CN203372093U - Interval shielding structure of seat for vehicle - Google Patents
Interval shielding structure of seat for vehicle Download PDFInfo
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- CN203372093U CN203372093U CN201320360326.6U CN201320360326U CN203372093U CN 203372093 U CN203372093 U CN 203372093U CN 201320360326 U CN201320360326 U CN 201320360326U CN 203372093 U CN203372093 U CN 203372093U
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- baffle plate
- gap
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- cover
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Abstract
The utility model relates to an interval shielding structure of a seat for a vehicle. In the interval shielding structure of the seat for the vehicle, a seat body (30) is provided with a cover component (a base) (21), a baffle (an interval shielding board) (10), and a torsion spiral spring (an elastic body) (12). The connection part of the cover component (21) and the baffle (10) is composed of a key structure. The cover component (21) of the key structure is provided with a shaft portion (211), and the baffle (10) is provided with a hole portion (101) into which the shaft portion (211) is inserted. A non-circular portion (212) is formed on the shaft portion (211), and the hole portion (101) is formed in the mode of being in fit with the shape of the non-circular portion (212) of the shaft portion (211). The baffle (10) is installed relative to the cover component (21) in the angle of enabling the shape of the non-circular portion (212) to be in fit with the shape of the hole portion (101), and when the baffle (10) reacts against the acting force of the torsion spiral spring (12) and rotates in the direction of the containing position, the angle enabling the non-circular portion (212) and the hole portion (101) to be inconsistent is formed, and then the baffle (10) cannot fall off the cover component (21).
Description
Technical field
The utility model relates to a kind of vehicle seat used gap masking structure.
Background technology
In the past, the seat main body that had seat cushion and a back of seat is for the state of taking one's seat that can stand up with respect to seat cushion at back of seat and with the seat surface of seat cushion, the mode relative with the backrest face of back of seat folds holds the movable structure that carries out posture changing between state.At this, require at seat main body from taking one's seat the state posture changing when holding state, wish the space that covering produces between the car body component parts such as floor of the movable position of seat main body and vehicle.For example have following vehicle to use the gap masking structure of turning folding seat: via linkage component, the bottom of the rearward end of the seat cushion in the state of taking one's seat and back of seat is rotated freely and linked, seat cushion is upspring in the mode of the front surface along back of seat and is become and hold state.In so upper turning folding (tip up) seat, form space holding under (taking in) state below linkage component, and require to hide this space.At this, a kind of invention of the space produced when hiding nutation (tilt down) formula seat to the nutation state transitions is disclosed in following TOHKEMY 2010-264946.For the requirement in above-mentioned upper turning folding seat, consider to make linkage component below large and hide above-mentioned space.
But, as above-mentionedly merely make countermeasure that linkage component is larger, allow to hide and hold the space under state, also may be when seat cushion being turned back to take one's seat state, larger linkage component and parts in seat back side or vehicle floor side, the luggage plate that for example is disposed at the back of seat rear are interfered, and produce the problem of following in interfering.For example, may produce problems such as making linkage component or the breakage of luggage plate.
The utility model content
The utility model is a kind ofly to take seat main body as object, this seat main body has seat cushion and back of seat, for the state of taking one's seat that stands up with respect to seat cushion at back of seat and with the seat surface of seat cushion the mode relative with the backrest face of back of seat folding hold the movable structure that carries out posture changing between state.The purpose of this utility model is at seat main body from taking one's seat the state posture changing when holding state, cover in the vehicle seat used gap masking structure in the space produced between the car body component parts such as floor of the movable member of seat main body and vehicle, can take in and launch to cover according to the posture changing of seat main body the parts in gap.
The first invention is a kind of vehicle seat used gap masking structure, in the seat main body with seat cushion and back of seat, for the state of taking one's seat that can erect with respect to described seat cushion at described back of seat and with the seat surface of described seat cushion the mode relative with the backrest face of described back of seat folding hold the movable structure that carries out posture changing between state, at described seat main body, from the described state posture changing of taking one's seat, be described while holding state, cover the space produced between the car body component parts such as floor of the movable position of described seat main body and vehicle.Described seat main body has: base (base: matrix), be installed on the movable position of described seat main body; The gap shield, link with respect to this base rotatably via hinge arrangement, thereby can be set in the reception position overlapped with described base and these two positions of expanded position of launching from described base; Elastic body, the direction from reception position to expanded position in the direction of rotating with respect to described base at this gap shield is to the described gap shield application of force.The bond sites of described base and described gap shield consists of bond structure, and any one party of this bond structure in described base and described gap shield has columned axial region, the opposing party, has and can insert logical hole section for this axial region.Described axial region axially on a part be formed with non-round portion, this non-round portion has the part protrusion outstanding to radial outside of outer peripheral face, with the shape of the non-round portion with described axial region, consistent mode forms in described hole section.Described gap shield so that the non-round portion of the described bond structure angle consistent with the shape of hole section with respect to described floor installation, and be configured to while rotating to the direction of reception position when the described elastomeric application force of resistance, become described non-round portion and the inconsistent angle of described hole section and can not come off from described base.
According to this first invention, seat main body has: base is installed on the movable position of seat main body; The gap shield, link with respect to this base rotatably via hinge arrangement, thereby can be set in the reception position overlapped with base and these two positions of expanded position of launching from base; Elastic body, the direction from reception position to expanded position in the direction of rotating with respect to base at this gap shield is to the gap shield application of force.Thus, the gap shield can be taken in and be launched according to the posture changing of seat main body.In addition, the bond sites of base and gap shield consists of bond structure.Any one party of bond structure in base and gap shield has columned axial region, the opposing party, has and can insert logical hole section for this axial region.Axial region axially on a part be formed with non-round portion, this non-round portion has the part protrusion outstanding to radial outside of outer peripheral face.With the shape of the non-round portion with axial region, consistent mode forms in hole section.The gap shield so that the non-round portion of the bond structure angle consistent with the shape of hole section with respect to floor installation, and be configured to while rotating to the direction of reception position when the elastomeric application force of resistance, become the inconsistent angle of non-round portion and hole section and can not come off from base.Thus, gap shield and elastic body can prevent from coming off to Width with respect to base, can realize the raising of assembleability.
Then, the second invention can be on the basis of above-mentioned the first invention, described base has the stop position that described gap shield is stopped at described expanded position, the position relationship in overlapping on Width with described gap shield under the state consistent with the shape of hole section in the non-round portion of described bond structure of this stop position.Also can be configured to, when the direction that makes described gap shield to described reception position turns to the inconsistent angle of shape of the non-round portion of described bond structure and hole section, described stop position and described gap shield on Width in identical position, described gap shield and described stop position butt and stop at expanded position.
According to the second invention, base has the stop position and can set the position of carrying out of gap shield.Thus, the gap shield can be realized the setting with respect to the raising expanded position of the assembleability of base simultaneously.
Then, the 3rd invention is on the basis of above-mentioned the first invention or the second invention, and described elastic body also can form by being turned round coil spring.Also can be for as follows: the described coil spring of being turned round be installed at the bond sites place of described base and gap shield, and described bond sites is formed with the described helical spring position of being turned round is installed by making at least any one party in described base and described gap shield form concavity.
According to the 3rd invention, elastic body is formed by turning round coil spring.This is turned round coil spring and is installed at the bond sites place of base and gap shield, and bond sites is formed with to install and is turned round helical spring position by making at least any one party in base and gap shield form concavity.Base in the movable position of seat main body and the bond sites of gap shield are spatially restricted.Therefore, turned round coil spring by application and can in space limited on the Width of seat main body, be formed vehicle seat used gap masking structure.
The present invention is by adopting the technological means of above-mentioned each utility model, the seat main body that makes to have seat cushion and back of seat is for the state of taking one's seat that can erect with respect to seat cushion at back of seat and with the seat surface of seat cushion, the mode relative with the backrest face of back of seat folds holds the movable structure that carries out posture changing between state, at seat main body from taking one's seat the state posture changing when holding state, in the vehicle seat used gap masking structure in the space produced between the movable member of covering seat main body and the car body component parts such as floor of vehicle, can take in and launch to cover according to the posture changing of seat main body the parts in gap.
The accompanying drawing explanation
Describe feature, advantage and the technical and industrial meaning of embodiment of the present utility model hereinafter with reference to accompanying drawing, in accompanying drawing, identical label means identical parts, wherein,
Fig. 1 means the birds-eye view of the upper turning folding seat of an embodiment of the present utility model;
Fig. 2 means the lateral plan of the state of taking one's seat of the seat main body of above-mentioned embodiment;
Fig. 3 means the lateral plan that holds state of the seat main body of above-mentioned embodiment;
Fig. 4 means the enlarged side view at the main position of the present utility model in Fig. 2;
Fig. 5 means the enlarged side view at the main position of the present utility model in Fig. 3;
Fig. 6 is the VI-VI line section drawing in Fig. 4;
Fig. 7 be installed on above-mentioned embodiment cover baffle plate with turned round helical spring exploded perspective view;
Fig. 8 means the local amplification stereogram that will be turned round the state that coil spring installs with respect to cover of above-mentioned embodiment;
Fig. 9 means the local amplification stereogram of the state that baffle plate is installed with respect to cover of above-mentioned embodiment;
Figure 10 means that the baffle plate that makes of above-mentioned embodiment turns to the local amplification stereogram that stops at the state of expanded position after reception position by the stop position;
Figure 11 means the birds-eye view of the state that baffle plate is installed with respect to cover of above-mentioned embodiment;
Figure 12 means that the baffle plate that makes of above-mentioned embodiment turns to the birds-eye view that stops at the state of expanded position after reception position by the stop position;
Figure 13 is the enlarged drawing of the XIII section of Figure 11;
Figure 14 is the enlarged drawing of the XIV section of Figure 12.
The specific embodiment
Based on accompanying drawing, an embodiment of the present utility model is described.Graphic embodiment is the seat main body 30 that the what is called 6 to 4 used at rear seat for vehicle is cut apart affix turning folding function on seat.On seat main body 30, the segmentaion position of the seat of cutting apart in left and right disposes buckle of safety belt 40.As shown in Figure 1,4/10ths of formation seat main body 30 right-side seat possesses seat cushion 31A, back of seat 32A, reaches headrest 37A.6/10ths the left-side seat that forms seat main body 30 possesses seat cushion 31B, back of seat 32B, and headrest 37B.In addition, 20 expressions are disposed at the linkage component of the both sides of buckle of safety belt 40.In addition, rear and the substantial middle at seat cushion 31B disposes buckle of safety belt 41.Fig. 2 is cut apart under the state of left-side seat of seat and is observed the figure of right-side seat from the left-side seat side not putting down in writing above-mentioned 6 to 4.At this, back of seat 32A is fixed in vehicle floor 50 via the hinge bracket 33 that is disposed at back of seat 32A both sides, seat cushion 31A via the strength member 25(of linkage component 20 with reference to Fig. 6) and rotate and be fixed in freely back of seat 32A by the S. A. 35 on hinge bracket 33.Be disposed at the leading section of luggage plate 60 of luggage boot of vehicle and the rear butt of back of seat 32A.Buckle of safety belt 40 is fixed in the crossbeam 36 that connects hinge bracket 33 and be disposed at vehicle-width direction.The top of hinge bracket 33 is covered by hinged cover 34, and strength member 25 forms linkage component 20 by cover 21 coverings.In addition, illustrated in Fig. 1, on seat cushion 31B, in its rear and substantial middle, in order to take in buckle of safety belt 41, incised notch is formed with slit portion.Although omitted diagram, buckle of safety belt 41 is fixed with respect to vehicle floor 50.In addition, buckle of safety belt 41 also is fixed in crossbeam 36 sometimes.
Illustrated in Fig. 6, baffle plate 10(gap shield) along strength member 25, arrange the cover 21 of linkage component 20 is interior.Illustrated in Fig. 2,4, be disposed at rear side under the state of baffle plate 10 state of taking one's seat 30A in erecting with respect to seat cushion 31A at back of seat 32A in cover 21, the upper end of baffle plate 10 with respect to cover 21 and strength member 25(with reference to Fig. 6) rotate fixing freely.Cover 21 has the axial region 211 of the upper end that connects baffle plate 10.Therefore, as Fig. 6 clearly illustrates, baffle plate 10 is by making the screw 23 that connects cover 21 and strength member 25 screw togather and fix with respect to the axial region 211 that connects baffle plate 10 upper ends.Be provided with and turned round coil spring 12 in the outside of axial region 211 (side corresponding with the front end of screw 23).An end of being turned round coil spring 12 is limited to baffle plate 10, and the other end is limited to cover 21, is turned round 12 pairs of baffle plates 10 of coil spring to the direction outstanding from cover 21 (anti-clockwise expanded position 10B among Fig. 4, the 5) application of force.Illustrated in Fig. 6, strength member 25 is formed with slit 252 corresponding to an end position of being turned round coil spring 12, and the front end of being turned round coil spring 12 (curve 14A) outstanding to avoid connecting baffle plate 10 interfered with strength member 25.The side in the face of strength member 25 in the part of the close front end of baffle plate 10 is provided with projection 11, is formed with the slit 251 of taking in projection 11 on strength member 25.Slit 251 forms the slewing area of defining baffle 10, the position (reception position 10A) of baffle plate 10 in just in time being accommodated in cover 21 stopped avoiding further to the interior movement of cover 21, and make baffle plate 10 stop (expanded position 10B) in the position (with reference to Fig. 3,5) of outstanding specified amount to avoid further outstanding.Be formed with peristome 215(with reference to Fig. 7,8 on cover 21) so that baffle plate 10 can be outstanding from cover 21.At this, baffle plate 10 is equivalent to " gap shield " of the present utility model.In addition, cover 21 is equivalent to " base " of the present utility model.In addition, turned round coil spring 12 and be equivalent to " elastic body " of the present utility model.In addition, just in time to be accommodated in the positions (with reference to Fig. 2,4) in cover 21 be the reception position 10A of baffle plate 10 to baffle plate 10.It is the expanded position 10B of baffle plate 10 that baffle plate 10 stops avoiding further outstanding position in the position (with reference to Fig. 3,5) of outstanding specified amount.
Fig. 3 means that relative with the backrest face of the seat surface of seat cushion 31A and back of seat 32A by upper turning folding function mode was folded holds state 30B(in other words, and seat cushion 31A is along the state of the front surface of back of seat 32A).Now, the cover 21 of linkage component 20 rotates together with seat cushion 31A centered by S. A. 35.Therefore, buckle of safety belt 40 is positioned at the below of linkage component 20, between linkage component 20 and buckle of safety belt 40, forms gap.But the baffle plate 10 in cover 21 is outstanding from cover 21 by the application force of being turned round coil spring 12, and is positioned at the expanded position 10B that covers above-mentioned gap.Now the overhang of baffle plate 10 is the amount that can cover the gap of linkage component 20 and buckle of safety belt 40.When baffle plate 10 has been given prominence to specified amount, baffle plate 10 with stop position 214(with reference to Fig. 8) butt, and projection 11 stops in the end of the slit 251 of strength member 25, therefore can further not give prominence to.In addition, illustrated in Fig. 2,3, the seat cushion 31A that makes seat main body 30 returns while taking one's seat state 30A from holding state 30B, and linkage component 20 also rotates and returns to the state of Fig. 2 to anticlockwise direction together with seat cushion 31A centered by S. A. 35 in Fig. 3.Now, baffle plate 10 and luggage plate 60 butts, resistance is by being turned round coil spring 12(with reference to Fig. 6) application force that produces and be accommodated in cover 21 and be positioned at reception position 10A.Therefore, anti-baffle plate 10 and 60 breakages of luggage plate.
Then, baffle plate 10(gap shield is described) with respect to cover 21(base) mounting structure.At this, Fig. 7～14 only illustrate cover 21 and baffle plate 10 and are turned round the structure of coil spring 12, for miscellaneous part, omit diagram, explanation.Illustrated in Fig. 6, there is cover 21(base in the linkage component 20 at the movable position as seat main body 30), baffle plate 10(gap shield) and turned round coil spring 12(elastic body).
Illustrated in Fig. 6, cover 21 is that the formation covered as the linkage component 20 at the movable position of seat main body 30 is the parts of strength member 25.Illustrated in Fig. 7, cover 21 side in the wings is formed with a part of incised notch of cover 21 and the peristome 215 of opening.This peristome 215 forms for baffle plate 10 is given prominence to.In addition, the upper end of peristome 215 forms as the stop position 214 that baffle plate 10 is stopped at expanded position 10B.In addition, outstanding being formed with the columned axial region 211 of baffle plate 10 axle supportings for rotating on cover 21.In addition, be formed with the second spring fixed position 213 that the second line part 15 of making to be turned round coil spring 12 locks near axial region 211.
Illustrated in Fig. 6, baffle plate 10 is interior along strength member 25 settings at the cover 21 of linkage component 20.Baffle plate 10 links with respect to cover 21 rotatably via hinge arrangement, is configured to be set in the reception position 10A(that overlaps with cover 21 with reference to Fig. 4) and the expanded position 10B(that launches from cover 21 with reference to Fig. 5) these two positions.Illustrated in Fig. 7, be formed through on baffle plate 10 for the axial region 211 of cover 21 and insert logical hole section 101.In addition, be formed with the first spring fixed position 103 that the curve 14A of the first line part 14 that makes to be turned round coil spring 12 locks near hole section 101.
Illustrated in Fig. 7, turned round coil spring 12 and be in the direction of rotating with respect to cover 21 at baffle plate 10 from reception position 10A(with reference to Fig. 4) to expanded position 10B(with reference to Fig. 5) direction to the parts of baffle plate 10 application of forces.Being turned round coil spring 12 consists of coil portion 13, the first line part 14 that is located at an end of this coil portion 13, the second line part 15 that is located at the other end of this coil portion 13.Being turned round the state that coil spring 12 opens with the front end of the front end of the first line part 14 and the second line part 15 forms, while being configured to the external force of direction of front end of the front end that is subject to closed the first line part 14 and the second line part 15, the torque that produces the direction of the shape of returning to the state originally opened.The front end of the first line part 14 has the curve 14A crooked with axial quadrature.In addition, being turned round coil spring 12 installs with the bond sites place of baffle plate 10 at cover 21.This bond sites by have the axial region 211 that makes cover 21 near form concavity recess 216 form the position of being turned round coil spring 12 be installed.
At this, illustrated in Fig. 7, cover 21 is hinge arrangement with the position that baffle plate 10 links.This hinge arrangement consists of bond structure.Bond structure consists of with the hole section 101 of baffle plate 10 axial region 211 of cover 21.The part of axial region 211 on it is axial is formed with non-round portion 212, and this non-round portion 212 has the part protrusion 212A outstanding to radial outside of outer peripheral face.Hole section 101 forms in the consistent mode of non-round portion 212 with axial region 211.Specifically, hole section 101 is formed with the notch corresponding with the protrusion 212A of axial region 211 102.
Then, the installation of baffle plate 10 to cover 21 is described.Illustrated in Fig. 8, make the coil portion 13 of being turned round coil spring 12 insert logical by the axial region 211 of cover 21.Make the second line part 15 of being turned round coil spring 12 be limited to the second spring fixed position 213.Illustrated in Fig. 9,11, make the hole section 101 of baffle plate 10 insert logical by axial region 211.Now, baffle plate 10 so that the non-round portion 212 of the bond structure angle consistent with the shape of hole section 101 with respect to cover 21, install.Now, turned round the position relationship of the first spring fixed position 103 of curve 14A in just in time being limited to baffle plate 10 of the first line part 14 of coil spring 12.Therefore, baffle plate 10 can form and not produce the initial state that the torque ground of being turned round coil spring 12 is installed with respect to cover 21.If the position of baffle plate now 10 is that installation site 10C(is with reference to Figure 11).Baffle plate 10 is the position relationship in overlapping on Width with stop position 214 at installation site 10C.While rotating to the direction of reception position 10A when making baffle plate 10 resistance be turned round the application force of coil spring 12, as illustrated in Figure 13,14, baffle plate 10 can not come off from cover 21 owing to becoming non-round portion 212 and the inconsistent angle of hole section 101.Illustrated in Figure 10,12, for baffle plate 10, the non-round portion 212 that turns to bond structure when the direction that makes baffle plate 10 to reception position 10A is during with the inconsistent angle of shape of hole section 101, stop position 214 and baffle plate 10 on Width in identical position.Make after baffle plate 10 turns to reception position 10A, when the application force that again makes to be turned round coil spring 12 is had an effect, baffle plate 10 stops at expanded position 10B with stop position 214 butts.So, turned round coil spring 12 and be installed on cover 21 with baffle plate 10.
So, according to the vehicle seat used gap masking structure of present embodiment, seat main body 30 has: cover 21(base), be installed on the movable position of seat main body 30; Baffle plate 10(gap shield), via hinge arrangement, with respect to cover 21, link rotatably, thereby can be set in the reception position 10A overlapped with cover 21 and these two positions of expanded position 10B of launching from cover 21; Turned round coil spring 12(elastic body), the direction from reception position 10A to expanded position 10B in the direction of rotating with respect to cover 21 at baffle plate 10 is to baffle plate 10 application of forces.Thus, baffle plate 10 can be taken in and be launched according to the posture changing of seat main body 30.In addition, cover 21 consists of bond structure with the bond sites of baffle plate 10.Bond structure has columned axial region 211 in cover 21 and any one party in baffle plate 10, the opposing party, has and can insert logical hole section 101 for axial region 211.Axial region 211 axially in a part be formed with non-round portion 212, this non-round portion 212 has the part protrusion 212A outstanding to radial outside of outer peripheral face.Hole section 101 forms in the consistent mode of shape of the non-round portion 212 with axial region 211.Baffle plate 10 makes the position that non-round portion 212 is consistent with the shape of hole section 101, with respect to cover 21, (installation site 10C) is installed, be configured to while rotating to the direction of reception position 10A when revolting the application force of being turned round coil spring 12, non-round portion 212 becomes inconsistent and can not come off from cover 21 with hole section 101.Thus, baffle plate 10 with turned round coil spring 12 and can prevent from coming off to Width with respect to cover 21, can realize the raising of assembleability.
In addition, cover 21 has stop position 214, thereby can set the expanded position 10B of baffle plate 10.Thus, baffle plate 10 can be realized with respect to the raising of the assembleability of cover 21 and the setting of expanded position 10B simultaneously.
In addition, turned round coil spring 12 and installed with the bond sites place of baffle plate 10 at cover 21, form concavity in bond sites by least any one party in making cover 21 and baffle plate 10 and form the recess 216 that coil spring 12 is turned round in installation.Cover 21 in the movable position of seat main body 30 is spatially restricted with the bond sites of baffle plate 10.Therefore, be installed on recess 216 and form vehicle seat used gap masking structure in can space limited on the Width of seat main body 30 by turning round coil spring 12.
In addition, by upper turning folding function, make seat cushion 31A when holding state 30B, baffle plate 10 is outstanding and in expanded position 10B to the below of linkage component 20, therefore can from side hide hold state 30B be formed at linkage component 20 below space.On the other hand, under the state of the taking one's seat 30A of seat cushion 31A, baffle plate 10 returns to the reception position 10A before outstanding, therefore can suppress baffle plate 10 with under the state 30A that takes one's seat, be disposed at linkage component 20 around parts be that luggage plate 60 is interfered and produced the problem of following in interfering.In addition, baffle plate 10 is integrated with the form of the cover 21 that is built in linkage component 20, can process compactly as parts.And linkage component 20 is due to the parts that are supported seat seat cushion 31A, thereby possess corresponding intensity, but on the other hand, baffle plate 10 does not need to have the such intensity of linkage component 20.According to above-mentioned embodiment, seat cushion 31A form along the holding state 30B of backrest seat backrest 32A and baffle plate 10 hide linkage components 20 below space the time, therefore the strength member 25 of linkage component 20 is larger than baffle plate 10, can not improve the intensity of baffle plate 10 and makes now intensity grow as a whole.Therefore, with strength member 25, as the parts of supported seat seat cushion 31A, possess corresponding intensity relatively, do not need to make baffle plate 10 to there is the such intensity of strength member 25.
Embodiment of the present utility model more than has been described, but vehicle seat used gap masking structure of the present utility model is not limited to present embodiment, can implements with other variety of ways.For example, in the present embodiment, illustrated be applied to via linkage component the bottom of the rearward end of the seat cushion in the state of taking one's seat and back of seat is rotated freely link, seat cushion is upspring in the mode of the front surface along back of seat and form the vehicle seat used gap masking structure of the upper turning folding seat that holds state.At this, vehicle seat used gap masking structure is not limited to the turning folding seat.That is the seat main body that, has seat cushion and a back of seat gets final product for the state of taking one's seat that can erect with respect to seat cushion at back of seat and the movable structure that carries out posture changing between state that holds that the mode relative with the backrest face of back of seat folds with the seat surface of seat cushion.For example, also can be applied to the mode relative with the backrest face of back of seat at the seat surface with seat cushion folding hold the nutation formula seat that is contained in vehicle floor under state.
In addition, not cutting apart integrated seat cushion by the seat of turning folding, baffle plate also can be arranged at the linkage component in the both sides of seat cushion.
In addition, baffle plate 10 has the structure that stops at expanded position 10B by stop position 214.Therefore, as long as baffle plate 10 can rotate sleekly by stop position 214 structure that projection 11 and slit 251 neither be necessary between reception position 10A and expanded position 10B.
In addition, meaned to there is columned axial region 211 at cover 21 about bond structure in the present embodiment, at baffle plate 10, had and can insert for axial region 211 structure of logical hole section 101.Yet bond structure has columned axial region for any one party in cover and baffle plate, the structure that has hole section that can be slotting logical for axial region the opposing party gets final product, and also can on cover, form hole section, forms axial region on baffle plate.
In addition, the bond sites about cover 21 with baffle plate 10, meaned to form by having near the axial region 211 that makes cover 21 recess 216 that forms concavity the structure that the position of coil spring 12 is turned round in installation.Yet recess forms and gets final product by making cover 21 and at least any one party in baffle plate 10 form concavity.Therefore, can on baffle plate 10, form recess, also can form recess and be used as installing the position of being turned round coil spring 12 by making cover 21 and baffle plate 10 both sides form concavity.
Claims (3)
1. a vehicle seat used gap masking structure, wherein, seat main body with seat cushion and back of seat is for the state of taking one's seat that can erect with respect to described seat cushion at described back of seat and with the seat surface of described seat cushion, the mode relative with the backrest face of described back of seat folds holds the movable structure that carries out posture changing between state, at described seat main body, from the described state posture changing of taking one's seat, be described while holding state, cover the space produced between the movable position of described seat main body and car body component parts, it is characterized in that
Described seat main body has:
Base (21), be installed on the movable position of described seat main body;
Gap shield (10), link with respect to this base rotatably via hinge arrangement, thereby can be set in the reception position overlapped with described base and these two positions of expanded position of launching from described base;
Elastic body, the direction from reception position to expanded position in the direction of rotating with respect to described base at this gap shield is to the described gap shield application of force,
The bond sites of described base and described gap shield consists of bond structure,
Any one party of this bond structure in described base and described gap shield has columned axial region, have and can insert logical hole section for this axial region the opposing party, described axial region axially on a part be formed with non-round portion, this non-round portion has the part protrusion outstanding to radial outside of outer peripheral face, with the shape of the non-round portion with described axial region, consistent mode forms in described hole section
Described gap shield so that the non-round portion of the described bond structure angle consistent with the shape of hole section with respect to described floor installation, and be configured to while rotating to the direction of reception position when the described elastomeric application force of resistance, become described non-round portion and the inconsistent angle of described hole section and can not come off from described base.
2. vehicle seat used gap masking structure according to claim 1, is characterized in that,
Described base has the stop position that described gap shield is stopped at described expanded position, position relationship in overlapping on described vehicle seat used Width with described gap shield under the state consistent with the shape of hole section in the non-round portion of described bond structure of this stop position
Described vehicle seat used gap masking structure is configured to, when the direction that makes described gap shield to described reception position turns to the inconsistent angle of shape of the non-round portion of described bond structure and hole section, described stop position and described gap shield on described vehicle seat used Width in identical position, described gap shield and described stop position butt and stop at expanded position.
3. vehicle seat used gap masking structure according to claim 1 and 2, is characterized in that,
Described elastic body is formed by turning round coil spring (12),
The described coil spring of being turned round is installed at the bond sites place of described base and gap shield,
Described bond sites is formed with the described helical spring position of being turned round is installed by making at least any one party in described base and described gap shield form concavity.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012140578A JP5861572B2 (en) | 2012-06-22 | 2012-06-22 | Vehicle seat gap concealment structure |
| JP2012-140578 | 2012-06-22 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203372093U true CN203372093U (en) | 2014-01-01 |
Family
ID=49834642
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320360326.6U Expired - Fee Related CN203372093U (en) | 2012-06-22 | 2013-06-21 | Interval shielding structure of seat for vehicle |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5861572B2 (en) |
| CN (1) | CN203372093U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105150891A (en) * | 2015-08-24 | 2015-12-16 | 上海延锋江森座椅有限公司 | Automobile seat shielding plate with mistaken opening preventing mechanism |
| CN110758198A (en) * | 2019-11-28 | 2020-02-07 | 延锋安道拓座椅有限公司 | Car seat with split type face cover shelters from structure |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS61113034U (en) * | 1984-12-28 | 1986-07-17 | ||
| JP5402230B2 (en) * | 2009-05-18 | 2014-01-29 | トヨタ紡織株式会社 | Tilt-down vehicle seat |
| JP5545057B2 (en) * | 2010-06-16 | 2014-07-09 | トヨタ紡織株式会社 | Vehicle seat |
| JP5604272B2 (en) * | 2010-11-29 | 2014-10-08 | トヨタ紡織株式会社 | Operation structure of vehicle seat |
-
2012
- 2012-06-22 JP JP2012140578A patent/JP5861572B2/en not_active Expired - Fee Related
-
2013
- 2013-06-21 CN CN201320360326.6U patent/CN203372093U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105150891A (en) * | 2015-08-24 | 2015-12-16 | 上海延锋江森座椅有限公司 | Automobile seat shielding plate with mistaken opening preventing mechanism |
| CN105150891B (en) * | 2015-08-24 | 2018-01-09 | 延锋安道拓座椅有限公司 | A kind of automotive seat shield with anti-error opening mechanism |
| CN110758198A (en) * | 2019-11-28 | 2020-02-07 | 延锋安道拓座椅有限公司 | Car seat with split type face cover shelters from structure |
| CN110758198B (en) * | 2019-11-28 | 2021-02-26 | 延锋安道拓座椅有限公司 | Car seat with split type face cover shelters from structure |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2014004876A (en) | 2014-01-16 |
| JP5861572B2 (en) | 2016-02-16 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140101 |