CN104058149A

CN104058149A - Sealing Sheet Container

Info

Publication number: CN104058149A
Application number: CN201410109230.1A
Authority: CN
Inventors: 松田广和; 寺家仙司
Original assignee: Nitto Denko Corp
Current assignee: Nitto Denko Corp
Priority date: 2013-03-21
Filing date: 2014-03-21
Publication date: 2014-09-24
Also published as: TWM488101U; TW201438153A; EP2977330A1; JP2014183299A; CN203780920U; WO2014148082A1; KR20150134338A; US20150375898A1

Abstract

The invention provides a sealing sheet container. Two sealing sheet containers can be selectively superposed in an accommodating position or a stacking position by means of simple operation. In the accommodating position, the central section of one sealing sheet container in the thickness direction is separated relative to the central section of the other sealing sheet container in the thickness direction. In the stacking position, the central section of the one sealing sheet container in the thickness direction is brought close to the central section of the other sealing sheet container in the thickness direction.

Description

Seal strip collector

Technical field

The present invention relates to a kind of seal strip collector, specifically relate to a kind of for receiving the seal strip collector of seal strip.

Background technology

, be well known that in the past, and utilized seal strip seal electronic element etc. and form electronics package.

As such seal strip, be known to the seal strip (for example,, with reference to following patent documentation 1) of the surperficial stripping film that comprises resin molding and be temporarily adhered to resin molding.

For such seal strip, in the time dispatching from the factory, the surface of resin molding is protected by stripping film.

And in use, seal strip uses as follows: peel and make resin molding to expose from resin molding stripping film, resin molding is sticked on to electronic component etc. upper and seal.

Patent documentation 1: TOHKEMY 2009-141020 communique

But, the seal strip of recording for above-mentioned patent documentation 1, in the case of using resin higher stickness as resin molding, can not temporarily adhere stripping film and can not the such problem of nurse tree adipose membrane of existence.

On the other hand, if the surface of resin molding can not get protection, exist due to contacting and can not realize the problem such as the effect of seal strip between koniology, resin molding and other members.

Therefore,, in order to protect seal strip, seal strip is accommodated in the special packing container having for preventing the space contacting between resin molding and other members by research.But, special packing container like this need to be formed for receiving the space of seal strip, when correspondingly special packing container being taken care of, dispatched from the factory and carries in the situation that not receiving seal strip, volume when packing container is stacking can increase, and needs more space.

Summary of the invention

Therefore, the object of the invention is to, a kind of seal strip collector that can also can seek with simple structure storage seal strip save space in the time not receiving seal strip is provided.

The invention provides a kind of seal strip collector, it can receive seal strip, and wherein, sealing sheet collector comprises: central portion, it has specific thickness, and along with thickness direction mutually orthogonal the 1st direction extend, 1 pair of end, it to be configured in two outsides in the 1st direction of central portion on thickness direction with two outsides in the 1st direction of central portion mode spaced apart, and 1 pair of connecting part, it links up central portion and 1 pair of end along thickness direction, 1 pair of connecting part has at least 1 protuberance outstanding to the outside of the 1st direction and at least 1 recess caving in to the 1st direction inner side, sealing sheet collector can be optionally overlapping at reception position and stacked position on thickness direction by two seal strip collectors, in the situation that reception position is overlapping, in the time that through-thickness carries out projection, the recess overlaid of the seal strip collector of the protuberance of the seal strip collector of the side on thickness direction and the opposite side on thickness direction, the protuberance overlaid of the seal strip collector of the recess of the seal strip collector of the side on thickness direction and the opposite side on thickness direction, 1 pair of connecting part through-thickness is arranged, by such configuration, thereby the central portion of the seal strip collector of the central portion of the seal strip collector of the side on thickness direction and the opposite side on thickness direction relatively separates, and the space that formation can be received seal strip, in the situation that stacked position is overlapping, in the time carrying out projection along the 1st direction, the protuberance overlaid of the seal strip collector of the protuberance of the seal strip collector of the side on thickness direction and the opposite side on thickness direction, the recess overlaid of the seal strip collector of the recess of the seal strip collector of the side on thickness direction and the opposite side on thickness direction, 1 pair of connecting part is arranged along the 1st direction, by such configuration, thereby the central portion of the seal strip collector of the central portion of the seal strip collector of the side on thickness direction and the opposite side on thickness direction relatively approaches, and the stack length of two seal strip collectors is shorter than the stack length of two seal strip collectors in the situation that reception position is overlapping.

In such seal strip collector, when by two seal strip collectors in the time that reception position is overlapping, the mode that 1 pair of connecting part of two seal strip collectors is arranged with through-thickness each other configures, the central portion of two seal strip collectors relatively separates each other, forms thus the space that can receive seal strip.In addition, when by two seal strip collectors in the time that stacked position is overlapping, 1 pair of connecting part of two seal strip collectors configures in the mode of arranging along the 1st direction each other, the central portion of two seal strip collectors relatively approaches each other, and the stack length of two seal strip collectors is shorter than the stack length of two seal strip collectors in the situation that reception position is overlapping thus.

That is to say, can utilize two seal strip collectors to form to be formed with the reception position in the space that can receive seal strip and the stack length of two seal strip collectors to be shorter than the stacked position of the stack length of two seal strip collectors in the situation that reception position is overlapping.

Therefore; by by overlapping two seal strip collectors; in the situation that reception position is overlapping; seal strip can be received, protect can receive in the space of seal strip; in the situation that stacked position is overlapping; owing to needn't receiving seal strip, therefore can shorten the stack length of two seal strip collectors and seek save space.

In addition, in the situation that reception position is overlapping, the recess overlaid of the seal strip collector of the protuberance of the seal strip collector of the side on thickness direction and the opposite side on thickness direction, the protuberance overlaid of the seal strip collector of the recess of the seal strip collector of the side on thickness direction and the opposite side on thickness direction, in other words, the end side on thickness direction of the protuberance of the seal strip collector of the side on thickness direction does not contact with the side end on thickness direction of the recess of the seal strip collector of the opposite side on thickness direction, the end side on thickness direction of the recess of the seal strip collector of the side on thickness direction connects with the side end on thickness direction of the protuberance of the seal strip collector of the opposite side on thickness direction.

For example, in the time seal strip being carried in the space that can receive seal strip being placed in the overlapping situation of reception position, sometimes use the fixed plate for fixing seal sheet.

Under these circumstances, recess and the equitant mode of protuberance by the seal strip collector to make the opposite side on thickness direction in the time that through-thickness carries out projection are configured, can utilize the abutting part between the recess of seal strip collector of the side on thickness direction and the protuberance of the seal strip collector of opposite side on thickness direction to assign to grip a part for sheet, thereby can fix fixed plate.

Therefore, can utilize recess and the protuberance of the 1 pair of connecting part that is used to form space to fix fixed plate, thereby seal strip can be accommodated in seal strip collector more efficiently.

In addition, in seal strip collector of the present invention, preferably, in the time that through-thickness carries out projection, the 1 pair of connecting part is formed as line symmetry with respect to the imaginary line of the central and thickness direction along between 1 pair of connecting part and mutually orthogonal the 2nd direction of the 1st this both direction of direction.

In such seal strip collector, by making 1 pair of connecting part be formed as line symmetry with respect to imaginary line, thereby only exchange any one the seal strip collector in the seal strip collector that the connecting part of 1 pair of connecting part of seal strip collector and another connecting part mode be configured in the seal strip collector of the side on thickness direction and the opposite side on thickness direction with imaginary line with respect to along the 2nd direction, just can two seal strip collectors be switched overlapping between reception position and stacked position.

Therefore, can utilize shirtsleeve operation that seal strip collector is optionally overlapping at reception position and stacked position.

In addition, by making 1 pair of connecting part be formed as line symmetry with respect to imaginary line, 1 pair of connecting part can be formed as respectively to same shape.

In addition, in seal strip collector of the present invention, preferably, recess and protuberance are formed with respectively multiple on 1 pair of connecting part, and form along with thickness direction and the 1st this both direction of direction mutually orthogonal the 2nd direction extend wave-like.

In such seal strip collector, when by two seal strip collectors in the time that reception position is overlapping, be configured with the equitant mode of multiple protuberances of the seal strip collector of the opposite side on thickness direction respectively with multiple recesses of the seal strip collector that makes the side on thickness direction in the time that through-thickness carries out projection.

Therefore, owing to can, in the mode with multiple abutment portion by overlapping two seal strip collectors, therefore utilizing two seal strip collectors stably to form the space that can receive seal strip.

In addition, even if be provided with multiple protuberances and multiple recess on seal strip collector, when by two seal strip collectors in the time that stacked position is overlapping, also with making the mutual overlaid of each protuberance of two seal strip collectors and the mutual equitant mode of each recess of two seal strip collectors is configured in the time that the 1st direction is carried out projection.

Therefore, can independently 1 pair of connecting part of two seal strip collectors be configured in the mode of arranging along the 1st direction each other with the quantity of protuberance and recess, thus stack length that can two seal strip collectors of cripetura.

Its result, by two seal strip collectors in the time that reception position is overlapping, can stably be formed for receiving the space of seal strip, and, by two seal strip collectors in the time that stacked position is overlapping, the stack length of two seal strip collectors that can be when not receiving seal strip keeps shortlyer.

Its result, can keep the quality of seal strip reliably.

In addition, in seal strip collector of the present invention, preferably, be provided with in the location division positioning when overlapping two seal strip collectors by the position in two outsides in the 1st direction than 1 pair of end.

In such seal strip collector, using location division when overlapping two seal strip collectors, can in the situation that reception position is overlapping, position reliably in the following manner thus: the protuberance and the recess of the seal strip collector of the recess overlaid of the seal strip collector of the opposite side on thickness direction and the side on thickness direction and the protuberance overlaid of the seal strip collector of the opposite side on thickness direction that make to be projected at through-thickness the seal strip collector of the side on thickness direction.

In addition, by using location division, can in the situation that stacked position is overlapping, position reliably in the following manner thus: make the protuberance of the seal strip collector of the side on thickness direction in the time carrying out projection along the 1st direction and the recess of the seal strip collector of the protuberance overlaid of the seal strip collector of the opposite side on thickness direction and the side on thickness direction and the recess overlaid of the seal strip collector of the opposite side on thickness direction.

Its result, can be stably overlapping in each position of reception position and stacked position by two seal strip collectors.

In seal strip collector of the present invention, can utilize simple structure storage seal strip, and in the time can seeking not receive seal strip save space.

Brief description of the drawings

Fig. 1 is the exploded perspective view of seal strip collector, fixed plate and the seal strip of one embodiment of the present invention.In addition,, for convenient, the directional arrow shown in Fig. 1 is illustrated in the direction of the graphic seal strip collector of paper downside.

Fig. 2 is the birds-eye view of the seal strip collector shown in Fig. 1.

Fig. 3 A is the A-A cutaway view of the seal strip collector shown in presentation graphs 2.

Fig. 3 B is the B-B cutaway view of the seal strip collector shown in presentation graphs 2.

Fig. 4 A is the C-C cutaway view of the seal strip collector shown in presentation graphs 2.

Fig. 4 B is the D-D cutaway view of the seal strip collector shown in presentation graphs 2.

Fig. 5 represents the seal strip collector shown in Fig. 1 at the overlapping state of reception position.

Fig. 6 is the birds-eye view of the seal strip collector of the reception position shown in presentation graphs 5.

Fig. 7 A is A '-A ' cutaway view of the seal strip collector of the reception position shown in presentation graphs 6.

Fig. 7 B is B '-B ' cutaway view of the seal strip collector of the reception position shown in presentation graphs 6.

Fig. 8 A is the C '-C ' cutaway view that represents the seal strip collector of reception position as shown in Figure 6.

Fig. 8 B is D '-D ' cutaway view of the seal strip collector of the reception position shown in presentation graphs 6.

Fig. 9 represents the seal strip collector shown in Fig. 1 at the overlapping state of stacked position.

The seal strip collector of the stacked position shown in Figure 10 A presentation graphs 9, be positioned at the cutaway view of same position with the A-A section of Fig. 2.

The seal strip collector of the stacked position shown in Figure 10 B presentation graphs 9, be positioned at the cutaway view of same position with the B-B section of Fig. 2.

Figure 11 A be the stacked position shown in presentation graphs 9 seal strip collector, be positioned at the cutaway view of same position with the C-C section of Fig. 2.

Figure 11 B be the stacked position shown in presentation graphs 9 seal strip collector, be positioned at the cutaway view of same position with the D-D section of Fig. 2.

Figure 12 A represents the seal strip collector shown in multiple Fig. 1 at the overlapping state of reception position.

Figure 12 B represents the seal strip collector shown in multiple Fig. 1 at the overlapping state of stacked position.

Figure 13 A represents multiple seal strips of essentially rectangular shape to be positioned in the state in seal strip mounting region.

Figure 13 B represents multiple seal strips of circular shape to be positioned in the state in seal strip mounting region.

Description of reference numerals

1, seal strip collector; 10, roof; 11, the 1st links wall; 12, the 2nd links wall; 17, the 1st protuberance; 19, the 1st recess; 27, the 2nd protuberance; 29, the 2nd recess; 32, the 1st location division; 33, the 2nd location division; 69, the 1st diapire; 70, the 2nd diapire; 88, accommodation space; 96, the 1st diapire.

Detailed description of the invention

1. the structure of seal strip collector

As shown in Figure 1, the seal strip collector 1 of one embodiment of the present invention is for receiving seal strip 96(aftermentioned by overlapping two seal strip collectors 1), and by the resins such as polyolefin-based resins such as the polyester based resins such as such as polyethylene terephthalate (PET), polyethylene (PE) and polystyrene (PS) form there is constant thickness (for example, 0.3mm～1.0mm) overlook the lamellar of essentially rectangular.

In addition, in the time mentioning the direction of seal strip collector 1, the direction while mounting taking along continuous straight runs is respectively as benchmark, particularly, and taking each direction of arrow shown in the drawings as benchmark.In addition, the direction of arrow shown in Fig. 1, with corresponding at the graphic seal strip collector 1 of paper downside, in the following description, describes the seal strip collector 1 of downside in detail.

Seal strip collector 1 has all-in-one-piece, incorporating section 4, frame portion 5, slot part 6 and multiple (4) bridging portion 7.

As shown in Fig. 2 and Fig. 3 A, Fig. 3 B, incorporating section 4 is inner side parts of seal strip collector 1, and is formed as the roughly box-shaped that downside opens wide.

As shown in Fig. 1 and Fig. 3 A, Fig. 3 B, frame portion 5 is peripheral parts of seal strip collector 1, and to be configured in the outside of fore-and-aft direction and the outside of left and right directions with the outer peripheral edges of incorporating section 4 mode spaced apart, be formed as towards the upper side-prominent essentially rectangular shaped as frame shape of overlooking.The bottom (described later 1 pair the 1st links the bottom that 11 and 1 pair the 2nd, wall links wall 12) that the bottom of frame portion 5 is configured to and incorporating section 4 upper at above-below direction (thickness direction) is positioned at roughly the same position.In addition, the upper end of frame portion 5 is configured in than the top side's in the upper end of incorporating section 4 (roof 10 described later) position.

What slot part 6 was formed as the lower end inner peripheral of the peripheral edge of bottom of incorporating section 4 and frame portion 5 to link up overlooks essentially rectangular shaped as frame shape.

As depicted in figs. 1 and 2, when bridging portion 7 is formed as overlooking, gives prominence to upward respectively and be erected between 4 adjacent angles of 4 angles of 4 angles of incorporating section 4 and the same incorporating section 4 of frame portion 5 from 4 angles of slot part 6.In addition, the upper end of bridging portion 7 is configured to be positioned at roughly the same position with the upper end (roof 10 described later) of incorporating section 4 on above-below direction.

(1) incorporating section

Incorporating section 4 has as shown in Fig. 2 and Fig. 3 A, Fig. 3 B as the roof 10 of an example of central portion, link wall 11(left and right as 1 couple the 1st of an example of 1 pair of connecting part links wall) and link link wall before and after wall 12(as 1 couple the 2nd of an example of 1 pair of connecting part as shown in Fig. 2 and Fig. 4 A, Fig. 4 B).

Roof 10 is upper portions of incorporating section 4, and is formed as the writing board shape of overlooking essentially rectangular long on fore-and-aft direction.

As shown in Fig. 2 and Fig. 3 A, Fig. 3 B, link wall 11 for 1 pair the 1st with at left and right directions (, the 1st direction) mode at upper spaced-apart interval configures, and be formed as the writing board shape of the side-looking essentially rectangular extending continuously and downward from two ora terminalis in the outside of the left and right directions of roof 10.That is to say, as shown in Figure 2, the 1st of left side links wall 11(1 to a 1st link wall that links wall 11) configure in the mode being erected between the bridging portion 7 of front left side and the bridging portion 7 of left rear side, the 1st of right side links wall 11(1 to the 1st another link wall that links wall 11) configure in the mode being erected between the bridging portion 7 of forward right side and the bridging portion 7 of right lateral side.As shown in Fig. 3 A, Fig. 3 B, 1 pair the 1st links wall 11 and forms in the mode slightly tilting towards the inner side of left and right directions along with going upward.As shown in Figure 2, the 1st links wall 11 and has the 1st the 15, the 1st length portion 16 of short portion, the 1st side left and right, protuberance 17(incorporating section protuberance as the example of multiple (6) protuberance) and as the 1st side left and right, recess 19(incorporating section recess of the example of multiple (5) recess).

The 1st short portion 15 is front part of the 1st link wall 11, and is formed as overlooking the roughly writing board shape of linearity.

The 1st length portion 16 is rear sections of the 1st link wall 11, and is formed as overlooking the roughly writing board shape of linearity.The length on fore-and-aft direction (, the 2nd direction) of the 1st length portion 16 is longer than the length on fore-and-aft direction of the 1st short portion 15.

The 1st protuberance 17 links between the 1st short portion 15 of wall 11 and the 1st length portion 16 and equally spaced disposes 6 along fore-and-aft direction the 1st.In addition, the 1st protuberance 17 is foremost mutually continuous with the 1st short portion 15, and the 1st protuberance 17 of rearmost end is mutually continuous with the 1st length portion 16.As depicted in figs. 1 and 2, the 1st protuberance 17 is formed as the roughly semi-circular shape of overlooking to give prominence to towards the mode of the outside curve of left and right directions in the 1st whole region on above-below direction that links wall 11.As shown in Figure 2, the outboard end of the left and right directions of the 1st protuberance 17 is configured on left and right directions the keep left position in outside of right than the 1st short portion 15 and the 1st length portion 16.

The 1st recess 19 links between the 1st short portion 15 of wall 11 and the 1st length portion 16 and equally spaced disposes 5 along fore-and-aft direction the 1st.As depicted in figs. 1 and 2, the 1st recess 19 is disposed between the 1st protuberance 17 adjacent on fore-and-aft direction continuously, and is formed as linking in the whole region on above-below direction of wall 11 the 1st the roughly semi-circular shape of overlooking caving in towards the mode of the inside bend of left and right directions.As shown in Figure 2, the medial end of the left and right directions of the 1st recess 19 is configured to be positioned at roughly the same position with the 1st short portion 15 and the 1st length portion 16 on left and right directions.

As mentioned above, be formed with the 1st short portion 15 and the 1st length portion 16 in the 1st end that links the fore-and-aft direction of wall 11, between the 1st short portion 15 and the 1st length portion 16, be alternately formed with continuously multiple the 1st protuberances 17 and multiple the 1st recess 19, thus, in the time overlooking, for the ora terminalis in two outsides of the left and right directions of roof 10, the both ends of fore-and-aft direction are formed as the roughly linearity extending along fore-and-aft direction, and the substantial middle part of its fore-and-aft direction is formed as the wave-like extending along fore-and-aft direction.

And roof 10 is divided the roughly semi-circular shape part of being surrounded by the 1st protuberance 17 in the time carrying out projection along the vertical direction that the 1st protuberance upper surface 18, the 1 protuberance upper surfaces 18 are roof 10., the 1st protuberance upper surface 18 is divided and is had each 6 along fore-and-aft direction on two Outboard Sections of the left and right directions of roof 10 in the mode corresponding with multiple the 1st protuberances 17.

As mentioned above, in incorporating section 4, link for 1 pair the 1st wall 11 with respect to 1 pair the 2nd link between wall 12 central, along the imaginary line X(of left and right directions with reference to Fig. 2 imaginary line) be formed as non-line symmetry, with respect to 1 pair the 1st link between wall 11 central, along the imaginary line Y(of fore-and-aft direction with reference to Fig. 2 imaginary line) be formed as line symmetry.

As shown in Fig. 2 and Fig. 4 A, Fig. 4 B, 1 pair the 2nd links wall 12 and configures in the mode at spaced-apart interval on fore-and-aft direction, and the master who is formed as extending continuously and downward from two ora terminalis in the outside of the fore-and-aft direction of roof 10 looks the writing board shape of essentially rectangular.That is to say, as shown in Figure 2, the 2nd link wall 12(1 of front side links wall to the 2nd one the 2nd of linking wall 12) configure in the mode being erected between the bridging portion 7 of front left side and the bridging portion 7 of forward right side, the 2nd of rear side links wall 12(1 another the 2nd link wall to the 2nd link wall 12) configure in the mode being erected between the bridging portion 7 of left rear side and the bridging portion 7 of right lateral side.In addition, the length on fore-and-aft direction that is shorter in length than the 1st link wall 11 on left and right directions of the 2nd link wall 12.As shown in Fig. 4 A, Fig. 4 B, 1 pair the 2nd links wall 12 and forms in the mode slightly tilting towards the inner side of fore-and-aft direction along with going upward.As shown in Figure 2, the 2nd link wall 12 and there is the 2nd the 25, the 2nd length portion 26 of short portion, as recess before and after the 2nd recess 29(incorporating section side of the example of multiple (5) recess) and as the 2nd side front and back, protuberance 27(incorporating section protuberance of the example of multiple (4) protuberance).

The 2nd short portion 25 is left part of the 2nd link wall 12, and is formed as overlooking the roughly writing board shape of linearity.

The 2nd length portion 26 is right side parts of the 2nd link wall 12, and is formed as overlooking the roughly writing board shape of linearity.The length on left and right directions of the 2nd length portion 26 is longer than the length on left and right directions of the 2nd short portion 25.

The 2nd recess 29 links between the 2nd short portion 25 of wall 12 and the 2nd length portion 26 and equally spaced disposes 5 along left and right directions the 2nd.In addition, the 2nd recess 29 of high order end is mutually continuous with the 2nd short portion 25, and the 2nd recess 29 of low order end is mutually continuous with the 2nd length portion 26.As depicted in figs. 1 and 2, the 2nd recess 29 is formed as linking in the whole region on above-below direction of wall 12 the 2nd the roughly semi-circular shape of overlooking caving in towards the mode of the inside bend of fore-and-aft direction.As shown in Figure 2, the medial end of the fore-and-aft direction of the 2nd recess 29 is configured to be positioned at the position by the inner side of fore-and-aft direction than the 2nd short portion 25 and the 2nd length portion 26 on fore-and-aft direction.

Link between the 2nd short portion 25 of wall 12 and the 2nd length portion 26 and equally spaced dispose 4 the 2nd protuberances 27 along left and right directions the 2nd.As depicted in figs. 1 and 2, the 2nd protuberance 27 is disposed between the 2nd recess 29 adjacent on left and right directions continuously, and is formed as the roughly semi-circular shape of overlooking to give prominence to towards the mode of fore-and-aft direction outside curve in the whole region on above-below direction at the 2nd link wall 12.As shown in Figure 2, the outboard end of the fore-and-aft direction of the 2nd protuberance 27 is configured to be positioned at roughly the same position with the 2nd short portion 25 and the 2nd length portion 26 on fore-and-aft direction.

As mentioned above, be formed with the 2nd short portion 25 and the 2nd length portion 26 in the 2nd end that links the left and right directions of wall 12, between the 2nd short portion 25 and the 2nd length portion 26, be alternately formed with continuously multiple the 2nd recesses 29 and multiple the 2nd protuberance 27, thus, in the time overlooking, for the ora terminalis in two outsides of the fore-and-aft direction of roof 10, the both ends of left and right directions are formed as the roughly linearity extending along left and right directions, and the substantial middle part of its left and right directions is formed as the wave-like extending along left and right directions.

And roof 10 is divided the roughly semi-circular shape part of being surrounded by the 2nd protuberance 27 in the time carrying out projection along the vertical direction that the 2nd protuberance upper surface 28, the 2 protuberance upper surfaces 28 are roof 10.In addition, on the right side of roof 10, the 2nd recess 29 of low order end and the part of the 2nd length portion 26 adjacency are divided into the 2nd protuberance upper surface 28., the 2nd protuberance upper surface 28 is divided and is had each 5 along left and right directions on two Outboard Sections on fore-and-aft direction of roof 10.

As mentioned above, in incorporating section 4,1 pairs the 2nd link wall 12 with respect to imaginary line Y(with reference to Fig. 2 imaginary line) be formed as non-line symmetry, with respect to imaginary line X(with reference to Fig. 2 imaginary line) be formed as line symmetry.

In addition, on the roof 10 of incorporating section 4, divide and have fixed plate mounting region 84 and seal strip mounting region 85.

Fixed plate mounting region 84 is divided into as lower area on roof 10, , length between the outboard end that is shorter in length than 1 pair the 1st left and right directions that links each the 1st protuberance 17 of wall 11 on left and right directions in fixed plate mounting region 84 and be longer than the length between the medial end of the left and right directions that links each the 1st recess 19 of wall 11 for 1 pair the 1st, in addition, length between the outboard end that is shorter in length than 1 pair the 2nd fore-and-aft direction that links each the 2nd protuberance 27 of wall 12 on fore-and-aft direction in fixed plate mounting region 84 and be longer than the length between the medial end of the fore-and-aft direction that links each the 2nd recess 29 of wall 12 for 1 pair the 2nd.

Seal strip mounting region 85 is divided in the inner side in fixed plate mounting region 84 and is divided into as lower area on roof 10,, the length on left and right directions in seal strip mounting region 85 is slightly shorter than the length between the medial end of 1 pair the 1st left and right directions that links each the 1st recess 19 of wall 11, and the length on fore-and-aft direction in seal strip mounting region 85 is slightly shorter than the length between the medial end of 1 pair the 2nd fore-and-aft direction that links each the 2nd recess 29 of wall 12.

(2) frame portion

As shown in Fig. 2 and Fig. 3 A, Fig. 3 B, frame portion 5 have as 1 couple the 1st location division 32 of an example of location division, as 1 couple the 2nd location division 33(of an example of location division with reference to Fig. 4 A, Fig. 4 B) and flange part 34.

(2-1) the 1st location division

1 pair of the 1st location division 32 configures in the mode at spaced-apart interval on left and right directions, and is formed as extending along fore-and-aft direction.In addition, in the time distinguishing 1 pair of the 1st location division 32, the 1st location division 32 in left side is called to the 1st location division of 1 pair of the 1st location division 32, the 1st location division 32 on right side is called to another the 1st location division of 1 pair of the 1st location division 32.As shown in Fig. 3 A, Fig. 3 B, the 1st location division 32 has the 1st inwall 37,1st outer wall 38 relative with the 1st inwall 37 and the 1st upper wall 39 that the upper end of the upper end of the 1st inwall 37 and the 1st outer wall 38 is linked up on left and right directions.

The 1st inwall 37 is formed as the writing board shape of side-looking essentially rectangular.The 1st inwall 37 forms in the mode slightly tilting towards the outside of left and right directions along with going upward.In addition, the lower ora terminalis of the 1st inwall 37 is specifically the 1st diapire 69 described later with slot part 6() mutually continuous.

The 1st outer wall 38 is formed as the writing board shape of side-looking essentially rectangular.The 1st outer wall 38 forms in the mode slightly tilting towards the inner side of left and right directions along with going upward.

The 1st upper wall 39 is formed as the writing board shape of overlooking essentially rectangular that the upper ora terminalis of the upper ora terminalis of the 1st inwall 37 and the 1st outer wall 38 is linked up.

, the 1st location division 32 is formed as by the 1st inwall the 37, the 1st outer wall 38 and the 1st upper wall 39 that the master of narrowed width analyses and observe roughly trapezoidal along with going upward.

(2-1-1) the 1st inwall

As shown in Figure 2, the 1st inwall 37 has the 3rd the 45, the 3rd length portion 46 of short portion, multiple (7) the 3rd protuberance 47(frame portion's side left and right protuberance) and multiple (6) the 3rd recess 49(frame portion's side left and right recess).

The 3rd short portion 45 is front part of the 1st inwall 37, and is formed as overlooking the roughly writing board shape of linearity.

The 3rd length portion 46 is rear sections of the 1st inwall 37, and is formed as overlooking the plate shaped of linearity roughly.The length on fore-and-aft direction of the 3rd length portion 46 is longer than the length on fore-and-aft direction of the 3rd short portion 45.

The 3rd protuberance 47 equally spaced disposes 7 along fore-and-aft direction between the 3rd short portion 45 of the 1st inwall 37 and the 3rd length portion 46.In addition, the 3rd protuberance 47 is foremost mutually continuous with the 3rd short portion 45, and the 3rd protuberance 47 of rearmost end is mutually continuous with the 3rd length portion 46.As depicted in figs. 1 and 2, the 3rd protuberance 47 is formed as the roughly semi-circular shape of overlooking of giving prominence to towards the mode of the inside bend of left and right directions with the inner side part of the left and right directions except the upper portion of the 1st inwall 37 in the 1st inwall 37.As shown in Figure 2, the medial end of the left and right directions of the 3rd protuberance 47 is configured to be positioned at the keep left position of inner side of right than the 3rd short portion 45 and the 3rd length portion 46 on left and right directions.

The 3rd recess 49 equally spaced disposes 6 along fore-and-aft direction between the 3rd short portion 45 of the 1st inwall 37 and the 3rd length portion 46.As depicted in figs. 1 and 2, the 3rd recess 49 is disposed between the 3rd protuberance 47 adjacent on fore-and-aft direction continuously, and be formed as caving in the mode of the outside curve towards left and right directions overlook roughly semi-circular shape.As shown in Figure 2, the outboard end of the left and right directions of the 3rd recess 49 is configured to be positioned at the roughly the same position with the 3rd short portion 45 and the 3rd length portion 46 on left and right directions.

As mentioned above, be formed with the 3rd short portion 45 and the 3rd length portion 46 in the end of the fore-and-aft direction of the 1st inwall 37, between the 3rd short portion 45 and the 3rd length portion 46, be alternately formed with continuously multiple the 3rd protuberances 47 and multiple the 3rd recess 49, thus, in the time overlooking, the both ends of the fore-and-aft direction of the 1st inwall 37 are formed as the roughly linearity extending along fore-and-aft direction, and the substantial middle part of its fore-and-aft direction is formed as the wave-like extending along fore-and-aft direction.In addition, the 1st inwall 37 is formed as such wave-like: its 3rd protuberance 47 is relative with the 1st recess 19 of the 1st link wall 11 on left and right directions, and its 3rd recess 49 is relative with the 1st protuberance 17 of the 1st link wall 11 on left and right directions.That is to say, the wave-like (multiple the 3rd protuberances 47 and multiple the 3rd recess 49) of the 1st inwall 37 and the 1st wave-like (multiple the 1st recesses 19 and multiple the 2nd protuberance 27) that links wall 11 are formed as along fore-and-aft direction different mutually.

And the 1st inwall 37 is divided the roughly semi-circular shape part of the 3rd protuberance upper surface 48, the 3 protuberance upper surfaces 48 for being surrounded by the 3rd protuberance 47 in the time carrying out projection along the vertical direction., the 3rd protuberance upper surface 48 is divided and is had each 7 along fore-and-aft direction on each the 1st inwall 37 of 1 pair of the 1st location division 32 in the mode corresponding with multiple the 3rd protuberances 47.As shown in Fig. 3 A, Fig. 3 B, the 3rd protuberance upper surface 48 is configured to be positioned at roughly the same position with the roof 10 of incorporating section 4 on above-below direction.

(2-1-2) the 1st outer wall

As shown in Figure 2, the 1st outer wall 38 has multiple (3) the 1st large recess 52 and multiple (3) the 1st large protuberance 51.

The 1st large recess 52 equally spaced disposes 3 along fore-and-aft direction on the 1st outer wall 38.As depicted in figs. 1 and 2, the 1st large recess 52 is formed as being towards the inner side of left and right directions in the whole region on above-below direction of the 1st outer wall 38 and overlooks essentially rectangular shape depression.

As shown in Figure 2, the 1st large protuberance 51 equally spaced disposes 3 along fore-and-aft direction on the 1st outer wall 38.Two the 1st large protuberances in the 1st large protuberance 51 are disposed between the 1st large recess 52 adjacent on fore-and-aft direction continuously, and one the 1st large protuberance in these two the 1st large protuberances is to be configured in the front side of the 1st large recess 52 with the consecutive mode of the 1st large recess 52 foremost.As depicted in figs. 1 and 2, the 1st large protuberance 51 is formed as being towards the outside of left and right directions in the whole region on above-below direction of the 1st outer wall 38 that to overlook essentially rectangular shape outstanding.The length on fore-and-aft direction of the 1st large protuberance 51 is longer than the length on fore-and-aft direction of the 1st large recess 52.In addition, the 1st large protuberance 51 has the 1st support 53.

The 1st support 53 is formed as being towards the inner side of left and right directions and overlooking essentially rectangular shape depression from the upper portion of the substantial middle of the fore-and-aft direction of the 1st large protuberance 51.The same length on fore-and-aft direction of the length on fore-and-aft direction of the 1st support 53 and the 1st large recess 52.As shown in Fig. 3 A, Fig. 3 B, the lower surface of the 1st support 53 is configured to be positioned at roughly the same position with the roof 10 of incorporating section 4 on above-below direction.

In addition the same length till the 1st large recess 52 of rearmost end is played in the rear end that, the front end of self sealss sheet collector 1 plays length till the 1st support 53 foremost and self sealss sheet collector 1.

(2-2) the 2nd location division

1 pair of the 2nd location division 33 configures and is formed as extending along left and right directions with the mode spaced-apart compartment of terrain on fore-and-aft direction being erected between the leading section of 1 pair of the 1st location division 32 and between rearward end.In addition, in the time distinguishing 1 pair of the 2nd location division 33, the 2nd location division 33 of front side is called to the 2nd location division of 1 pair of the 2nd location division 33, the 2nd location division 33 of rear side is called to another the 2nd location division of 1 pair of the 2nd location division 33.The length on fore-and-aft direction that is shorter in length than the 1st location division 32 on left and right directions of the 2nd location division 33.In addition, as shown in Fig. 4 A, Fig. 4 B, the 2nd location division 33 has the 2nd inwall 40,2nd outer wall 41 relative with the 2nd inwall 40 and the 2nd upper wall 42 that the upper end of the upper end of the 2nd inwall 40 and the 2nd outer wall 41 is linked up on fore-and-aft direction.

The 2nd inwall 40 is formed as the main writing board shape of looking essentially rectangular.The 2nd inwall 40 forms in the mode slightly tilting towards the outside of fore-and-aft direction along with going upward.In addition, the bottom of the 2nd inwall 40 is specifically the 2nd diapire 70 described later with slot part 6() mutually continuous.

The 2nd outer wall 41 is formed as the main writing board shape of looking essentially rectangular.The 2nd outer wall 41 forms in the mode slightly tilting towards the inner side of fore-and-aft direction along with going upward.

The 2nd upper wall 42 is formed as the writing board shape of overlooking essentially rectangular that the upper ora terminalis of the upper ora terminalis of the 2nd inwall 40 and the 2nd outer wall 41 is linked up.

, the 2nd location division 33 is formed as by the 2nd inwall the 40, the 2nd outer wall 41 and the 2nd upper wall 42 that the side of narrowed width is analysed and observe roughly trapezoidal along with going upward.

(2-2-1) the 2nd inwall

As shown in Figure 2, the 2nd inwall 40 has the 4th the 55, the 4th length portion 56 of short portion, multiple (5) the 4th protuberance 57(frame portion side front and back protuberance) and multiple (4) the 4th recess 59(frame portion side front and back recess).

The 4th short portion 55 is left part of the 2nd inwall 40, and is formed as overlooking the roughly writing board shape of linearity.

The 4th length portion 56 is right side parts of the 2nd inwall 40, and is formed as overlooking the roughly writing board shape of linearity.The length on left and right directions of the 4th length portion 56 is longer than the length on left and right directions of the 4th short portion 55.

The 4th protuberance 57 equally spaced disposes 5 along left and right directions between the 4th short portion 55 of the 2nd inwall 40 and the 4th length portion 56.In addition, the 4th protuberance 57 of high order end is mutually continuous with the 4th short portion 55, and the 4th protuberance 57 of low order end is mutually continuous with the 4th length portion 56.As depicted in figs. 1 and 2, the 4th protuberance 57 is formed as the roughly semi-circular shape of overlooking of giving prominence to towards the mode of the inside bend of fore-and-aft direction with the inner side part of the fore-and-aft direction except the upper portion of the 2nd inwall 40 in the 2nd inwall 40.As shown in Figure 2, the medial end of the fore-and-aft direction of the 4th protuberance 57 is configured to be positioned on fore-and-aft direction than the 4th short portion 55 and the 4th position to the inside, the forward rear of length portion 56.

Between the 4th short portion 55 of the 2nd inwall 40 and the 4th length portion 56, equally spaced dispose 4 the 4th recesses 59 along left and right directions.As depicted in figs. 1 and 2, the 4th recess 59 is disposed between the 4th protuberance 57 adjacent on left and right directions continuously, and be formed as caving in the mode of the outside curve towards fore-and-aft direction overlook roughly semi-circular shape.As shown in Figure 2, the outboard end on fore-and-aft direction of the 4th recess 59 is configured to be positioned at roughly the same position with the 4th short portion 55 and the 4th length portion 56 on fore-and-aft direction.

As mentioned above, be formed with the 4th short portion 55 and the 4th length portion 56 in the end of the left and right directions of the 2nd inwall 40, between the 4th short portion 55 and the 4th length portion 56, be alternately formed with continuously multiple the 4th protuberances 57 and multiple the 4th recess 59, thus, in the time overlooking, the both ends of the left and right directions of the 2nd inwall 40 are formed as the roughly linearity extending along left and right directions, and the substantial middle part of its left and right directions is formed as the wave-like extending along left and right directions.In addition, the 2nd inwall 40 is formed as following wave-like: its 4th protuberance 57 is relative with the 2nd recess 29 of the 2nd link wall 12 on fore-and-aft direction, and its 4th recess 59 is relative with the 2nd protuberance 27 of the 2nd link wall 12 on fore-and-aft direction.That is to say, the wave-like (many 2nd protuberances 27 of multiple the 2nd recess 29 と) that the wave-like (multiple the 4th protuberances 57 and multiple the 4th recess 59) of the 2nd inwall 40 and the 2nd links wall 12 is formed as along left and right directions different mutually.

And the 2nd inwall 40 is divided the roughly semi-circular shape part of the 4th protuberance upper surface 58, the 4 protuberance upper surfaces 58 for being surrounded by the 4th protuberance 57 in the time carrying out projection along the vertical direction., the 4th protuberance upper surface 58 is divided and is had each 5 along left and right directions on each the 1st inwall 37 of 1 pair of the 2nd location division 33 in the mode corresponding with multiple the 4th protuberances 57.As shown in Fig. 4 A, Fig. 4 B, the 4th protuberance upper surface 58 is configured to be positioned at roughly the same position with the roof 10 of incorporating section 4 on above-below direction.

(2-2-2) the 2nd outer wall

As shown in Figure 2, the 2nd outer wall 41 has multiple (two) the 2nd large recess 62 and multiple (two) the 2nd large protuberance 61.

The 2nd large recess 62 disposes two along the spaced-apart compartment of terrain of left and right directions on the 2nd outer wall 41.As shown in Figure 1 or 2, the 2nd large recess 62 is formed as overlooking essentially rectangular shape depression to be towards the inner side of fore-and-aft direction in the whole region on above-below direction of the 2nd outer wall 41.

As shown in Figure 2, the 2nd large protuberance 61 disposes two along the spaced-apart compartment of terrain of left and right directions on the 2nd outer wall 41.One the 2nd large protuberance in the 2nd large protuberance 61 is disposed between the 2nd large recess 62 adjacent on left and right directions continuously, and another the 2nd large protuberance in the 2nd large protuberance 61 is configured in the left side of the 2nd large recess 62 in left side.As depicted in figs. 1 and 2, the 2nd large protuberance 61 is formed as that to overlook essentially rectangular shape outstanding to be towards fore-and-aft direction outside in the whole region on above-below direction of the 2nd outer wall 41.The length on left and right directions of the 2nd large protuberance 61 is longer than the length on left and right directions of the 2nd large recess 62.In addition, the 2nd large protuberance 61 has the 2nd support 63.

The 2nd support 63 is formed as being towards the inner side of fore-and-aft direction and overlooking essentially rectangular shape depression from the upper portion of the substantial middle of the left and right directions of the 2nd large protuberance 61.The same length on left and right directions of the length on left and right directions of the 2nd support 63 and the 2nd large recess 62.As shown in Fig. 4 A, Fig. 4 B, the lower surface of the 2nd support 63 is configured to be positioned at roughly the same position with the roof 10 of incorporating section 4 on above-below direction.

In addition, the left end of self sealss sheet collector 1 plays the same length till the 2nd large recess 62 that length till the 2nd support 63 in left side and the right-hand member of self sealss sheet collector 1 play right side.

(2-3) flange part

As depicted in figs. 1 and 2, flange part 34 is peripheral parts of frame portion 5, and is formed as and the lower ora terminalis of the 1st outer wall 38 of 1 pair of the 1st location division 32 and the consecutive writing board shape of overlooking essentially rectangular shaped as frame shape of lower ora terminalis of the 2nd outer wall 41 of 1 pair of the 2nd location division 33.As shown in Fig. 3 A, Fig. 3 B, it is specifically 69 and 1 pair of the 2nd diapire 70 of described later 1 pair of the 1st diapire that flange part 34 is configured on above-below direction with slot part 6() be positioned at roughly the same position.And as shown in Figure 2, in the time carrying out projection along the vertical direction, the essentially rectangular shape part of being surrounded by the 1st large recess 52 of flange part 34 is divided into the 1st and is supported portion 64., the 1st be supported portion 64 and divide and have each 3 in the both sides of the left and right directions of flange part 34 in the mode corresponding with multiple the 1st supports 53.In addition, in the time carrying out projection along the vertical direction, the essentially rectangular shape part of being surrounded by the 2nd large recess 62 of flange part 34 is divided into the 2nd and is supported portion 65., the 2nd be supported portion 65 and divide and have each two in the both sides of the fore-and-aft direction of flange part 34 in the mode corresponding with multiple the 2nd supports 63.

(3) slot part

Slot part 6 has as 1 couple the 1st diapire 69 of an example of 1 pair of end with as 1 couple the 2nd diapire 70 of an example of 1 pair of end.

1 pair of left part and right side part that the 1st diapire 69 is slot parts 6, and with mutually on left and right directions mode spaced apart configure.

Particularly, the 1st diapire 69(1 in left side is to the 1st diapire 69 the 1st diapire) be formed as will between the bottom of the bridging portion of the bottom of the bridging portion of front left side 7 and left rear side 7, link up and link wall 11(1 another the 1st diapire 69 to the 1st diapire 69 by the 1st of left side the) the bottom of bottom and the 1st inwall 37 in left side between the writing board shape of overlooking essentially rectangular that link up, that grow on fore-and-aft direction.The 1st diapire 69 on right side is formed as between the bottom of the bridging portion of the bottom of the bridging portion of forward right side 7 and right lateral side 7, linking up and linking by the 1st of right side the writing board shape of overlooking essentially rectangular linking up between the bottom of wall 11 and the bottom of the 1st inwall 37 on right side, grow on fore-and-aft direction.

In addition, the 1st diapire 69 is divided the roughly semi-circular shape part of the 1st recess lower surface 73, the 1 recess lower surfaces 73 for being surrounded by the 1st the 1st recess 19 that links wall 11 in the time carrying out projection along the vertical direction.In addition, be divided into the 1st recess lower surface 73 in the part of the front part adjacency of rear side and the 1st protuberance 17 rearmost end and the 1st length portion 16 of the 1st diapire 69., the 1st recess lower surface 73 is divided and is had each 6 along fore-and-aft direction in the two inner side parts on left and right directions of 1 pair of the 1st diapire 69.

In addition, the 1st diapire 69 is divided the roughly semi-circular shape part of the 3rd recess lower surface 76, the 3 recess lower surfaces 76 for being surrounded by the 3rd recess 49 of the 1st inwall 37 in the time carrying out projection along the vertical direction.In addition, the part of the front part adjacency rear side of the 1st diapire 69 and the 3rd protuberance 47 rearmost end and the 3rd length portion 46 is also divided into the 3rd recess lower surface 76., the 3rd recess lower surface 76 is divided and is had each 7 along fore-and-aft direction on two Outboard Sections on left and right directions of 1 pair of the 1st diapire 69.

1 pair of the 2nd diapire 70 is front part and rear sections of slot part 6, and with mutually on fore-and-aft direction mode spaced apart configure.

Particularly, the 2nd diapire 70(1 of front side is to the 2nd diapire 70 the 2nd diapire 70) be formed as between the bottom of the bridging portion of the bottom of the bridging portion of front left side 7 and forward right side 7, being connected and linking by the 2nd of front side the writing board shape of overlooking essentially rectangular being connected between the bottom of wall 12 and the bottom of the 2nd inwall 40 of front side, grow on left and right directions.The 2nd diapire 70(1 of rear side another the 2nd diapire 70 to the 2nd diapire 70)) be formed as between the bottom of the bridging portion of the bottom of the bridging portion of left rear side 7 and right lateral side 7, being connected and linking by the 2nd of rear side the writing board shape of overlooking essentially rectangular being connected between the bottom of wall 12 and the bottom of the 2nd inwall 40 of rear side, grow on left and right directions.

In addition, the 2nd diapire 70 is divided the roughly semi-circular shape part of the 2nd recess lower surface 74, the 2 recess lower surfaces 74 for being surrounded by the 2nd the 2nd recess 29 that links wall 12 in the time carrying out projection along the vertical direction., the 2nd recess lower surface 74 is divided and is had each 5 along left and right directions in two inner side parts of the fore-and-aft direction of 1 pair of the 2nd diapire 70.

In addition, the 2nd diapire 70 is divided the roughly semi-circular shape part of the 4th recess lower surface 77, the 4 recess lower surfaces 77 for being surrounded by the 4th recess 59 of the 2nd inwall 40 in the time carrying out projection along the vertical direction.In addition, the part of the left part adjacency right side of the 2nd diapire 70 and the 4th protuberance 57 low order end and the 4th length portion 56 is also divided into the 4th recess lower surface 77., the 4th recess lower surface 77 is divided and is had each 5 along left and right directions on two Outboard Sections on fore-and-aft direction of 1 pair of the 2nd diapire 70.

(4) bridging portion

Bridging portion 7 is disposed at respectively 4 angles of incorporating section 4, and the mode of extending with the diagonal line along seal strip collector 1 is erected between incorporating section 4 and frame portion 5.Bridging portion 7 is formed as that analysing and observe of narrowed width is roughly trapezoidal along with going upward.Bridging portion 7 has reservoir 80.

Reservoir 80 is Outboard Sections of bridging portion 7, mode with the inner side of self sealss sheet collector 1 and 4 angles of frame portion 5 (linking portion between the 2nd location division 33,1 pair of 32 and 1 pair of the 1st location division) adjacency configures, and is formed as being downward roughly semi-circular shape depression.

2. the structure of fixed plate

As shown in Figure 1, fixed plate 93 is made up of for example polyethylene terephthalate (PET), and be formed as on above-below direction, thering is constant thickness (for example, 0.02mm～0.20mm) extend along fore-and-aft direction and left and right directions flexible lamellar.Fixed plate 93 on fore-and-aft direction with length on left and right directions identical with the length on left and right directions at fore-and-aft direction with fixed plate mounting region 84 respectively.

The one side bonding sheet that fixed plate 93 has surface viscosity by upper surface forms.The binding power of fixed plate 93 will describe in detail in the back, the binding power of fixed plate 93 is set as for example more than 1Pa, more than being preferably 5Pa, and be set as for example below 100Pa, be preferably below 50Pa, with in the case of only the 1st recess lower surface 73 and the 2nd recess lower surface 74 fixed plate 93 from upside contacts with fixed plate 93 of seal strip collector 1 can not be adhered to seal strip collector 1.If the binding power of fixed plate 93 is greater than 100Pa, when seal strip collector 1 being lifted upward under the state contacting with fixed plate 93 at the 1st recess lower surface 73 and the 2nd recess lower surface 74 of seal strip collector 1, fixed plate 93 is sometimes followed seal strip collector 1 and is lifted.If the binding power of fixed plate 93 is less than 1Pa, carry out overlapping in the situation that in stacked position described later, be difficult to utilize seal strip collector 1(seal strip collector described later 1B) fixing fixed plate 93, sometimes can not be stably to seal strip 96(aftermentioned) dispatch from the factory, carry.In addition, preferably fixed plate 93 to seal strip 96(aftermentioned) binding power be greater than the binding power to seal strip collector 1 of fixed plate 93.

3. the structure of seal strip

As shown in FIG. 13A, seal strip 96 has base material 97 and sealing layer 98.

Base material 97 is made up of resin molding etc., and be formed as on above-below direction, thering is constant thickness (for example, 0.02mm～1.50mm), longly on left and right directions overlook the lamellar of essentially rectangular.

Sealing layer 98 be formed as being layered in the time overlooking by fusible resin (adhesives) base material 97 substantial middle part overlook the lamellar of essentially rectangular.

In addition, shape and the size of the sealing layer 98 of the shape of the base material 97 of seal strip 96 and size and seal strip 96 are not particularly limited, and can be any shape, as long as base material 97 is less than seal strip mounting region 85 and sealing layer 98 is less than base material 97.For example, as shown in Figure 13 B, seal strip 96 also can be formed as overlooking the lamellar of circular shape.In addition, though not shown, for example, seal strip 96 also can be formed as overlooking general triangular shape lamellar, overlook the lamellar of L word shape roughly, or overlook the lamellar etc. of starriness roughly.

4. seal strip collector is overlapping

Above-mentioned seal strip collector 1 can be overlapping more than two on above-below direction.Seal strip collector 1 can at the reception position that can receive above-mentioned seal strip 96 as shown in Figure 5 and not receive as shown in Figure 9 the stacked position of seal strip 96 optionally overlapping.

In the time of explanation seal strip collector 1 overlapping, in Fig. 5～Figure 11 B, the seal strip collector 1 of downside is called to seal strip collector 1A, the all members that belong to seal strip collector 1A are all added to A at the end of its Reference numeral, in addition, the seal strip collector 1 of upside is called to seal strip collector 1B, all members that belong to seal strip collector 1B are all added to B at the end of its Reference numeral, to distinguish two seal strip collectors 1.

(1) reception position

For seal strip collector 1 is overlapping at the reception position that can receive seal strip 96, first, prepare the seal strip collector 1 of fixed plate 93, seal strip 96 and two same shapes.

Then, as shown in Figure 6, fixed plate 93 is loaded in the roof 10A of seal strip collector 1A.

For fixed plate 93 is loaded in roof 10A, so that the mode that the non-bonding plane (lower surface) of fixed plate 93 and the fixed plate of roof 10A mounting region 84A contact is from upside mounting fixed plate 93.Thus, fixed plate 93 is loaded to the fixed plate mounting region 84A in roof 10A.

Then, seal strip 96 is loaded in fixed plate 93.

For seal strip 96 is loaded in fixed plate 93, so that the mode that the base material 97 of seal strip 96 contacts with fixed plate 93 in the seal strip mounting region 85A of roof 10A is from upside mounting seal strip 96.Thus, seal strip 96 is loaded to the seal strip mounting region 85A in roof 10A.

In addition, fixed plate 93 and seal strip 96 are loaded in the method for roof 10A and be not limited to said sequence, can be also, first, seal strip 96 is loaded in fixed plate 93, then the fixed plate 93 that is placed with seal strip 96 is loaded in roof 10A.

In addition, as shown in Figure 13 A, Figure 13 B, being accommodated under the prerequisite in seal strip mounting region 85, can configure multiple seal strips 96, no matter why shape of seal strip 96.

Next, as shown in Figure 5, seal strip collector 1B is overlapped on the seal strip collector 1A that is placed with fixed plate 93 and seal strip 96 from upside.

Specifically, as shown in Figure 5 and Figure 6, by seal strip collector 1B taking the dotted line Z extending along above-below direction of the intersection point of the diagonal line (not shown) of seal strip collector 1 when overlooking as centre of gration is with respect to seal strip collector 1A Rotate 180 °.That is to say, so that one the 1st link wall 11B of 1 couple the 1st link wall 11B exchanges with respect to imaginary line Y with another the 1st link wall 11B and make 1 couple the 2nd one the 2nd link wall 12B and another the 2nd link wall 12B that links wall 12B configure seal strip collector 1B with respect to the mode of imaginary line X exchange.

Then, in the following manner seal strip collector 1B is overlapped to seal strip collector 1A from upside upper: make 1 pair the 1st to link one the 1st link wall 11A of wall 11A and another the 1st link wall 11B of 1 couple the 1st link wall 11B, link one the 1st link wall 12A of wall 12A and another the 1st link wall 11B of 1 couple the 2nd link wall 12B for 1 pair the 2nd, a the 1st location division 32A of 1 couple of the 1st location division 32A and another the 1st location division 32B of 1 couple of the 1st location division 32B, and a 1st location division 33A of 1 couple of the 2nd location division 33A aligns respectively in the time carrying out projection along the vertical direction with another the 2nd location division 33B of 1 couple of the 2nd location division 33B.

So, as shown in Figure 6, in the time overlooking, the 1st the 1st short 15A of portion and the 1st that links wall 11A links the 1st 16B of the length portion overlaid of wall 11B, the 1st the 1st 16A of length portion and the 1st that links wall 11A links the 1st short 15B of the portion overlaid of wall 11B, makes thus the wave-like being made up of the 1st protuberance 17A and the 1st recess 19A of the 1st link wall 11A and the wave-like being made up of the 1st protuberance 17B and the 1st recess 19B of the 1st link wall 11B overlapping in the mode staggering.That is to say, in the time carrying out projection along the vertical direction, the 1st protuberance 17A and the 1st recess 19B overlaid, the 1st recess 19A and the 1st protuberance 17B overlaid.

In addition, in the time overlooking, the 2nd the 2nd short 25A of portion and the 2nd that links wall 12A links the 2nd 26B of the length portion overlaid of wall 12B, the 2nd the 2nd 26A of length portion and the 2nd that links wall 12A links the 2nd short 25B of the portion overlaid of wall 12B, makes thus the wave-like being made up of the 2nd protuberance 27A and the 2nd recess 29A of the 2nd link wall 12A and the wave-like being made up of the 2nd protuberance 27B and the 2nd recess 29B of the 2nd link wall 12B overlapping in the mode staggering.That is to say, in the time carrying out projection along the vertical direction, the 2nd protuberance 27A and the 2nd recess 29B overlaid, the 2nd recess 29A and the 2nd protuberance 27B overlaid.

In addition, in the time overlooking, the 3rd short 45A of portion of the 1st inwall 37A and the 3rd 46B of the length portion overlaid of the 1st inwall 37B, the 3rd short 45B of the portion overlaid of the 3rd 46A of length portion of the 1st inwall 37A and the 1st inwall 37B, makes the wave-like being made up of the 3rd protuberance 47A and the 3rd recess 49A of the 1st inwall 37A and the wave-like being made up of the 3rd protuberance 47B and the 3rd recess 49B of the 1st inwall 37B overlapping in the mode staggering thus.That is to say, in the time carrying out projection along the vertical direction, the 3rd protuberance 47A and the 3rd recess 49B overlaid, the 3rd recess 49A and the 3rd protuberance 47B overlaid.

In addition, in the time overlooking, the 4th short 55A of portion of the 2nd inwall 40A and the 4th 56B of the length portion overlaid of the 2nd inwall 40B, the 4th short 55B of the portion overlaid of the 4th 56A of length portion of the 2nd inwall 40A and the 2nd inwall 40B, makes the wave-like being made up of the 4th protuberance 57A and the 4th recess 59A of the 2nd inwall 40A and the wave-like being made up of the 4th protuberance 57B and the 4th recess 59B of the 2nd inwall 40B overlapping in the mode staggering thus.That is to say, in the time carrying out projection along the vertical direction, the 4th protuberance 57A and the 4th protuberance 57B overlaid, the 4th recess 59A and the 4th recess 59B overlaid.

Thus, as Fig. 7 A, Fig. 7 B and Fig. 8 A, shown in Fig. 8 B, make multiple the 1st recess lower surface 73B of seal strip collector 1B be connected to multiple the 1st protuberance upper surface 18A of seal strip collector 1A, make multiple the 2nd recess lower surface 74B of seal strip collector 1B be connected to multiple the 2nd protuberance upper surface 28A of seal strip collector 1A, make multiple the 3rd recess lower surface 76B of seal strip collector 1B be connected to multiple the 3rd protuberance upper surface 48A of seal strip collector 1A, make multiple the 4th recess lower surface 77B of seal strip collector 1B be connected to multiple the 4th protuberance upper surface 58A of seal strip collector 1A.That is to say, the 1st link wall 11A and the 1st is linked to wall 11B to be configured in the mode of arranging along the vertical direction, and the 2nd link wall 12A and the 2nd link wall 12B are configured in the mode of arranging along the vertical direction, make thus roof 10A and roof 10B relatively separate, be divided into accommodation space 88 by the space of roof 10A and incorporating section 4B encirclement.

The length on above-below direction of accommodation space 88, that is, the distance L 1 between roof 10A and roof 10B is for example more than 3.0mm, more than being preferably 5.0mm, and is for example, below 30.0mm, to be preferably below 20.0mm.

Thus, the both ends that are positioned in the left and right directions of the fixed plate 93 on fixed plate mounting region 84 are clamped by multiple the 2nd protuberance upper surface 28A and multiple the 2nd recess lower surface 74B by the both ends of the fore-and-aft direction of multiple the 1st protuberance upper surface 18A and multiple the 1st recess lower surface 73B clamping and fixed plate 93, and 93 sealed collector 1A of fixed plate and seal strip collector 1B fix thus.In addition, even because the binding power of fixed plate 93 is set as making the degree that seal strip collector 1B and seal strip collector 1A separate, fixed plate 93 can not followed the 1st recess lower surface 73B and the 2nd recess lower surface 74B yet, therefore, fixed plate 93 can not move in self-retaining sheet mounting region 84.

In addition, by the multiple the 1st large recess 52B of seal strip collector 1B being embedded in to multiple the 1st support 53A of seal strip collector 1A, thereby make the multiple the 1st lower surface that is supported the 64B of portion and is connected to multiple the 1st support 53A, and, by making the multiple the 2nd large recess 62B of seal strip collector 1B be embedded in multiple the 2nd support 63A of seal strip collector 1A, thereby make the multiple the 2nd lower surface that is supported the 65B of portion and is connected to multiple the 2nd support 63A.

Like this, by the 5B of frame portion is sticked in to the 5A of frame portion, direction and left and right directions move forwards, backwards with respect to seal strip collector 1A can to limit seal strip collector 1B.

Like this, seal strip collector 1B can be positioned to seal strip collector 1A.

By above setting, can be by overlapping at the reception position that can receive seal strip 96 two seal strip collectors 1.

In addition,, as shown in Figure 12 A, by by overlapping at reception position multiple seal strip collectors 1, can receive multiple seal strips 96.

(2) stacked position

For seal strip collector 1 is overlapping in the stacked position of not receiving seal strip 96, prepare the seal strip collector 1 of two same shapes.

Then, seal strip collector 1B is overlapped in to seal strip collector 1A from upside.

Specifically, in the following manner seal strip collector 1B is installed on to seal strip collector 1A from upside: make 1 couple the 1st one 1 one the 1st of linking wall 11A and 1 couple the 1st link wall 11B who links wall 11A link wall 11B, one the 2nd one the 2nd of linking wall 12A and 1 couple the 2nd link wall 12B who links wall 12A for 1 couple the 2nd links wall 12B, another the 1st location division 32A of 1 couple of the 1st location division 32A aligns respectively in the time carrying out projection along the vertical direction with another the 2nd location division 33A of another the 1st location division 32B of 1 couple of the 1st location division 32B and 1 couple of the 2nd location division 33A and another the 2nd location division 33B of 1 couple of the 2nd location division 33B.

Thus, as Figure 10 A, shown in Figure 10 B, link wall 11B for 1 pair the 1st and be contacted with 1 pair the 1st dip plane that links wall 11A in the mode that links the dip plane of wall 11A along 1 pair the 1st, 1 couple of the 1st location division 32B is contacted with the dip plane of 1 couple of the 1st location division 32A in the mode of the dip plane along 1 couple of the 1st location division 32A, in addition, as Figure 11 A, shown in Figure 11 B, link wall 12B for 1 pair the 2nd and be contacted with 1 pair the 2nd dip plane that links wall 12A in the mode that links the dip plane of wall 12A along 1 pair the 2nd, 1 couple of the 2nd location division 33B is contacted with the dip plane of 1 couple of the 2nd location division 33A in the mode of the dip plane along 1 couple of the 2nd location division 33A.

Now, in the time carrying out projection along left and right directions, link wall 11A and the 1st the 1st and link wall 11B place, the 1st protuberance 17A and the 1st protuberance 17B overlaid and the 1st recess 19A and the 1st recess 19B overlaid, at the 1st location division 32A and the 1st 32B place, location division, the 3rd protuberance 47A and the 3rd protuberance 47B overlaid and the 3rd recess 49A and the 3rd recess 49B overlaid.

In addition, in the time carrying out projection along fore-and-aft direction, link wall 12A and the 2nd the 2nd and link wall 12B place, the 2nd protuberance 27A and the 2nd protuberance 27B overlaid and the 2nd recess 29A and the 2nd recess 29B overlaid, at the 2nd location division 33A and the 2nd 33B place, location division, the 4th protuberance 57A and the 4th protuberance 57B overlaid and the 4th recess 59A and the 4th recess 59B overlaid.

And the roof 10A of seal strip collector 1A is relative approaching with the roof 10B of seal strip collector 1B.Distance L 2 between roof 10A and roof 10B is for example more than 0.1mm, and is for example, below 1.0mm, to be preferably below 0.5mm.

Thus, two seal strip collectors 1 stack length in the situation that stacked position is overlapping is shorter than the stack length of two seal strip collectors 1 in the situation that reception position is overlapping.

By above setting, can be by overlapping in the stacked position of not receiving seal strip 96 two seal strip collectors 1.

In addition, as shown in Figure 12 B, by by overlapping in stacked position multiple seal strip collectors 1, the save space can seek multiple seal strip collectors 1 and dispatch from the factory, carry time.

5. action effect

For sealing sheet collector 1, as shown in Fig. 7 A and Fig. 7 B, by the seal strip collector 1 of two same shapes in the time that reception position is overlapping, 1 couple of two seal strip collectors 1 the 1st is linked to wall 11 to be configured in the mode of arranging along the vertical direction each other, and it is as shown in Fig. 8 A, Fig. 8 B, 1 couple of two seal strip collectors 1 the 2nd is linked to wall 12 to be configured in the mode of arranging along the vertical direction each other, and the roof 10 of two seal strip collectors 1 is separated each other relatively, form thus the accommodation space 88 that can receive seal strip 96.In addition, as shown in Figure 10 A, Figure 10 B, by two seal strip collectors 1 in the time that stacked position is overlapping, 1 couple of two seal strip collectors 1 the 1st is linked to wall 11 to be configured in the mode of arranging along left and right directions each other, and as shown in Figure 11 A, Figure 11 B, linking wall 12 by 1 pair the 2nd configures in the mode of arranging along fore-and-aft direction each other, and make the roof 10 of two seal strip collectors 1 relatively approaching each other, make thus the stack length of two seal strip collectors 1 be shorter than the stack length of two seal strip collectors 1 in the situation that reception position is overlapping.

That is to say, can utilize two seal strip collectors 1 to form to be formed with the reception position (with reference to Fig. 5) of the accommodation space 88 that can receive seal strip 96 and the stack length of two seal strip collectors 1 to be shorter than the stacked position (with reference to Fig. 9) of the stack length of two seal strip collectors 1 in the situation that reception position is overlapping.

Therefore; by by overlapping two seal strip collectors 1; thereby as shown in Figure 5; in the situation that reception position is overlapping; seal strip 96 can be received, protect in the accommodation space 88 that can receive seal strip 96, and as shown in Figure 9, in the situation that stacked position is overlapping; owing to needn't receiving seal strip 96, therefore can shorten the stack length of two seal strip collectors 1 and seek save space.

In addition, in the situation that reception position is overlapping, as Fig. 7 A, shown in Fig. 7 B, the 1st recess 19A overlaid of the 1st protuberance 17B of seal strip collector 1B and seal strip collector 1A, the 1st protuberance 17A overlaid of the 1st recess 19B of seal strip collector 1B and seal strip collector 1A, in other words, the bottom of the 1st protuberance 17B of seal strip collector 1B does not contact with the upper end of the 1st recess 19A of seal strip collector 1A, the bottom of the 1st recess 19B of seal strip collector 1B (, the 1st recess lower surface 73B) with the upper end of the 1st protuberance 17A of seal strip collector 1A (, the 1st protuberance upper surface 18A) connect.In addition, in the situation that reception position is overlapping, as Fig. 8 A, shown in Fig. 8 B, the 2nd recess 29A overlaid of the 2nd protuberance 27B of seal strip collector 1B and seal strip collector 1A, the 2nd protuberance 27A overlaid of the 2nd recess 29B of seal strip collector 1B and seal strip collector 1A, in other words, the bottom of the 2nd protuberance 27B of seal strip collector 1B does not contact with the upper end of the 2nd recess 29A of seal strip collector 1A, the bottom of the 2nd recess 29B of seal strip collector 1B (, the 2nd recess lower surface 74B) with the upper end of the 2nd protuberance 27A of seal strip collector 1A (, the 2nd protuberance upper surface 28A) connect.

For example, seal strip being placed to the accommodation space that can receive seal strip 96 88 in the overlapping situation of reception position for 96 years when interior, sometimes use the fixed plate 93 for fixing seal sheet 96.

In such situation, as shown in Figure 6, be configured by the 1st recess 19A to make seal strip collector 1A in the time carrying out projection along the vertical direction and the equitant mode of the 1st protuberance 17A, thus as shown in Figure 7 A, 7 B, can utilize the 1st recess lower surface 73B and the 1st protuberance upper surface 18A to grip a part for sheet 93, thereby fix fixed plate 93.In addition, be configured by the 2nd recess 29A to make seal strip collector 1A in the time carrying out projection along the vertical direction and the equitant mode of the 2nd protuberance 27A, shown in can be shown in Fig. 8 A, Fig. 8 B, utilize the 2nd recess lower surface 74B and the 2nd protuberance upper surface 28A to grip the part of sheet 93, thus fixing fixed plate 93.

Therefore, can utilize the 1st recess 19 and 17 and 1 pair the 2nd the 2nd recess 29 and the 2nd protuberance 27 that links wall 12 of the 1st protuberance of 1 couple the 1st link wall 11 that is used to form accommodation space 88 to fix fixed plate 93, thereby seal strip 96 can be accommodated in seal strip collector 1 more efficiently.

In addition, in sealing sheet collector 1, as shown in Figure 2, make 1 pair the 1st link wall 11 become line symmetry with respect to imaginary line Y shape, make 1 pair the 2nd link wall 12 become line symmetry with respect to imaginary line X-shaped.

Therefore, as shown in Figure 6, only by configuring in the following manner seal strip collector 1B: the 2nd of linking that the 1st of wall 11B links that wall 11B and another the 1st links wall 11B, 1 couple the 2nd of exchanging seal strip collector 1B with respect to imaginary line X links wall 12B of 1 couple the 1st who exchanges seal strip collector 1B with respect to imaginary line Y links wall 12B and another the 2nd and links wall 12B, just can seal strip collector 1A and seal strip collector 1B be switched overlapping between reception position and stacked position.

Therefore, can utilize shirtsleeve operation that two seal strip collectors 1 are optionally overlapping at reception position and stacked position.

In addition, by making 1 pair the 1st link wall 11 become line symmetry with respect to imaginary line Y shape, can link wall 11 by 1 pair the 1st and be formed as each other same shape, by making 1 pair the 2nd link wall 12 become line symmetry with respect to imaginary line X-shaped, can link wall 12 by 1 pair the 2nd and form each other same shape.

In addition, in sealing sheet collector 1, as shown in Figure 6, when by the seal strip collector 1 of two same shapes in the time that reception position is overlapping, with multiple the 1st recess 19B of seal strip collector 1B in the time carrying out projection along the vertical direction respectively with multiple the 1st protuberance 17A overlaids of seal strip collector 1A and the 2nd recess 29B of seal strip collector 1B is configured with the equitant mode of multiple the 2nd protuberance 27A of seal strip collector 1A respectively.

Therefore, can, in the mode with multiple abutment portion by overlapping two seal strip collectors 1, therefore can utilize two seal strip collectors 1 stably to form the accommodation space 88 that can receive seal strip 96.

In addition, even if be provided with multiple the 1st protuberances 17 and multiple the 1st recess 19 and be provided with multiple the 2nd protuberances 27 and multiple the 2nd recess 29 on seal strip collector 1, when by two seal strip collectors 1 in the time that stacked position is overlapping, as Figure 10 A, shown in Figure 10 B, also with making the 1st protuberance 17 of a seal strip collector 1 and the mutual overlaid of the 1st protuberance 17 of another seal strip collector 1 and the 1st recess 19 of a seal strip collector 1 and the mutual equitant mode of the 1st recess 19 of another seal strip collector 1 are configured in the time that left and right directions carry out projection, and as Figure 11 A, shown in Figure 11 B, the 2nd recess 29 with the 2nd protuberance 27 of a seal strip collector 1 in the time carrying out projection along fore-and-aft direction and the 2nd protuberance 27 mutual overlaids of another seal strip collector 1 and a seal strip collector 1 is configured with the mutual equitant mode of the 2nd recess 29 of another seal strip collector 1.

Therefore, can independently 1 couple of two seal strip collectors 1 the 1st be linked to wall 11 with the quantity of the quantity of the 1st protuberance 17 and the 1st recess 19 or the 2nd protuberance 27 and the 2nd recess 29 and configure in the mode of arranging along left and right directions each other and 1 couple of two seal strip collectors 1 the 2nd is linked to wall 12 and configure in the mode of arranging along fore-and-aft direction each other, thus stack length that can two seal strip collectors 1 of cripetura.

Its result, as shown in Figure 5, by two seal strip collectors 1 in the time that reception position is overlapping, can stably be formed for receiving the accommodation space 88 of seal strip 96, and, as shown in Figure 9, by two seal strip collectors 1 in the time that stacked position is overlapping, the stack length of two seal strip collectors 1 that can be when not receiving seal strip 96 keeps shortlyer.

Its result, can keep the quality of seal strip 96 reliably.

In sealing sheet collector 1, as shown in Figure 7 A, 7 B, when overlapping two seal strip collectors 1, make the multiple the 1st large recess 52B of 1 couple of the 1st location division 32B be embedded in multiple the 1st support 53A of 1 couple of the 1st location division 32A, can in the situation that reception position is overlapping, position reliably in the following manner thus: the 1st recess 19B of the 1st protuberance 17B of seal strip collector 1B and the 1st recess 19A overlaid of seal strip collector 1A and seal strip collector 1B and the 1st protuberance 17A overlaid of seal strip collector 1A in the time carrying out projection along the vertical direction.Make in addition the multiple the 2nd large recess 62B of 1 couple of the 2nd location division 33B be embedded in multiple the 2nd support 63A of 1 couple of the 2nd location division 33A, can position reliably in the following manner thus: the 2nd recess 29B of the 2nd protuberance 27B of seal strip collector 1B and the 2nd recess 29A overlaid of seal strip collector 1A and seal strip collector 1B and the 2nd protuberance 27A overlaid of seal strip collector 1A.

Its result, can be stably overlapping in each position of reception position and stacked position by two seal strip collectors 1.

In addition,, although provide above-mentioned explanation as illustrated embodiment of the present invention, this is only to illustrate, and should not do limited explanation.Apparent variation of the present invention is included in claims for a person skilled in the art.

Utilizability in industry

The present invention can be applied to the seal strip of the use such as seal electronic element keeping, dispatch from the factory and carry.

Claims

1. a seal strip collector, it can receive seal strip, it is characterized in that,

Sealing sheet collector comprises:

Central portion, it has specific thickness, and along with thickness direction mutually orthogonal the 1st direction extend;

1 pair of end, it to be configured in two outsides in above-mentioned the 1st direction of above-mentioned central portion on above-mentioned thickness direction with two outsides in above-mentioned the 1st direction of above-mentioned central portion mode spaced apart; And

1 pair of connecting part, it links up above-mentioned central portion and above-mentioned 1 pair of end along above-mentioned thickness direction,

Above-mentioned 1 pair of connecting part has at least 1 protuberance outstanding to the outside of above-mentioned the 1st direction and at least 1 recess caving in to the inner side of above-mentioned the 1st direction,

Can two above-mentioned seal strip collectors are optionally overlapping at reception position and stacked position on above-mentioned thickness direction,

In the situation that above-mentioned reception position is overlapping, in the time carrying out projection along above-mentioned thickness direction, the above-mentioned recess overlaid of the above-mentioned seal strip collector of the raised part of the above-mentioned seal strip collector of the side on above-mentioned thickness direction and the opposite side on above-mentioned thickness direction, the raised part overlaid of the above-mentioned seal strip collector of the above-mentioned recess of the above-mentioned seal strip collector of the side on above-mentioned thickness direction and the opposite side on above-mentioned thickness direction, above-mentioned 1 pair of connecting part through-thickness is arranged, by such configuration, thereby the central portion of the above-mentioned seal strip collector of the central portion of the above-mentioned seal strip collector of the side on above-mentioned thickness direction and the opposite side on above-mentioned thickness direction relatively separates, and the space that formation can be received above-mentioned seal strip,

In the situation that above-mentioned stacked position is overlapping, in the time carrying out projection along above-mentioned the 1st direction, the raised part overlaid of the above-mentioned seal strip collector of the raised part of the above-mentioned seal strip collector of the side on above-mentioned thickness direction and the opposite side on above-mentioned thickness direction, the above-mentioned recess overlaid of the above-mentioned seal strip collector of the above-mentioned recess of the above-mentioned seal strip collector of the side on above-mentioned thickness direction and the opposite side on above-mentioned thickness direction, above-mentioned 1 pair of connecting part is arranged along the 1st direction, by such configuration, thereby the central portion of the above-mentioned seal strip collector of the central portion of the above-mentioned seal strip collector of the side on above-mentioned thickness direction and the opposite side on above-mentioned thickness direction relatively approaches, and the stack length of two above-mentioned seal strip collectors is shorter than the stack length of two above-mentioned seal strip collectors in the situation that above-mentioned reception position is overlapping.

2. seal strip collector according to claim 1, is characterized in that,

In the time carrying out projection along above-mentioned thickness direction, above-mentioned 1 pair of connecting part is formed as line symmetry with respect to the imaginary line of the central and above-mentioned thickness direction along between above-mentioned 1 pair of connecting part and mutually orthogonal the 2nd direction of above-mentioned the 1st this both direction of direction.

3. seal strip collector according to claim 1, is characterized in that,

Above-mentioned recess and raised part are formed with respectively multiple on above-mentioned 1 pair of connecting part, and form along with above-mentioned thickness direction and above-mentioned the 1st this both direction of direction mutually orthogonal the 2nd direction extend wave-like.

4. seal strip collector according to claim 1, is characterized in that,

Be provided with in the location division positioning when overlapping above-mentioned two seal strip collectors by the position in two outsides in above-mentioned the 1st direction than above-mentioned 1 pair of end.