just consult and use identical mark after this, and be omitted and no longer explanation with those consistent basically parts among the embodiment shown in Fig. 1 to 8.
This embodiment is different from the foregoing description part and is, an end of retracing spring 11 combines with the carriage 8k that stretches out from the base part of hammerlock 8, and the 8e combination is followed closely with combining of pairing hammerlock 8 in another end of retracing spring 11, thereby forms partial assembled.In this mode, two ends of retracing spring 11 all directly combine hammerlock 8 with this, thereby this is to hammerlock 8 skew respectively on the direction of drawing back each other, so swing component 7 and hammerlock 8 can enter into partial assembled state closely more firmly.This lid lock device is being connected to as mentioned above when covering on 3, another end of retracing spring 11 just changes its combining target, and combines with bonding pad 3d.Hammerlock 8 is skew just, thereby the hook portion 8a of hammerlock 8 stretches out (as shown in Figure 4) respectively by being located at the patchhole 3f that covers on two sides of 3.
Figure 10 to 16 is the lid lock device according to another embodiment of the present invention.
As shown in figure 10, in this embodiment, bar 8c does shortlyer.Rod guidance draws part 8d and comprises two retention tab 8l, 8m, has semi-round retaining part from each retention tab of axially seeing of hammerlock 8.In addition, bossing 8n is arranged on the bar 8c, when bar 8c inserted between retention tab 8l, the 8m, one among bossing 8n and retention tab 8l, the 8m combined.
Shown in Figure 11 and 12, this is to hammerlock 8 coupling, thereby can insert cam path 8h respectively by the cam pin 7c with swing component 7 and move freely on direction respect to one another.
Then, as shown in figure 13, thereby draw in the part 8d when combining with bossing 8n with one among retention tab 8l, the 8m when bar 8c inserts the rod guidance comprise retention tab 8l, 8m, this remains on approximating state to hammerlock 8 by swing component 7, thereby formation partial assembled.
Like this, in this embodiment because need with retracing spring 11 as sub-assemblies, retracing spring 11 just be hooked in carriage 8K and be located on the same hammerlock 8 in conjunction with the nail 8e between.
At shown in Figure 14 and lid 3 when being connected, be hooked in to throw off and connect in conjunction with the end sections of the retracing spring 11 on the nail 8e, then only combine with the bonding pad 3d that covers on 3.When this state, hammerlock 8 skew, thus the hook portion 8a on it is by covering the patchhole 3f protrusions on two side surfaces of 3.In this case, because short in conjunction with the distance between nail 8e and the bonding pad 3d, the process in conjunction with changing of retracing spring 11 will be carried out at an easy rate.
In this embodiment, in the hook portion 8a of hammerlock 8 was inserted into running condition among the patchhole 3f that covers on two side surfaces of 3, bar 8c extracted from leader 8d.Therefore, the slip that leader 8d can not guide bar 8c.But hammerlock 8 can be held and slide by following structure.
That is to say that in Figure 14, the step part 8b of each hammerlock 8 is on axle sleeve (boss) the part 7f of swing component 7 center positions.Therefore, this just can prevent once more close to each other to hammerlock 8.
In addition, as shown in figure 16, promptly convenient this attempted to move and open each other with the opposite sense shown in arrow A and the B to hammerlock 8, because the cam pin 7c of swing component 7 is inserted in the bevelled mode and is formed among the cam path 8h on the hammerlock 8, therefore, unless swing component 7 is with the rotation of the direction shown in the arrow C among Figure 16, this can not be opened hammerlock 8.
But,, therefore sell 8g and can stop swing component 7 to be swung along the direction shown in the arrow C because the lever segment 7b of swing component 7 abuts on the pin 8g of base part of hammerlock 8.As a result, this can slide to hammerlock 8, and needn't separate when hammerlock 8 couple states, thereby can move in the opposite direction.S. A. along swing component 7 sees that each pin 8g is a raindrop shape shown in Figure 16, so that guarantee to obtain to prevent the effect of opening of hammerlock 8 in the operating range of hammerlock 8 as previously mentioned.
In this mode, even draw from rod guidance in the state of pulling out the part 8d at bar 8c, this also can separate hammerlock 8 and slide in opposite direction.
Figure 14 shows that glove box 2 blocked states, retracted the state that is in unlocked by operating lever shown in Figure 35 and state shown in Figure 15 is hook portion 8a.
In this embodiment, shown in Figure 10 and 11, each cam pin 7c of the tip upper edge of each cam pin 7c of swing component 7 axially is formed with a slit 7e, and like this, the tip of each cam pin 7c and semicircle flange 7d just are divided into two.
In the operating range of the hammerlock shown in Figure 14 and 15 8, because each slit 7e is provided with along the sloping portion 8h2 of cam path 8h, thereby two cam pin 7c that separate just flexibly abut to go up in the interior week of cam path 8h and prevent swing.
In addition, the end of cam path 8h defines semicircle and opens part 8h1, so that insert the semicircle flange 7d of cam pin 7c therein.The centre portion of cam path 8h forms sloping portion 8h2.In addition, the other end of cam path 8h is as major diameter part 8h3, and forms a space between the other end of the cam path 8h of as shown in figure 13 partial assembled state and cam pin 7c.
In this embodiment, when bar 8c extends to bar 8c and is drawn part 8d by rod guidance and slide to keep (even also being like this in the serviceability at lid lock device), hammerlock is constructed in the mode that a hammerlock 8 can support another hammerlock 8, thereby hammerlock 8 can slide over each other more smoothly.
Figure 17 shows that lid lock device according to another embodiment of the present invention.In this embodiment, the bar 8c of each hammerlock 8 is configured to polygonal prismatic.Tip at bar 8c axially forms a groove 8p along it.Like this, the tip part just forms two plate portion 8c1,8c2.Two plate portion 8c1, the groove 8p between the 8c2 comprises mating hole 8p1, its inner diameter is done more a little.The interior guide pins 8q of groove 8p that inserts pairing side chain arm 8 is arranged on the lateral parts of hammerlock 8, and protruding from it.Guide pins 8q is provided with head and prevents that two boards part 8c1,8c2 from throwing off from guide pins 8q, thereby has limited plate portion 8c1,8c2 on the direction perpendicular to the direction of slip of bar 8c and leader 8d.
Like this, when swing component 7 and hammerlock 8 entered the partial assembled state, in the groove 8p of guide pins 8q with regard to insertion rod 8c, and in this state, guide pins 8q was pushed in the groove 8p, thereby guide pins 8q just fits in the mating hole 8p1.As a result, this just keeps with approximating state mutually to hammerlock 8 and swing component 7 and hammerlock 8 can enter partial assembled state closely.
In this embodiment, in the time of slide being kept (even also be like this at the serviceability of lid lock device) by the groove 8p between two boards part 8c1, the 8c2 when two boards part 8c1,8c2 are extended guide pins 8q, hammerlock is constructed in the mode that a hammerlock 8 can support another hammerlock 8, so hammerlock 8 can slide over each other more smoothly.
Figure 18 shows that according to the lid lock device of an embodiment more of the present invention.In this embodiment, the tip of the bar 8c of each hammerlock 8 forms thin sheet form.The flexure strip 8r projection of chevron is also flexible on the tip side partly of plate-shaped.The protruding 8s that is furnished with combined hole 8t is formed on the side of pairing hammerlock 8, and the tip of bar 8c partly inserts this combined hole 8t.
Like this, when the tip of the bar 8c of hammerlock 8 partly inserts in the combined hole 8t of protruding 8s, flexure strip 8r passes combined hole 8t to combine with the neighboring of passing the side, thereby this just can be held with approximating state hammerlock 8, and swing component 7 and hammerlock 8 can enter partial assembled state closely.
In this embodiment, when bar 8c is extended the bar 8c combined hole 8t slip maintenance of energy (even also being like this in the serviceability at lid lock device), hammerlock is constructed in the mode that a hammerlock 8 can support another hammerlock 8, so hammerlock 8 can slide over each other more smoothly.
Figure 19 shows that according to the also lid lock device of an embodiment of the present invention.In this embodiment, the bar 8c of each hammerlock 8 comprises two plate portion 8c1 that are substantially parallel to each other and extend, 8c2, and on the medial surface of plate portion 8c2, form a bossing 8c3.Be inserted into plate portion 8c1, the L shaped bossing 8u between the 8c2 is arranged on the pairing hammerlock 8, thereby protruding from it.On this bossing 8u, be provided with step bound fraction 8u1.
Like this, when the bossing 8u of a hammerlock 8 is inserted into the plate portion 8c1 of another hammerlock 8, in the time of between the 8c2, the bossing 8c3 of plate portion 8c2 in conjunction with on the bossing 8u in conjunction with step part 8u1.Because bossing 8u is L shaped, plate portion 8c1,8c2 just can prevent to throw off from bossing 8u, thus on perpendicular to the direction of the direction of slip between bar 8c and the bossing 8u confinement plate part 8c1,8c2.As a result, this just can be held with approximating state hammerlock 8, and swing component 7 and hammerlock 8 can enter partial assembled state closely.
In this embodiment, as two plate portion 8c1,8c2 is extended bossing 8u at two plate portion 8c1, when slide being kept (even be in serviceability also be like this) between the 8c2 at lid lock device, hammerlock is constructed in the mode that a hammerlock 8 can support another hammerlock 8, so hammerlock 8 can slide over each other more smoothly.
Figure 20 shows that according to the also lid lock device of an embodiment of the present invention.In this embodiment, be similar to the embodiment shown in Figure 10 to 16, bar 8c arranged on the base part of each hammerlock 8, and bossing 8n is arranged on the bar 8c.Rod guidance with two retention tab 8l, 8m draws part 8d and is arranged on each hammerlock 8 lateral parts.When bar 8c is inserted into rod guidance when drawing in the part 8d, one among bossing 8n and retention tab 8l, the 8m combines.
In this embodiment, except integrated structure recited above, also have the bossing 7g on the neighboring of two hub portion 7f at swing component 7 positioned opposite to each other, and, groove 8v is arranged respectively on the inside face of hammerlock 8 step part 8b corresponding to these bossings 7g.Draw in the part 8d when bar 8c is inserted into rod guidance, thereby when in bossing 8n and retention tab 8l, 8m one combined, bossing 7g just fitted among the groove 8v.As a result, this just can be near making swing component 7 and hammerlock 8 can enter partial assembled state closely to hammerlock 8.
In this embodiment, when bar 8c extends to bar 8c and is held sheet 8l, 8m and slide keeps (even also be like this at the serviceability of lid lock device), hammerlock is constructed in the mode that a hammerlock 8 can support another hammerlock 8, so hammerlock 8 can slide over each other more smoothly.
Shown in Figure 21 is according to the also lid lock device of an embodiment of the present invention.This embodiment is similar to the embodiment shown in Figure 10 to 16 substantially, and difference is that rod guidance draws the shape of part 8d1.That is, it has bandy tip part 8m1 and the part of opening for insertion on the side surface direction of hammerlock 8.As a result, bar 8c direction from the side is inserted into rod guidance and draws in the part 8d, and at high speed cooperates (snap-fit) to draw part 8d1 to rod guidance, and swing component 7 and hammerlock 8 can enter partial assembled state closely.
In this embodiment, when bar 8c extends to bar 8c and is drawn part 8d1 and slide to keep (even also be like this at the serviceability of lid lock device) by rod guidance, hammerlock is constructed in the mode that a hammerlock 8 can support another hammerlock 8, so hammerlock 8 can slide over each other more smoothly.
As described above, can adopt various integrated structures as this sub-assemblies of supporting to hammerlock 8, can keep this that hammerlock is in approximating state.
In each embodiment, when lever is accepted the long enough that the length of rib is done, make its tip extend from covering 3 surface, this extendible portion is pointed in right or left direction and is pushed down then, and hook portion 8a just can combine or untie combination with the engagement groove 2a of glove box 2 by slip hammerlock 8.Like this, this device even just can not be used as lid lock device with operating lever 5.
In addition, as described below, this device even just can not be used as lid lock device with retracing spring 11.
In Fig. 3, accepting rib 8j when lever moves in the left side, and the lid 3 closures stop casing 2 open the part state the time, this lever is accepted rib 8j and is stopped in left end, this hook portion 8a moves in the left side, and combine with the engagement groove 2a of glove box 2, the part of opening of covering 3 closed glove boxes 2 whereby is kept closed thus.Next, accept rib 8j when lever and move to the right side, and when right-hand end stopped, this hook portion 8a that combines with the engagement groove 2a of glove box 2 also moved on the right side.Like this because bonding state relaxes, the restriction state of lid 3 also be relax and be in free state, therefore covering 3 can be released.
Saving retracing spring 11 during with the situation of operating lever 5, lever is accepted on each side of two sides that rib 8j is arranged on lever segment 5a.In Fig. 3, when device is constructed in mode described below, the restriction of the lid 3 and the constraint of glove box 2 and just unclamp and can realize, that is, and when pulling out operating lever 5, lever segment 5a accepts rib 8j on the right side against lever, thereby move hammerlock 8 on the right side, simultaneously, when forward operation lever 5, lever segment 5a accepts rib 8j in the left side against lever, thus in the left side mobile hammerlock 8.
In these embodiments, in the situation that is provided with retracing spring 11, hook portion 8a always passes patchhole 3f and stretches out, and when operating lever 5 is drawn out, withdraws from patchhole 3f.In the situation of not using retracing spring 11, hook portion 8a just stops at the state of accepting the position of rib 8j corresponding to operating lever 5 or lever.
Claims (5)
1. lid lock device that is used for glove box, it is connected to the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises:
Swing component, its oscillating axle is supported swingably by the lid of glove box;
A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; With
Sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state; Wherein
Described swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to oscillating axle;
Described hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock; And
Described sub-assemblies comprises the bar part that is arranged on the hammerlock and is arranged on leader on the hammerlock, and this leader is used to slide and keeps bar on its pairing hammerlock.
2. the lid lock device that is used for glove box as claimed in claim 1 is characterized in that: when described hook portion combined with glove box, described bar slided with leader.
3. lid lock device that is used for glove box, it is connected to the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises:
Swing component, its oscillating axle is supported swingably by the lid of glove box;
A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; With
Sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state; Wherein
Described swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to oscillating axle;
Described hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock; And
Described sub-assemblies comprises the bar part that is arranged on the hammerlock and is arranged on bound fraction on the hammerlock that this bound fraction can cooperate with the bar on its pairing hammerlock.
4. lid lock device that is used for glove box, it is connected to the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises:
Swing component, its oscillating axle is supported swingably by the lid of glove box;
A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; With
Sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state; Wherein
Described swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to oscillating axle;
Described hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock; And
The bound fraction that described sub-assemblies comprises the bar part that is arranged on the hammerlock, be used to slide and keep the bar on its pairing hammerlock and be arranged on the leader on the hammerlock and be used for bar and leader are cooperated.
5. lid lock device that is used for glove box, it is connected to the inboard of lid so that hook portion combines with glove box, and this lid lock device comprises:
Swing component, its oscillating axle is supported swingably by the lid of glove box;
A pair of hammerlock, extend in the horizontal direction, and each hammerlock is included in the described hook portion of its tip with the symmetric mode setting with respect to oscillating axle; With
Sub-assemblies, it makes hammerlock closer to each other, and makes hammerlock and swing component enter the partial assembled state; Wherein
Described swing component with the symmetric mode setting, and comprises the pair of cams pin with respect to oscillating axle;
Described hammerlock comprises the cam path that combines with cam pin, is used for mobile in the opposite direction hammerlock; And
The bound fraction that described sub-assemblies comprises the bar part that is arranged on the hammerlock, be used to slide and keep the bar on its pairing hammerlock and be arranged on the leader on the hammerlock and be used for swing component and hammerlock are cooperated.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2002366293 | 2002-12-18 | ||
| JP366293/2002 | 2002-12-18 | ||
| JP397051/2003 | 2003-11-27 |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2003101214955A Division CN100420594C (en) | 2002-12-18 | 2003-12-18 | Cover locking device for gloves box |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101195360A CN101195360A (en) | 2008-06-11 |
| CN100548748C true CN100548748C (en) | 2009-10-14 |
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ID=39546048
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2008100016428A Expired - Fee Related CN100548748C (en) | 2002-12-18 | 2003-12-18 | The lid lock device of glove box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100548748C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102555922A (en) * | 2010-11-10 | 2012-07-11 | 铃木株式会社 | Box support structure for instrument panel |
Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102390777A (en) * | 2011-11-28 | 2012-03-28 | 苏州富士电梯有限公司 | Removable cover plate lock for escalator or moving walk |
| KR101918060B1 (en) * | 2012-07-24 | 2018-11-13 | 엘지전자 주식회사 | Refrigerator with sealing apparatus for drawer |
| CN103850551A (en) * | 2012-12-03 | 2014-06-11 | 上海同耀汽车配件有限公司 | Opening mechanism for glove box |
| CN103334990B (en) * | 2013-05-27 | 2015-09-02 | 广东威创视讯科技股份有限公司 | A kind of locking framework |
| JP6588641B2 (en) * | 2016-07-08 | 2019-10-09 | 株式会社パイオラックス | Locking device |
| CN110359790A (en) * | 2018-08-01 | 2019-10-22 | 江苏美龙航空部件有限公司 | A kind of hovercar door latch apparatus |
| JP7423508B2 (en) * | 2020-12-25 | 2024-01-29 | 森六テクノロジー株式会社 | Locking device for opening/closing body and storage device for vehicle |
| CN113895358B (en) * | 2021-11-18 | 2024-02-20 | 芜湖鑫沃汽车零部件有限公司 | Storage box for automobile |
-
2003
- 2003-12-18 CN CNB2008100016428A patent/CN100548748C/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102555922A (en) * | 2010-11-10 | 2012-07-11 | 铃木株式会社 | Box support structure for instrument panel |
| CN102555922B (en) * | 2010-11-10 | 2014-07-02 | 铃木株式会社 | Box support structure for instrument panel |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101195360A (en) | 2008-06-11 |
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