JP2017154763A - Thin-wall container with discharge device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a thin-wall container with a discharge device, in which the container even with a thin wall thickness is prevented from buckling by the push-down force of a nozzle head, and which can smoothly extract content liquid, and retain the self-standing state of the thin-wall container.SOLUTION: The lower part of a discharge device 10 is mounted on a neck part 8 inside of a thin-wall container body 2, and a self-supporting jig 50 is fixed to the lower part of the discharge device. The self-supporting jig comprises a first leg member 52 which has a first leg cylinder 54 attachable to the discharge device lower part, and in which a plurality of connection materials 60 rotatable between a downward direction and a cylinder diameter direction lateral direction via a first hinge part 58 are projected from the lower part of the first leg cylinder, and a second leg member 70 which has a second leg cylinder 72 surrounding the first leg cylinder, and is provided with a tilting material 78 supporting the second leg cylinder in an inclination posture between the lower end of the second leg cylinder and the tip 60b of the connection material in a lateral state. A second hinge part 62 and a third hinge part 76 are provided in the tip of the connection material 60 and the lower end of the second leg cylinder so as to enable the tilting of the tilting material 78.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a thin container with a dispenser.

  For example, in a container filled with shampoo, rinse, cosmetics, etc., a container with a dispenser in which a dispenser is attached to the mouth of the container is known in order to easily dispense the filled content liquid ( Patent Document 1).

JP2008-189317

  By the way, in recent years, in order to reduce the burden on the environment and reduce the cost, it is required to reduce the amount of resin used in the container. For this reason, studies have been made to reduce the wall thickness of the container. To this end, it is necessary to withstand the force when the nozzle head is pressed. For example, the pressing force of the nozzle head is 30 N or more for a dispenser with a discharge amount of 3 g. However, in the conventional material used in the container of Patent Document 1, if the thickness of the body portion is less than 1 mm, the container may buckle due to the pressing force of the nozzle head, and smooth dispensing is difficult. It was.

  An object of the present invention is to discharge the contents liquid smoothly without being buckled by the pressing force of the nozzle head even when the wall thickness is thin, and the thin liquid container can be maintained in an independent state. It is to provide a thin container with a vessel.

The first means is
A thin-walled container 2 that stands up the mouth and neck 8, and
A dispenser 10 mounted with the lower part inserted into the mouth-neck 8;
A self-supporting jig 50 fitted in the lower portion of the discharger 10 and built in the thin-walled container body 2;
This self-standing jig 50 is
A first leg cylinder 54 that also serves as a suction pipe that can be attached to the lower part of the discharger is provided, and is rotated between the lower part of the first leg cylinder 54 and the lateral direction in the cylinder radial direction via the first hinge part 58. A first leg member 52 protruding from a plurality of movable connecting members 60;
A second leg cylinder 72 surrounding the periphery of the first leg cylinder 54 is provided, and the second leg cylinder is tilted between the lower end of the second leg cylinder 72 and the distal end portion 60b of the connecting member 60 in the lateral direction. A second leg member 70 provided with a tilting member 78 for supporting 72,
The tilting member 78 is formed to be tiltable by providing the second hinge portion 62 and the third hinge portion 76 at the distal end portion 60b of the connecting member 60 and the lower end portion of the second leg cylinder 72,
The tilting member 78 is tilted downward by the downward rotation of the connecting member 60, and is formed into a slender form as a whole.

As shown in FIG. 1, this means is a thin container with a discharger, and by using a self-standing jig 50, even if a discharger (dispenser) is attached, the thin container body can be made independent without buckling. Suggest what you can do.
The self-standing jig 50 includes a first leg member 52 and a second leg member 70. The first leg member 52 has a first leg cylinder 54 that can be attached to the lower portion of the discharger 10, and the second leg member 70 has a second leg cylinder 72 that surrounds the first leg cylinder 54. From the lower end of the first leg cylinder 54, a plurality of connecting members 60 protrudes through the first hinge portion 58 so as to be rotatable between the downward direction and the lateral direction in the cylinder radial direction. A tilting member 78 is provided between the lower end of the leg cylinder 72. Thereby, it is possible to prevent buckling of the thin container body against the vertical load acting on the thin container body.
The tilting member 78 supports the second leg cylinder 72 in an inclined posture in the state of the connecting members 60.
A third hinge portion 76 and a second hinge portion 62 are provided on the lower end side of the second leg cylinder 72 connected to both ends of the tilting member 78 and the distal end side of the connecting member 60, respectively. As shown in FIG. When tilted downward, the tilting member 78 is also moved to a substantially vertical state, and the self-standing jig 50 is configured to be in a slender state as a whole. In this state, the mouth and neck of the thin container 2 can be inserted.

In this specification, “tilt” means that the tilt angle moves so as to change, and moves from a substantially vertical state to a tilted state and returns from a tilted state to a substantially vertical state. Both shall be included.
A “thin container” is not limited to one that cannot stand on its own. The jig of the present invention can also be applied to those that can stand by themselves but buckle due to external force.

The second means includes the first means, and the second leg cylinder 72 includes a locking portion 74 that is locked to the mouth-and-neck portion of the thin-walled container body 2 to the discharger 10.

  In this means, the locking portion 74 of the second leg member 70 of the self-standing jig 50 is locked at an appropriate position of the mouth-and-neck portion 8 of the thin-walled container body 2 or the discharge device 10, so Ensure maintenance. As a preferred application example, the locking portion 74 is a locking flange protruding outward from the upper portion of the second leg cylinder 72, and this locking flange is thin with the flange portion 20 protruding from the cylinder 18 of the discharger 10. You may comprise so that it may be clamped between the upper surfaces of the mouth neck part 8 of the container body 2.

The third means has the first means or the second means, and opens the suction port 56 at the lower end portion of the peripheral wall of the first leg tube 54, and the first hinge portion 58 above the suction port 56. Formed,
A second hinge portion 62 is formed between the distal end portion 60b of the coupling material 60 and the coupling material body 60a which is a coupling material portion other than the distal end portion, and the distal end portion 60b swingable with respect to the coupling material body tilts. Connected to the bottom of the material 78,
A gap g is formed between the connecting material main body 60a and the bottom portion 4 of the thin container body 2 in a state where the connecting material 60 faces sideways.

  As shown in FIG. 1, the present means is configured such that a gap g is formed between the lateral connecting member 60 and the bottom portion 4 of the thin container body 2. Thereby, the liquid near the bottom part of the thin container body 2 can be sucked up efficiently.

The fourth means includes the third means, and connects the distal end portion 60b of the connecting member 60 to the lower part of the cylindrical wall body 79 projecting downward from the lower end of the second leg cylinder 72. Then, the strip-shaped portion between the connection portion and the second leg cylinder 72 is a thick wall portion 79a that is a tilting member 78, and the remaining portion is a thin wall portion 79b that can be folded, so that the connecting member 60 faces sideways. In this state, the cylindrical wall 79 has a tapered cylindrical shape, and the annular end 84B on the lower side of the cylindrical wall 79 is in close contact with the bottom 4 of the thin container body 2.

  In this means, as shown in FIG. 5, a tilting member 78 is provided in a part of a cylindrical wall body 79 that can be elastically expanded in a tapered shape, and an annular end 84 </ b> B on the lower side of the cylindrical wall body 79 has a thin container body 2. It was configured to be in close contact with the bottom 4. Accordingly, when the discharger 10 and the self-supporting jig 50 are pulled up from the thin container body 2, the cylindrical wall body 79 is automatically closed. The thin wall portion is formed to be foldable. Specifically, it may be formed so that it can be folded and deformed by a plurality of crease lines extending from the upper end to the lower end of the cylindrical wall body.

According to the invention relating to the first means, since the lower ends of the connecting member 60 to the tilting member 78 abut against the bottom 4 of the thin container body 2, the connecting member 60 and the tilting member 78 expand from the lower side. The buckling of the container body can be accurately prevented and the self-supporting state can be maintained.
The self-standing jig 50 is provided with hinges at the lower end of the second leg cylinder 72 connected to both ends of the tilting member 78 and the tip of the connecting member 60, so that the tilting member is rotated downward. Since 78 inclines downward and becomes a slender form as a whole, it can be easily inserted from the mouth and neck portion 8 in this state.
According to the invention relating to the second means, since the second leg cylinder 72 has the locking portion 74 locked to the mouth-and-neck portion of the thin-walled container body 2 or the discharge device 10, it is more stable. The thin container 2 can be made independent.
According to the third aspect of the invention, the first hinge portion 58 is formed on the upper side of the suction port 56 opened at the lower end portion of the peripheral wall of the first leg cylinder 54, and the connecting member main body is in a state in which the connecting member 60 faces sideways. Since the gap g is formed between 60a and the bottom 4 of the thin container body 2, the liquid can be sucked up smoothly.
According to the fourth aspect of the invention, the cylindrical wall body 79 has a tapered cylindrical shape with the connecting member 60 turned sideways, and the annular end portion 84B on the lower side of the cylindrical wall body 79 has the thin container body 2. Since it is configured so as to be in close contact with the bottom portion 4, it is easy to handle because there is no inconvenience such as automatically closing when the self-supporting jig 50 is pulled up and liquid is scattered around.

It is a longitudinal cross-sectional view of the thin container with a dispenser which concerns on 1st Embodiment of this invention. It is a longitudinal cross-sectional view of the discharger and self-standing jig of the container of FIG. FIG. 3 is a bottom view of the self-standing jig of FIG. 2 in a developed state. It is action | operation explanatory drawing of the container of FIG. It is a longitudinal cross-sectional view of the thin container with a dispenser which concerns on 2nd Embodiment of this invention. It is a longitudinal cross-sectional view of the discharger and self-standing jig of the container of FIG. It is sectional drawing of the jig | tool for self-supporting seen in the VII-VII direction of FIG.

  1 to 4 show a thin container with a dispenser according to a first embodiment of the present invention. This container includes a thin-walled container body 2, a discharger 10, and a self-standing jig 50. Each member can be formed of a synthetic resin material, metal, or the like.

  The thin-walled container body 2 closes the lower surface of the thin-walled body portion 6 with the bottom portion 4, and stands the mouth and neck portion 8 from the upper end of the thin-walled body portion 6 through the shoulder portion 7. The thin-walled container body 2 may be a bag type or the like in addition to the bottle shape as shown in the illustrated example.

The discharger 10 has a conventionally known configuration. In the present embodiment, as shown in FIG. 1, the discharger 10 includes a mounting member 12, a cylinder 18, a cap-shaped member 30, a valve member 32, and an operation member 36. ing.
The mounting member 12 has an inward flange 16 projecting inward from the upper end of the mounting cylinder portion 14 fitted (screwed in the illustrated example) to the outer surface of the mouth neck portion 8.
The cylinder 18 has a flange portion 20 attached to the upper end of the cylinder peripheral wall, and the flange portion 20 is placed on the mouth and neck portion 8 via a packing P and a locking flange 74 described later, so that a thin container body is provided. 2 hangs down. A vent hole 21 is opened in the upper part of the cylinder peripheral wall. An extension wall portion 22 extends upward from the flange portion 20 from the upper side of the cylinder peripheral wall. An annular valve seat 26 projects inwardly from the lower inner surface of the cylinder peripheral wall. The mounting tube portion 28 is suspended downward from the annular valve seat 26.
The cap-shaped member 30 is a ring-shaped member attached to the extension wall portion 22 and has a stem insertion hole at the center.
The valve member 32 is installed in the lower part of the cylinder 18. A lower portion of the valve member 32 is formed in a hollow large-diameter cylindrical portion 33, and a valve plate 34 is supported in the large-diameter cylindrical portion 33 via a plurality of elastic connecting pieces 34a. The first check valve V1 is formed by bringing the valve plate 34 into contact with the annular valve seat 26. A communication passage (formed between the upper portion of the valve member and the large-diameter cylindrical portion, not shown) that communicates from the inside of the large-diameter cylindrical portion 33 to the upper side of the valve member 32 is provided at an appropriate position of the valve member 32. Is provided.
The operating member 36 has a stem 38 and a nozzle head 44 in this embodiment.
The stem 38 has a cylindrical piston 40 slidable on the inner surface of the cylinder 18 at the lower end of a vertical pipe wall 38a, and this pipe wall stands up through a stem insertion hole of the cap-like member. ing. A second check valve V2 is formed in the upper part of the tube wall 38a.
The nozzle head 44 is attached to the upper end of the stem 38 and protrudes the nozzle 46 outward. A coil spring S is interposed between the lower end of the stem 38 and the large-diameter cylindrical portion 33 of the valve member 32 to urge the operating member 36 upward.
In the present embodiment, the discharger 10 has the above-described configuration. When the operation member 36 is lowered, the liquid in the cylinder 18 is discharged from the nozzle 46 via the second check valve V2, and the operation member 36 is raised. Therefore, the liquid is sucked from the thin container body 2 into the cylinder 18 via the first check valve V1. However, the configuration of the discharger 10 can be appropriately changed as long as the same pumping action is exhibited.

  The self-standing jig 50 includes a first leg member 52 and a second leg member 70.

The first leg member 52 includes a first leg cylinder 54 and a plurality of connecting members 60.
The first leg cylinder 54 is attached to the inner surface of the attachment cylinder portion 28 and hangs down to the bottom portion 4 of the thin container body 2 also serving as a suction pipe. It has the 1st leg cylinder 54 which fitted the upper part, and the word "attached" in this specification should just be connected so that communication with the inside of the discharge device 10 is possible, and it is in the attachment cylinder part 28 like the example of illustration. It is not restricted to the structure which made the upper part of the 1st leg cylinder 54 fit.
Further, the lower end portion of the illustrated first leg tube 54 is formed in the thick tube portion 54a. A suction port 56 is opened in the lower half of the thick tube portion 54a.
The plurality of connecting members 60 are connected to the outer periphery of the lower portion of the first leg tube 54. It is desirable that the connecting portions be equiangularly separated from each other. In a preferred illustrated example, a connecting member 60 is connected to the upper end of the thick tube portion 54a.
Each connecting member 60 is connected to the connecting portion by the first hinge portion 58 so as to be rotatable between a downward state and a state in which the cylinder radial direction is horizontal. In the illustrated example, the first hinge portion is a thin hinge portion, but any structure may be used as long as it is rotatable. This also applies to a second hinge portion and a third hinge portion described later.
Each connecting member 60 has a degree of rigidity necessary to make the thin container body self-supporting. Although the illustrated connecting member 60 is formed as a connecting plate, it may be a bar or other suitable structure.
In the present embodiment, the second hinge portion 62 is provided between the distal end portion 60b of the coupling material 60 and the coupling material main body 60a formed by the remaining portion of the coupling material, and the engagement is provided above the distal end portion 60b shown in FIG. A mating protrusion 64 is provided.

The second leg member 70 includes at least a second leg cylinder 72 and a plurality of tilting members 78, and prevents the thin container body from buckling in cooperation with the first leg member 52. Make sure.
The second leg cylinder 72 surrounds the first leg cylinder 54 with an annular gap a. The annular gap a allows the vent hole 21 of the cylinder 18 to communicate with the bottom of the thin container body 2. In the illustrated example, the upper end portion of the second leg cylinder 72 is the enlarged diameter cylindrical portion 73, and the locking flange 74 protrudes outward from the upper end of the enlarged diameter cylindrical portion 73. As shown in FIG. 1, the enlarged diameter cylindrical portion 73 is fitted on the inner surface of the mouth and neck portion 8, and the locking flange 74 is brought into contact with the upper surface of the mouth and neck portion 8. 8 can be attached firmly. Then, the flange portion 20, the packing P, and the locking flange 74 are sandwiched between the inward flange 16 of the mounting member 12 and the upper surface of the mouth neck portion 8. But it is not necessary to form an enlarged diameter cylinder part.

  The plurality of tilting members 78 are provided between the lower end of the second leg cylinder 72 and the distal end portion of the connecting member 60, and have sufficient rigidity to prevent buckling of the thin container body. The illustrated tilting member 78 is formed in the shape of a band plate, and an engagement hole 80 is formed in the lower portion thereof. The engaging protrusion 64 is fitted into the engagement hole 80 to form a lower portion of the tilting member 78. The front end portion of the connecting member 60 is fixed in an overlapped state. The upper end of the tilting member 78 is connected to the lower end of the second leg cylinder 72 via the third hinge portion 76.

In the state of FIG. 1, the tilting member 78 and the connecting member 60 have the lengths of the contact end portion that is the lower end of the tilting member 78 while the front end portion 60 b of the connecting member 60 tilts following the lower portion of the tilting member 78. 84A may be provided so as to be in contact with the vicinity of the corner of the thin container body 2. In the state of FIG. 1, the connecting material main body 60 a is substantially horizontal, and a gap g is formed between the connecting material main body 60 a and the bottom of the thin container body 2.
In the illustrated example, the width of each tilting member 78 is larger than the width of the connecting member 60 as shown in FIG.

In the above-described configuration, the connecting member 60 is pivotable downward about the first hinge portion 58 and the tilting member 78 is pivotable downward about the second hinge portion 62. In this state, the self-standing jig 50 As shown in FIG.
In this form, the lower part of the discharge device 10 and the self-standing jig 50 can be inserted into the thin container body 2 from the mouth and neck portion 8 into the inside. When the contact end portion 84A on the lower end side of the second leg member 70 contacts the bottom portion 4 of the thin container body 2, the contact end portion 84A slides outward on the bottom portion 4 as shown in FIG.
As a result, the lower half of the self-standing jig 50 is expanded as shown in FIG.
Next, the contact end portion 84 </ b> A is positioned on the bottom portion 4 of the thin container body 2 by fitting the mounting cylinder portion 14 of the mounting member 12 to the outer surface of the mouth / neck portion 8.
In this state, the tilting member 78 supports the second leg cylinder 72 in an inclined posture, and the locking flange 74 at the upper end of the second leg cylinder 72 is attached to the upper surface of the mouth-and-neck part 8 together with the flange part 20 and the packing P. Since it is sandwiched between the inward flange 16 of the member 12, the thin container body 2 can be surely self-supported.
Specifically, the abutting end of the second leg member abuts against the bottom of the container to exert a supporting force and to withstand buckling. That is, the buckling strength is increased by supporting at least three points. Thereby, a thin container is not crushed and smooth pouring becomes possible. Basically it is a structure that can withstand buckling at three points of the contact end, but when a larger load is applied, each lower end of the first leg member also comes into contact with the bottom when pressed, Furthermore, the effect of preventing buckling is enhanced.
When the liquid in the thin-walled container body 2 is used up, the connecting member 60 and the tilting member 78 are removed by removing the mounting cylinder 14 from the outer surface of the mouth-and-neck portion 8 and pulling up the discharge device 10 and the self-standing jig 50. It turns downward due to its own weight, and becomes a slender form shown in FIG.
In this form, the dispenser 10 and the self-supporting jig 50 can be taken out from the mouth / neck portion 8 and mounted on another thin container body 2 filled with liquid.

  Hereinafter, other embodiments of the present invention will be described. In these descriptions, the description of the same configuration as that of the first embodiment is omitted.

  5 to 7 show a thin container with a dispenser according to a second embodiment of the present invention. In the present embodiment, the configuration of the second leg member 70 is changed.

The second leg member 70 of the present embodiment has a cylindrical wall body 79 that is tapered in the state of FIG. 5 between the second leg cylinder 72 and the distal end portion 60b of the connecting member 60. Of this cylindrical wall body 79, the strip-shaped part between the tip 60b of each connecting member 60 and the lower end of the second leg cylinder 72 is a thick wall part 79a, and the remaining part is a thin wall part 79b. Form.
The thick wall portion 79a mainly functions as a tilting member 78 that supports the second leg cylinder 72 in an inclined posture, while the thin wall portion 79b has a function of elastic expansion and contraction.
In the state of FIG. 5, the thin wall portion 79b is elastically stretched in the circumferential direction, and the annular end portion 84B, which is the lower end of the second leg cylinder 72, is in close contact with the upper surface Si of the bottom portion 4 of the container body. It resists the elastic restoring force of the thin wall portion 79b.
Reinforcing ribs 82 are vertically provided at the intermediate portion in the width direction of the thin wall portion 79b, and a communication hole 81 is opened at the upper end portion of the thin wall portion 79b.
Moreover, in the shape (refer FIG. 7) which cut | disconnected the self-supporting jig | tool from the position shown in the VII-VII direction of FIG. 5, the thin wall part 79b is formed in the fan shape.
Further, the thin wall portion 79b is formed so as to be foldable, so that the lower end side of the cylindrical wall body 79 is expanded and the lower end side of the cylindrical wall body 79 is narrowed. It can be deformed at. As a preferred example, the thin wall portion 79b has a first crease line (mountain line) near the portion where the reinforcing rib 82 is formed, and a second crease line (valley line) at the edge with the thick wall portion 79a. As shown in FIG. These structures can be changed as appropriate.
In the present embodiment, as shown in FIG. 7, the second leg cylinder is formed in a rectangular tube shape, and a thick wall portion 79 a is arranged continuously on each side of the rectangular tube. A third hinge portion 76 for connecting the second leg tube 72 and the thick wall portion 79a is formed over the entire length of each side of the square tube, thereby obtaining a sufficient connection strength. Thereby, it is possible to sufficiently prevent the thin container body from buckling, and to ensure the self-supporting state of the thin container body.

  In the above configuration, when the mounting cylinder portion 14 is removed from the mouth / neck portion 8, the thin wall portion 79b is folded, so that the self-standing jig 50 automatically returns to the slender form shown in FIG.

DESCRIPTION OF SYMBOLS 2 ... Thin container body 4 ... Bottom part 6 ... Thin body part 7 ... Shoulder part 8 ... Mouth-and-neck part 10 ... Discharger 12 ... Mounting member 14 ... Mounting cylinder part 16 ... Inward flange 18 ... Cylinder 20 ... Butt part 21 ... Intake Hole 22 ... Extension wall part 26 ... Ring valve seat 28 ... Mounting cylinder part 30 ... Cap-like member 32 ... Valve member 33 ... Large diameter cylinder part 34 ... Valve plate 34a ... Connecting piece 36 ... Operating member 38 ... Stem 38a ... Tube wall DESCRIPTION OF SYMBOLS 40 ... Cylindrical piston 44 ... Nozzle head 46 ... Nozzle 50 ... Self-standing jig | tool 52 ... 1st leg member 54 ... 1st leg cylinder 54a ... Thick cylinder part 56 ... Suction port 58 ... 1st hinge part 60 ... Connecting material 60a ... Connecting material body 60b ... Tip portion 62 ... Second hinge portion 64 ... engaging protrusion 70 ... second leg member 72 ... second leg cylinder 73 ... expanded diameter cylinder portion 74 ... locking flange 76 ... third hinge portion 78 ... Inclined material 79 ... Cylindrical wall body 79a ... Thick wall part 9b ... Thin wall portion 80 ... Engagement hole 81 ... Communication hole 82 ... Reinforcement rib 84A ... Abutting end portion 84B ... Annular end a ... Annular gap g ... Gap P ... Packing S ... Spring Si ... Bottom of thin container body Upper surface V1 ... 1st check valve V2 ... 2nd check valve

Claims (4)

A thin-walled container (2) that stands up the mouth and neck (8);
A dispenser (10) mounted with the lower part inserted into the mouth and neck (8);
A self-supporting jig (50) fitted in the lower part of the discharger (10) and built in the thin-walled container (2),
This self-standing jig (50)
It has a first leg cylinder (54) that can also be attached to the lower part of the discharger and serves as a suction pipe. From the lower part of the first leg cylinder (54) through the first hinge part (58) downward and in the cylinder radial direction A first leg member (52) formed by projecting a plurality of connecting members (60) that can be rotated in a horizontal direction;
A second leg cylinder (72) surrounding the first leg cylinder (54); a lower end of the second leg cylinder (72); and a distal end portion (60b) of the connecting member (60) in the lateral state. And a second leg member (70) provided with a tilting member (78) for supporting the second leg cylinder (72) in an inclined posture.
The tilting member (78) is provided with a second hinge portion (62) and a third hinge portion (76) at the tip end portion (60b) of the connecting member (60) and the lower end portion of the second leg cylinder (72). Can be tilted with,
A thin-walled container with a dispenser, characterized in that the tilting member (78) is tilted downward by turning the connecting member (60) downward to form a slender shape as a whole.   The said 2nd leg cylinder (72) has the latching | locking part (74) latched with respect to the mouth neck part or the discharge device (10) of the said thin container body (2), 1. A thin-walled container with a dispenser according to 1. A suction port (56) is opened at the lower end of the peripheral wall of the first leg tube (54), and a first hinge portion (58) is formed above the suction port (56).
A second hinge portion (62) is formed between the distal end portion (60b) of the coupling material (60) and the coupling material main body (60a) which is a coupling material portion other than the distal end portion, so as to swing relative to the coupling material main body. A movable tip (60b) is connected to the lower part of the tilting member (78),
The connecting member (60) is configured such that a gap (g) is generated between the connecting member main body (60a) and the bottom (4) of the thin container body (2) in a state where the connecting member (60) is in the horizontal direction. The thin container with a discharger according to claim 1 or claim 2.   The tip end part (60b) of the connecting member (60) is connected to the lower part of the cylindrical wall body (79) projecting downward from the lower end of the second leg cylinder (72). The belt-shaped part between the bipedal cylinder (72) is a thick wall part (79a) which is a tilting member (78), and the remaining part is a thin wall part (79b) which can be folded. The cylindrical wall body (79) has a tapered cylindrical shape in a state in which the side wall is oriented sideways, and the lower annular end (84B) of the cylindrical wall body (79) is in close contact with the bottom (4) of the thin-walled container body (2). The thin-walled container with a discharger according to claim 3, wherein the thin-walled container is configured as described above.