JP5696066B2 - Car pocket structure - Google Patents

Description

  The present invention relates to a pocket structure for an automobile, and in particular, it is easy to remove an insole laid on a bottom surface in a pocket that accommodates and holds drink cans and small items such as a door pocket that is installed in a door panel of an automobile. The present invention relates to an automobile pocket structure that can be made.

  Conventionally, cup holders installed on armrests (for example, refer to Patent Document 1), pockets installed in door panels (for example, refer to Patent Document 2), and the like are known as means for storing drink cans and accessories in automobiles. Yes.

  FIG. 6 shows an example of a conventional automobile door trim 1 in which a door panel accommodates and holds small items and the like. Generally, this type of automobile door trim 1 is configured by mounting a door pocket 4 for accommodating articles, a retrofitting functional component, or the like in a pocket opening 3 provided in a door trim body 2.

  The door trim body 2 includes a resin core material formed by molding press molding PP resin (polypropylene resin) mixed with talc into a desired curved surface shape, and the resin core material when the resin core material is press-molded. The pocket opening 3 is formed on the lower side of the armrest 5 swelled indoors, such as a skin material such as a TPO (thermoplastic olefin) sheet.

  The configuration of the door pocket 4 will be further described with reference to FIG. 7 which is a BB cross-sectional view of FIG. 6. The door pocket 4 is a pocket front provided on the front and back sides so as to sandwich the pocket opening 3. The cover 6 and the pocket back cover 7 are formed. The pocket front cover 6 is formed integrally with the door trim body 2 when the door trim body 2 is formed. Further, mounting bosses 2a and 6a are formed to project from the back surfaces of the pocket front cover 6 and the door trim main body 2, respectively.

  On the other hand, the pocket back cover 7 is formed by forming PP resin in a shallow container shape, and the opening is opposed to the back side of the pocket front cover 6, and the mounting boss 2 a and the pocket front cover 6 on the door trim main body 2 side. After the side mounting bosses 6a are inserted into the mounting holes 7a and 7b, the mounting bosses 2a and 6a are caulked and fixed by heat welding or the like. On the inner surface of the pocket back cover 7, a plate-like bottom surface portion 8 that forms the bottomed portion of the door pocket 4 is provided substantially horizontally toward the back surface side of the pocket front cover 6.

  Accordingly, the door pocket 4 here has the cross section substantially upward by engaging the mounting bosses 2a, 6a and the mounting holes 7a, 7b and fixing the pocket back cover 7 to the back side of the pocket front cover 6. A U-shaped door pocket 4 is formed. In this door pocket 4, drink cans, small items and the like are accommodated and held.

  In such a door pocket 4, when the drink can is accommodated, the bottom of the drink can is placed on and supported by the bottom surface portion 8, and the accessory can also be placed directly on the bottom when supporting the accessory. Problems caused by various noises including rattling noise caused by contact between the bottom of the drink can and small items and the bottom face 8 due to the vibration of the car body, and water droplets generated on the outer peripheral side of the drink can Accumulates on the bottom surface portion 8 and adheres to the drink can when drinking, causing water droplets to fall into clothes and the vehicle, resulting in a problem of getting wet or dirty. Therefore, in order to prevent these problems, an insole 9 is provided on the bottom surface portion 8.

  Further, the insole 9 needs to be cleaned when it becomes wet or dirty. Therefore, the insole 9 is detachable, and a tab 9a is integrally provided at the end of the insole 9 as means for detaching the insole 9 as shown in FIG. When the insole 9 is removed, the hand is inserted into the door pocket 4 as shown in FIG. 7, and the tab 9a is hooked or picked up by the tip of the finger 100 and removed.

JP 2010-58766 A. JP 2000-203347A.

  However, in the structure of the conventional door pocket 4 shown in FIGS. 6 to 8, the tab 9a is integrally provided at the end of the insole 9, and when removing the insole 9, a hand is inserted into the door pocket 4, Further, the tab 9a is hooked or picked up by the fingertip or lifted and removed, but there is a problem that the tab 9a is difficult to grasp and therefore difficult to remove.

  Accordingly, the present invention has been made in view of the above problems, and an object thereof is to provide an automobile pocket structure that can easily remove an insole laid on the inner bottom surface of the pocket. .

  The present invention has been proposed to achieve the above object, and the automobile pocket structure of the present invention has a bottomed pocket and a removable insole laid on the inner bottom surface of the pocket. In the pocket structure for a pocket, a pocket cover having the inner bottom surface and the side wall surface of the pocket, and a recess formed in the inner bottom surface of the pocket cover in a groove shape toward the side wall surface of the pocket cover. And the insole formed so as to be elastically deformable with a soft resin material, and a recess for inserting a finger from the upper surface side of the insole, and is formed integrally with the insole so as to hang down from the lower surface side of the insole And a rib-like part that is slidably received in the recess of the pocket cover, and a finger is inserted into the concave part of the rib-like part, and the rib-like part is inserted into the pocket by the finger. Pressing on the side wall surface of the Ttokaba, at least some of the ribs are configured to facilitate pulling said insole sandwich the finger destination is elastically deformed.

  According to this configuration, when removing the insole laid on the inner bottom surface of the pocket, when inserting a finger into the concave portion of the rib-shaped portion and pushing the rib-shaped portion toward the side wall surface side of the pocket cover with the finger, the rib At least a part (abutment surface) of the shaped part is elastically deformed to pinch the tip of the finger, so that the fingertip is caught on the rib-like part and the insole is easily pulled up. Therefore, when the hand is pulled up in this state, the insole is pulled up with the rib-like portion hooked on the fingertip, and can be easily removed from the pocket.

  Moreover, the said rib-shaped part has the structure which provides the space which accept | permits the elastic deformation of the said rib-shaped part between the said side wall surfaces of the said pocket cover.

  According to this configuration, when removing the insole laid on the inner bottom surface of the pocket, when inserting a finger into the concave portion of the rib-shaped portion and pushing the rib-shaped portion toward the side wall surface side of the pocket cover with the finger, the rib Since the space is provided between the rib-shaped portion and the side wall surface, the space allows elastic deformation of the rib-shaped portion, and a part of the rib-shaped portion can pinch the finger to the most certain state. Thus, it is possible to greatly deform.

  Moreover, the said pocket cover has the structure which provides the notch hole which accept | permits the elastic deformation of the said rib-shaped part in the said recess.

  According to this configuration, when removing the insole laid on the inner bottom surface of the pocket, when inserting a finger into the recess of the rib-shaped portion and pressing the rib-shaped portion toward the side wall surface of the pocket cover with the finger, Since the space and the pocket back cover are provided with notches on the wall side, the space due to the notches makes it easier to allow elastic deformation of the rib-like part, and the rib-like part keeps the finger in the most reliable state. It is possible to greatly deform so that it can be pinched.

  According to the present invention, when removing the insole laid on the inner bottom surface of the pocket, the finger is inserted into the concave portion of the rib-shaped portion, and the finger is pushed toward the side wall surface side of the pocket cover with the finger to raise the hand. Since the insole can be easily removed from the pocket with a part of the rib-like portion hooked on the fingertip, an effect of easily removing the insole is expected.

It is a perspective view which shows the door trim for motor vehicles which applied the pocket structure for motor vehicles based on this invention. 1 shows a first embodiment of a pocket structure for an automobile according to the present invention, and is a cross-sectional view corresponding to the line AA in FIG. 1, (a) showing an insole laying state, and (b) showing an insole. Is shown in the middle of removal. It is explanatory drawing which shows the principal part structure of the pocket back cover and insole in 1st Embodiment shown in FIG. FIG. 2 shows a second embodiment of the pocket structure for an automobile according to the present invention, and is a cross-sectional view corresponding to the line AA in FIG. 1, wherein (a) shows an insole laying state, and (b) shows an insole. Is shown in the middle of removal. It is explanatory drawing which shows the principal part structure of the pocket back cover and insole in 2nd Embodiment shown in FIG. It is a perspective view which shows the conventional door trim for motor vehicles. It is the BB sectional view taken on the line in FIG. It is explanatory drawing which shows the malfunction in the conventional pocket structure for motor vehicles.

  DESCRIPTION OF EMBODIMENTS Hereinafter, embodiments for carrying out the present invention (hereinafter referred to as “embodiments”) will be described in detail with reference to the accompanying drawings.

  FIG. 1 is a perspective view showing an automobile door trim to which an automobile pocket structure according to the present invention is applied. The door trim 11 for an automobile is configured by mounting a door pocket 14 as an automobile pocket for accommodating articles in a pocket opening 13 formed in the door trim body 12, a retrofitting functional component, or the like.

  The door trim body 12 includes a resin core material formed by molding press molding PP resin (polypropylene resin) mixed with talc into a desired curved surface shape, and the resin core material at the time of press molding of the resin core material. The pocket opening 13 is formed on the lower side of the armrest 15 which bulges indoors.

  2 and 3 show a door pocket 14 as a first embodiment of a pocket structure for an automobile according to the present invention. FIG. 2 is a cross-sectional view corresponding to the line AA in FIG. It is a figure explaining the structure of a pocket back cover and an insole shown in FIG.

  2 and 3, the door pocket 14 is similar to the pocket front cover 16 provided on the surface side forming the front side wall surface 16 a of the door pocket 14 so as to sandwich the pocket opening 13. It is formed by a pocket back cover 17 that forms a rear side wall surface 17a and a bottom surface 17b (hereinafter referred to as "inner bottom surface 17b"), and an insole 18 is detachably installed on the inner bottom surface 17b of the door pocket 14. Has been.

  The pocket front cover 16 is formed integrally with the door trim main body 12 when the door trim main body 12 is formed. A mounting boss 12 a projects from the back side of the door trim body 12, and a mounting boss (not shown) projects from the back side of the pocket front cover 16.

  On the other hand, the pocket back cover 17 is formed of PP resin in a shallow container shape, and the opening is disposed to face the back side (side wall surface 16a) of the pocket front cover 16. The lower portion of the inner surface of the pocket back cover 17 extends substantially horizontally toward the back surface side of the pocket front cover 16, and the plate-shaped bottom surface portion, that is, the above-described portion extends toward the pocket front cover 16 side. An inner bottom surface 17b is formed. Further, as shown in FIG. 3, a part of the tip of the inner bottom surface 17b is further bent downward, and the bent part forms a mounting flange 17d facing the pocket front cover 16, and the mounting flange 17d. A mounting hole 17e is provided corresponding to the mounting boss on the pocket front cover 16 side. Further, the pocket back cover 17 is provided with a mounting hole 17c at a position corresponding to the mounting boss 12a on the door trim main body 12 side. The pocket back cover 17 and the door trim body 12 are joined by inserting the mounting boss 12a on the door trim body 12 side into the mounting hole 17c, and then fixing the mounting boss 12a by caulking or the like, Between the pocket back cover 17 and the pocket front cover 16, after inserting the mounting boss on the pocket front cover 16 side into the mounting hole 17e of the mounting flange 17d, the mounting boss is caulked and fixed by thermal welding or the like. Combined.

  Accordingly, the door pocket 14 here is formed by engaging the mounting boss 12 on the door trim body 12 side and the mounting boss on the pocket front cover 16 side with the mounting holes 17c and 17e on the pocket back cover 17 side. Is formed as a door pocket 14 having a bottomed cross-section and a generally upward U-shaped cross section.

  More specifically, a groove-like recess 19 is formed on the inner bottom surface 17 b of the pocket back cover 17 from the pocket back cover 17 toward the pocket front cover 16. As shown in FIG. 3, the recess 19 is formed in a bottomed groove shape that gradually increases in depth as it proceeds from the pocket front cover 16 side to the side wall surface 17 a side of the pocket back cover 17. A through-hole 20 is formed in an end surface which is a portion continuous with the side wall surface 17a.

  The insole 18 is made of a soft resin material such as polyvinyl chloride (PVC) or ethylene propylene rubber (EPDM), and substantially matches the shape of the inner bottom surface 17b in plan view so that it can be laid on the inner bottom surface 17b. And it is elastically deformable and formed in a thin plate shape. Further, a recess 21 into which a finger can be inserted from the upper surface side is provided at a position corresponding to the recess 19 of the inner bottom surface 17b, and is formed integrally with the insole 18 so as to hang down from the lower surface side of the insole 18. A rib-like portion 22 is provided. The shape of the rib-like portion 22 is due to elastic deformation of the end surface 22a between the end surface 22a of the rib-like portion 22 and the notch hole 20 of the recess 19 when the insole 18 is laid on the inner bottom surface 17b. As shown in FIG. 2, the end surface 22 a is formed sufficiently inside the end 18 a of the insole 18 so as to provide a space 23 for allowing deformation.

  The door pocket 14 configured as described above can accommodate drink cans and accessories in the door pocket 14, and the drink cans and accessories are placed on the inner bottom surface 17 b via the insole 18. Is held and held.

  Further, when the insole 18 becomes wet or dirty and needs to be removed for maintenance, a hand is inserted through the pocket opening 13 and the finger 100 of the inserted hand is inserted into the concave portion 21 of the rib-like portion 22 from the upper side of the insole 18. The finger 100 is inserted into the end surface 22 a and the end surface 22 a is pushed toward the side wall surface 17 a of the pocket back cover 17.

  As a result, the end surface 22a of the rib-shaped portion 22 is elastically deformed by the pressure of the finger 100, and as shown in FIG. 2B, a part of the deformed rib-shaped portion 22 sandwiches the fingertip from both sides in the vertical direction. . That is, the finger 100 is hooked on the rib-like portion 22 by the fingertip being caught, and the fingertip is hooked on the end surface 22a of the rib-like portion 22 so that the insole 18 is easily lifted. Further, since the gap α is formed between the other end of the insole 18 and the side wall surface 16a of the pocket front cover 16, the insole 18 can be gripped by putting another finger into the gap α. Make it easier to grasp.

  When the hand is pulled up in this state, the insole 18 can be easily lifted with the fingers 100 together with the rib-shaped portion 22, and the insole 18 can be easily removed from the door pocket 14. 2A shows a state before inserting a finger into the concave portion 21 of the rib-shaped portion 22, and FIG. 2B shows a state where the finger 100 is inserted into the concave portion 21 of the rib-shaped portion 22 and the end surface 22 a is inserted into the pocket back cover 17. This shows a state in which the fingertip is sandwiched from above and below by pressing toward the side wall surface 17a. Moreover, after removing and finishing care, it can lay again by inserting from the opening 13 for pockets.

  Further, in the structure of the door pocket 14, a space 23 is provided between the end surface 22a of the rib-like portion 22 and the notch hole 20 of the recess 19 so as to allow deformation due to elastic deformation of the end surface 22a. When the end surface 22a of the rib-shaped portion 22 is pressed and partly elastically deforms, the space 23 allows the rib-shaped portion 22 to be elastically deformed until the rib-shaped portion 22 is in a state where the fingertip is more easily sandwiched. , Making it possible to greatly deform.

  Further, in the recess 19 of the pocket back cover 17, the end surface adjacent to the side wall surface 17 a, that is, the end surface facing the end surface of the rib-shaped portion 22 is provided with a notch hole 20 serving as a through hole. When the end face 22a of the portion 22 is pressed by the finger 100 and a part thereof is elastically deformed, the space by the notch hole 20 allows the rib-shaped portion 22 to be elastically deformed and the rib-shaped portion 22 is more likely to pinch the fingertip. It becomes possible to change greatly until it becomes.

  The space 23 and the notch hole 20 can obtain a large elastic deformation of the end face 22a only by providing either the space 23 or the notch hole 20.

  4 and 5 show a door pocket 14 as a second embodiment of the pocket structure for an automobile according to the present invention. FIG. 4 is a sectional view corresponding to the line AA in FIG. It is a figure explaining the structure of a pocket back cover and an insole shown in FIG. The configuration of the second embodiment is such that the configuration of the first embodiment removes the insole 18 by pushing the end surface 22a of the rib-like portion 22 toward the side wall surface 17a of the pocket back cover 17 with a finger. The structure is such that the insole is removed by pushing it toward the side wall surface of the pocket front cover with a finger, and the other components are the same as in FIG. 2 and FIG. To do.

  4 and 5, the door pocket 14 is the same as the pocket front cover 26 provided on the front side forming the side wall surface 26a on the front side of the door pocket 14 from the front and back sides so as to sandwich the pocket opening 13 therebetween. A pocket back cover 27 that forms a rear side wall 27a and a bottom surface 27b (hereinafter referred to as "inside bottom surface 27b") is formed on the rear side of the door pocket 14, and an insole 28 is attached to and detached from the inner bottom surface 27b of the door pocket 14. It is laid as possible.

  The pocket front cover 26 is formed integrally with the door trim main body 12 when the door trim main body 12 is formed. Further, mounting bosses 26b and 12a project from the back surfaces of the pocket front cover 26 and the door trim main body 12, respectively.

  On the other hand, the pocket back cover 27 is formed by forming PP resin in a shallow container shape, and the opening is opposed to the back side (side wall surface 26 a) of the pocket front cover 26. The lower portion of the inner surface of the pocket back cover 27 extends substantially horizontally toward the back surface side of the pocket front cover 26, and the plate-shaped bottom surface portion, that is, the above-described portion extends to the pocket front cover 26 side. An inner bottom surface 27b is formed. Further, as shown in FIG. 5, a part of the tip of the inner bottom surface 27b is further bent downward, and the bent part forms a mounting flange 27d facing the pocket front cover 26, and the mounting flange 27d. A mounting hole 27e is provided corresponding to the mounting boss 26b on the pocket front cover 26 side. Further, the pocket back cover 27 is provided with a mounting hole 27c at a position corresponding to the mounting boss 12a on the door trim body 12 side. Between the pocket back cover 27 and the door trim main body 12 and between the pocket back cover 27 and the pocket front cover 26, an attachment boss 12a on the door trim main body 12 side and an attachment boss 26b on the pocket front cover 26 side are provided. After being inserted into the mounting holes 27c and 27e, the mounting bosses 12a and 26b are caulked and fixed by heat welding or the like.

  Accordingly, the door pocket 14 here has a bottomed cross section substantially upward by engaging the mounting bosses 12a and 26b and the mounting holes 27c and 27e and fixing the mounting bosses 12a and 26b by caulking. It is formed as a door pocket 14 having a U-shape.

  More specifically, a groove-shaped recess 29 is formed on the inner bottom surface 27b of the pocket back cover 27 from an end portion adjacent to the pocket front cover 26 toward a portion adjacent to the side wall surface 27a of the pocket back cover 27. ing. As shown in FIG. 5, the recess 29 is formed in a bottomed groove shape that gradually increases in depth as it proceeds from the side wall surface 27a side to the end side adjacent to the pocket front cover 26. Is opened toward the pocket front cover 26.

  The insole 28 is made of a soft resin material such as polyvinyl chloride (PVC) or ethylene propylene rubber (EPDM), and substantially matches the shape of the inner bottom surface 27b in plan view so that it can be laid on the inner bottom surface 27b. And it is elastically deformable and formed in a thin plate shape. Further, a recess 31 into which a finger can be inserted from the upper surface side is provided at a position corresponding to the recess 29 of the inner bottom surface 27b, and is formed integrally with the insole 28 so as to hang down from the lower surface side of the insole 28. A rib-like portion 32 is provided. The shape of the rib-shaped portion 32 is such that when the insole 28 is laid on the inner bottom surface 27b, the end surface 32a is elastically deformed between the end surface 32a of the rib-shaped portion 32 and the side wall surface 26a of the pocket front cover 26. As shown in FIG. 4, the end surface 32 a is formed sufficiently inside the end 28 a of the insole 28 so that the space 33 for allowing deformation due to the above is provided.

  The door pocket 14 configured in this way can accommodate drink cans and small items in the door pocket 14, and the drink cans and small items are placed on the inner bottom surface 27b via the insole 28. Is held and held.

  Further, when the insole 28 is wet or dirty and needs to be removed for maintenance, a hand is inserted through the pocket opening 13 and the finger 100 of the inserted hand is inserted into the recess 31 of the rib-like portion 32 from the upper side of the insole 28. The finger 100 is inserted into the end surface 32 a and the end surface 32 a is pushed toward the side wall surface 26 a of the pocket front cover 26.

  As a result, the end surface 32a of the rib-shaped portion 32 is elastically deformed by the pressure of the finger 100, and as shown in FIG. 4B, a part of the deformed rib-shaped portion 32 sandwiches the fingertip from both sides in the vertical direction. . That is, the finger 100 is hooked on the rib-shaped portion 32 by the fingertip being caught, and the fingertip is hooked on the end surface 32a of the rib-shaped portion 32 so that the insole 28 is easily lifted. In addition, since a gap α is formed between the other end of the insole 28 and the side wall surface 27a of the pocket back cover 27, the insole 28 can be gripped by putting another finger into the gap α. Make it easier to grasp.

  When the hand is pulled up in this state, the insole 28 can be easily lifted with the fingers 100 together with the rib-like portion 32, and the insole 28 can be easily removed from the door pocket 14. 4A shows a state before inserting a finger into the recess 31 of the rib-like portion 32, and FIG. 4B shows a state where the finger is inserted into the recess 31 of the rib-like portion 32 and the end surface 32a of the pocket back cover 27 is inserted. A state in which the fingertip is sandwiched from the up and down direction by the end surface 32a by pressing toward the side wall surface 27a is shown. Moreover, after removing and finishing care, it can lay again by inserting from the opening 13 for pockets.

  Further, in the structure of the door pocket 14, a space 33 is provided between the end surface 32 a of the rib-shaped portion 32 and the pocket front cover 26 to allow deformation due to elastic deformation of the end surface 32 a. When the end face 32a of 32 is pressed and partly elastically deformed, the space 33 allows elastic deformation of the rib-shaped portion 32, and the rib-shaped portion 32 is greatly deformed until the fingertip is more easily pinched. Make it possible to do.

  In the above embodiment, the pocket structure of the automobile door has been described as an example. However, the pocket structure of the present invention can be similarly applied to other pocket structures provided in the automobile. Therefore, modifications, improvements and the like within the scope of achieving the object of the present invention are also included in the invention.

14 Door pocket (car pocket)
16 Pocket front cover 16a Side wall surface 17 Pocket back cover 17a Side wall surface 17b Inside bottom surface (bottom surface)
18 Insole 19 Recess 20 Notch 21 Recess 22 Recess 22 Rib 22a End Face 23 Space 26 Pocket Front Cover 26a Side Wall 27 Pocket Back Cover 27a Side Wall 27b Inside Bottom (Bottom)
28 Insole 29 Recess 31 Recess 32 Rib-shaped portion 32a End surface 33 Space α Clearance 100 Finger

Claims (3)

In an automobile pocket structure having a bottomed pocket and a removable insole laid on the inner bottom surface of the pocket,
A pocket cover having the inner bottom surface and the side wall surface of the pocket;
A recess formed in the inner bottom surface of the pocket cover in a groove shape toward the side wall surface of the pocket cover;
The insole formed to be elastically deformable with a soft resin material;
Provided with a recess for inserting a finger from the upper surface side of the insole, is formed integrally with the insole in a state of hanging from the lower surface side of the insole, and is slidably accommodated in the recess of the pocket cover A rib-shaped part;
With
The rib-shaped portion is provided with a space that allows elastic deformation of the rib-shaped portion between the side wall surface of the pocket cover,
When a finger is inserted into the concave portion of the rib-shaped portion and the rib-shaped portion is pushed by the finger toward the side wall surface of the pocket cover, at least a part of the rib-shaped portion is elastically deformed to pinch the fingertip. A pocket structure for an automobile, wherein the insole is easily lifted. 2. The pocket structure for an automobile according to claim 1 , wherein the pocket cover is provided with a notch hole that allows elastic deformation of the rib-shaped portion in the recess. In an automobile pocket structure having a bottomed pocket and a removable insole laid on the inner bottom surface of the pocket,
A pocket cover having the inner bottom surface and the side wall surface of the pocket;
A recess formed in the inner bottom surface of the pocket cover in a groove shape toward the side wall surface of the pocket cover;
The insole formed to be elastically deformable with a soft resin material;
Provided with a recess for inserting a finger from the upper surface side of the insole, is formed integrally with the insole in a state of hanging from the lower surface side of the insole, and is slidably accommodated in the recess of the pocket cover A rib-shaped part;
With
The pocket cover is provided with a notch hole that allows elastic deformation of the rib-shaped portion in the recess, and a finger is inserted into the concave portion of the rib-shaped portion, and the rib-shaped portion is covered with the pocket cover by the finger. When pushed to the side wall surface side, at least a part of the rib-like portion is elastically deformed so that the fingertips are sandwiched to easily lift the insole.

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