JP4301364B2 - Feeding container - Google Patents

Description

  The present invention relates to a feeding container for storing a stick-shaped cosmetic material such as a lipstick so that it can be fed out and fed in.

  As one of the feeding containers for storing stick-shaped cosmetics such as lipsticks and stick foundations, the inner cylindrical body and the saucer body, which are constituent parts of the feeding containers, are used as the mold form for stick-shaped cosmetics, Simultaneously with cooling solidification molding of bar-shaped cosmetics by molding by filling and filling from the bottom end opening of the cylinder (bottom filling method) or by filling and filling from the top opening of the inner cylinder (top filling method) There are some that achieve assembly to the feeding container.

  This product can achieve the formation of the bar-shaped cosmetic and the assembly into the feeding container at the same time, so that it can obtain extremely good productivity. However, the bar-shaped cosmetic is a part located directly in the inner cylinder. And the portion located in the inner cylinder through the saucer body, a difference occurs in the degree of action of the cooling power from the outside to both portions, and the bar-shaped cosmetic machine formed by this difference There was dissatisfaction that the mechanical strength decreased.

As a conventional technique of a feeding container that eliminates this dissatisfaction, a through hole that penetrates the wall of the saucer body is formed at the location of the saucer body where cosmetics are joined, and the cosmetic in the saucer body is externally cooled through the through hole. There is one that prevents the rod-shaped cosmetic material from being pulled out or broken from the saucer body by effectively applying force and positioning a part of the rod-shaped cosmetic material in the through hole.
JP 2002-000349 A

  However, although the through-hole of the saucer body works effectively to alleviate the difference in cooling efficiency between the inside and outside of the saucer body, it occurs between the inside and outside of the saucer body. However, there was a complaint that the countermeasure against the bending due to the time difference of the contraction deformation operation due to cooling was insufficient.

  In other words, the cooling and solidification of the cosmetics inside and outside the saucer body is certain to improve the cooling efficiency of the cosmetics inside the saucer body by providing a through-hole in the saucer body, but the cosmetics outside the saucer body The cooling efficiency was not reached, and it was as it was that the cooling and solidification of the cosmetic inside the saucer was delayed from the cooling and solidification of the cosmetic outside the saucer.

  In this way, when the cosmetic in the saucer cools and solidifies behind the cosmetic outside the saucer, the distortion accompanying shrinkage deformation that occurs during the cooling and solidification concentrates on the boundary portion of the cosmetic inside and outside the saucer. Since the mechanical strength of the cosmetic material at the boundary portion is lowered, the cosmetic material is easily broken at the boundary portion.

  Therefore, the present invention was devised to solve the problems in the prior art described above, and the rod-shaped cosmetic is stored and held at the same time as molding, with the inner cylinder body and the tray body being part of the molding surface. Even if there is a time difference in the shrinkage deformation caused by the cooling and solidification of the cosmetics inside and outside the saucer, the mechanical strength of the boundary between the inside and outside of the saucer is caused by this time difference. It is a technical problem to prevent the occurrence of deterioration of the cosmetics, and thus it is intended to prevent the occurrence of easy breakage of the boundary portion between the inside and outside of the saucer body.

Among the present invention for solving the above technical problems, the means of the invention according to claim 1 is:
An outer cylinder is externally mounted on an inner cylinder body in which a saucer body holding a bar-shaped cosmetic is mounted so as to be movable up and down, and the saucer body is displaced up and down by relative rotation between the outer cylinder body and the inner cylinder body. At the same time that the material is cooled and solidified as a part of the mold, the storage cylinder part that is the upper half of the inner cylinder and the receiving cylinder part that is the upper part of the tray body, Related to a feeding container to be stored and held;
A receiving cylinder portion, an upper distal cylindrical piece portion, a lower proximal cylindrical piece portion, and a spring portion that connects the proximal cylindrical piece portion and the distal cylindrical piece portion with an elongated piece that is elastically deformable up and down; Consisting of,
It is in.

  In the first aspect of the present invention, the receiving tube portion, which is the cosmetic-holding portion of the tray body, includes the tip tube piece portion, the spring portion formed of an elongated piece, and the proximal tube piece portion. The cosmetic material that is configured and is located in the spring portion is exposed from the inside of the receiving tube portion except for the portion where the elongated piece is located, and accordingly, the cooling effect is efficiently received, and the cosmetic material in the receiving tube portion is It will promote cooling and solidification.

  In addition, even if the cosmetic placed in the spring portion is cooled and solidified and contracted in the longitudinal direction, the cosmetic itself is contracted and deformed while elastically deforming the elongated strip. This shrinkage deformation causes distortion that degrades the mechanical strength at the boundary between the cosmetic material in the upper tip piece and the cosmetic material in the lower base piece. I will not let you.

  Further, the presence of the spring portion can sufficiently reduce the height width of the cosmetic located in the distal end tube piece portion and the proximal end tube piece portion, so that it is located in the distal end tube piece portion and the proximal end tube piece portion. The amount of shrinkage in the vertical direction accompanying the cooling and solidification generated in the cosmetics is extremely small, thereby minimizing the distortion caused by the cooling and solidification concentrated on the cosmetic part facing the tip edge of the tip tube piece. Will be suppressed to things.

  Invention of Claim 2 adds the thing which opened the some open hole in the structure of the invention of Claim 1 in the base end cylinder piece part of a saucer body.

  In the invention according to claim 2, when the cosmetic is cooled and solidified, the cooling force acts efficiently through the opening hole on the cosmetic in the base end cylinder piece, so that the inside of the base end cylinder piece is Achieve rapid and reliable cooling and solidification of cosmetics.

  The invention described in claim 3 is the configuration of the invention described in claim 1 or 2, in which the tube wall of the tip tube piece portion is cut out from the upper edge of the tip tube piece portion of the tray body to the lower portion, This is in addition to the fact that a cut portion is formed.

  In the invention according to claim 3, the upper end edge of the tip tube piece portion has a wave shape that varies greatly in the vertical direction due to the plurality of cut portions, so that the main body of the cosmetic projecting out of the tip tube piece portion Since the boundary between the part and the cosmetic part in the tip tube piece is not a straight line of a horizontal line, but a wave shape, the cooling solidification is made between the outer part of the tip tube piece and the cosmetic part inside. Even if distortion due to time difference occurs, this distortion is distributed along the wave shape and does not concentrate in a straight line, so the mechanical strength of the boundary between the outer part and the inner part of the cosmetic part is not It will prevent the decrease of the.

  According to a fourth aspect of the present invention, in the configuration of the second or third aspect of the present invention, a screw groove is formed on the inner peripheral surface, and the guide cylindrical portion, which is the lower half of the inner cylindrical body, is rotatably mounted. A plurality of window holes are opened in the upper end portion of the screw cylinder body, which constitutes a functional part that moves up and down the tray body in combination with the inner cylinder body, facing the opening hole of the tray body located at the lower limit. It is added.

  In this invention of Claim 4, when performing cooling solidification shaping | molding of cosmetics using the combination of an inner cylinder body, a saucer body, and a screw cylinder body, the window of the screw cylinder body through which cool air can pass freely Since the hole is located opposite to the open hole of the saucer body located at the lower limit, that is, at the cooling and solidification molding position of the cosmetic, the screw cylinder gives an unfavorable heat insulating action to the cooling and solidification molding of the cosmetic. Therefore, the cosmetic material can be directly housed and molded with respect to the interior body which is a combination of the inner cylinder body, the tray body, and the screw cylinder body.

  The invention according to claim 5 is obtained by adding a window hole to the bottom wall portion of the screw groove along the screw groove in the configuration of the invention according to claim 4.

  In the invention according to claim 5, the window hole can be formed without impairing the helical structure of the thread groove and without causing an undesired decrease in the mechanical strength of the screw body. It becomes easy to increase the opening area of the hole.

  According to a sixth aspect of the present invention, in the configuration of the fourth aspect of the invention, when the tray body is located at the lower limit, the stopper piece that the threaded pin of the tray body gets over and locks is secured to the screw of the cylindrical body. This is in addition to that provided in the groove portion.

  In this invention of Claim 6, a saucer body is attached with respect to the combination of a screw cylinder body and an inner cylinder body by the latching action of the stop piece of a screw cylinder body with respect to the screwing pin of a saucer body. This state is stably maintained even when the cosmetic is placed at the lower limit position and is handled before the injection molding process of the cosmetic.

Since the present invention has the above-described configuration, the following effects can be obtained.
In the first aspect of the present invention, since the receiving tube portion of the receiving body for inserting and holding the cosmetic is provided with a spring portion that exposes most of the inserted cosmetic material from the receiving tube portion, Cooling power can be effectively applied to the cosmetics in the tube part, thereby promoting the cooling and solidification of the cosmetics in the saucer body, reducing the difference in the cooling and solidification rate with the cosmetics outside the saucer body, The distortion generated between them can be sufficiently reduced, and thereby the mechanical strength of the cosmetic to be molded can be increased.

  In addition, the cosmetics located in the spring portion substantially eliminate the distortions accompanying the vertical shrinkage deformation due to cooling and solidification by the deformation of itself, so that a cosmetic with stable mechanical strength can be formed. it can.

  Furthermore, the degree of freedom of the vertical shrinkage deformation of the cosmetic material in the spring portion is increased, and the height width of the portion of the receiving tube portion in which the vertical shrinkage deformation is restricted, that is, the distal tube piece and the proximal tube. The height width of the one part becomes sufficiently small, whereby the occurrence of distortion due to the difference in cooling rate can be sufficiently suppressed, and a stable strength can be imparted to the cosmetic.

  In the invention of claim 2, the cooling power is efficiently applied to the cosmetic in the base end cylinder piece through the open hole, so that the cosmetic in the base end cylinder piece is quickly cooled and solidified. And since it can achieve reliably, the difference of the cooling rate with the cosmetics in a spring part can be made small enough, and, thereby, generation | occurrence | production of distortion can be suppressed effectively.

  In the invention according to claim 3, since the upper end edge of the tip tube piece portion is not a straight line of a horizontal single line but a wave shape, it is between the outer portion and the inside cosmetic portion of the tip tube piece portion. Even if distortion due to the time difference of cooling and solidification occurs, this distortion may be distributed along the wave-shaped boundary of the cosmetic part inside and outside the tip tube piece and concentrated in a straight line. Therefore, it is possible to reliably prevent the mechanical strength of the cosmetic material from being lowered due to distortion and to impart the necessary strength to the cosmetic material.

  In the invention according to claim 4, since the screw cylinder body can be prevented from giving an unfavorable heat insulating action to the cooling and solidification molding of the cosmetic, the inner cylinder body, the tray body and the screw cylinder body. It is possible to store and mold cosmetics directly on the interior body, which is a combination with the above, without any inconvenience, and the molded cosmetics can be handled very easily and satisfactorily. .

  In the invention of claim 5, the window hole can be provided in a state where the effect can be exhibited safely and sufficiently.

  In the invention of claim 6, the tray body is stably positioned at the lower limit position with respect to the combination of the screw cylinder body and the inner cylinder body, and is handled before the injection molding process of the cosmetic. However, since this state is stably maintained, the interior body can be stably maintained in an appropriate state during handling before the injection molding process of the cosmetic, and thereby the cosmetic is stably stable. Can be obtained.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
The feeding container according to the present invention includes an exterior body 1 composed of an outer tubular body 2 and a seal tubular body 12, an interior body 16 composed of a screw tubular body 17, an inner tubular body 30 and a tray body 36, and a cap 45. It is configured.

  The outer cylindrical body 2 (refer to FIG. 2 to FIG. 4 below) has a short cylindrical detachable cylindrical piece 10 that is reduced in diameter via a step portion 9 erected at the upper end of a body cylinder 3 having a linear cylindrical shape. The upper end of the inner circumferential surface of the main body cylinder 3 is provided with a plurality of vertical strip-like locking strips 8 and assembly circumferential grooves 7 for assembling the seal cylinder 12. A number of locking vertical strips 4 are provided in a knurled shape at the center of the peripheral surface, and a first locking comprising a locking peripheral groove 5 and a locking peripheral strip 6 at the lower end of the inner peripheral surface. A functional part a is formed.

  The outer peripheral surface of the detachable cylinder piece 10 that provides the detachable portion of the cap 45 has a regular polygonal shape (in particular, see FIG. 3), and an appropriate number (three in the illustrated embodiment) is provided on the outer peripheral surface. By providing the pressing protrusion 11, the cap 45 is attached to the outer fitting so that it cannot be displaced.

  The seal cylinder 12 (see FIG. 5) is a short cylindrical body made of a soft elastic material, and is provided with a large number of knurled vertical stripes 14 to be engaged with the engagement stripes 8 of the outer cylinder 2 on the outer peripheral surface. An assembled peripheral strip 13 is provided at the lower end of the outer peripheral surface to be engaged with the assembled peripheral groove 7 of the outer cylindrical body 2, and a seal peripheral strip 15 is provided at the upper end of the inner peripheral surface. 14 is latched, and the assembled circumferential groove 13 is engaged with the assembled circumferential groove 7 so as to be immovably assembled in the outer cylindrical body 2.

  A screw cylinder 17 (refer to FIGS. 6 to 8) constituting the inner body 16 is formed on the inner peripheral surface of the linear cylindrical main body 18 on the groove bottom surface (see FIG. 6) or groove wall surface (see FIG. 6). 7), a plurality of threaded grooves 19 provided with a stopper 20 having a low projecting height are engraved, and a plurality of pieces are engaged on the outer peripheral surface of the main body 18 with the engaging vertical stripes 4 of the outer cylindrical body 2. The vertical protrusion 21 is provided, and the lower end portion of the main body portion 18 is configured as an assembly portion 23.

  A plurality of window holes 22 having a slightly smaller width than the screw groove 19 are formed along the screw groove 19 on the bottom wall of the screw groove 19 at the upper end of the main body 18. Is formed in the bottom wall of the screw groove 19 along the screw groove 19 to sufficiently reduce the decrease in the mechanical strength of the screw body 17 due to the opening of the window hole 22. Is smaller than the screw groove 19 so that the helix function of the screw groove 19 is not hindered.

  The assembled portion 23 has a second engagement made of a locking protrusion 24 and a locking groove 25 that locks with the first locking function portion a at the outer peripheral surface thereof, that is, the lower end portion of the outer peripheral surface of the main body portion 18. In addition to forming the stop function portion b, a short cylindrical inner cylinder piece 27 is provided in a suspended manner via the inner flange-shaped bottom rod piece 26, and a plurality of parts are provided on the entire surface including the bottom flange piece 26 and the inner cylinder piece 27. (In the case of the illustrated embodiment, two split grooves 29 are provided).

  The outer peripheral surface of the inner cylinder piece 27 constituting the assembled portion 23 is a tapered surface-shaped inclined surface 28 whose diameter is increased upward, and the inclined surface 28 has a lower end diameter dimension and an upper end diameter dimension. The height and the inclination angle are set so that the difference is at least twice the locking height dimension of both the locking function portions a and b.

  The inner cylinder 30 (see FIG. 9), which is a constituent member of the interior body 16, is entirely molded of metal (may be molded of synthetic resin), and provides a mold surface for the cosmetic K. A guide cylinder in which a guide hole 33 is formed at a lower end of a linear cylindrical storage cylinder 31 for storing the cosmetic material K through a locking projection 35 protruding outwards over substantially the entire height range. The part 32 is configured to be continuously arranged in a suspended manner.

  The guide hole 33 of the inner cylindrical body 30 has a split groove shape that reaches the lower end edge of the guide cylindrical portion 32, thereby enabling insertion and assembly of the tray body 36. In order to prevent the guide hole 33 from slipping out, a stopper protrusion 34 is provided at the lower end portion of the guide hole 33 to narrow the width of the guide hole 33 and prevent the screw pin 38 of the tray body 36 from slipping out.

  In addition, since the seal periphery 15 of the seal cylinder 12 is in close sliding contact with the outer peripheral surface of the storage cylinder 31, an appropriate resistance is given to the rotation operation of the inner cylinder 30 with respect to the screw cylinder 17. As a result, a favorable feeling of use can be given to the feeding operation of the cosmetic K.

  A tray body 36 (hereinafter, see FIG. 10 to FIG. 13), which is a constituent member of the interior body 16, is provided at the lower end of the outer peripheral surface of the linear cylindrical body that is slidably moved up and down into the inner cylinder body 30. A pair of screwing pins 38 that project through the guide hole 33 of the body 30 and screw into the screw groove 19 of the screw cylinder body 17 are provided so as to protrude from the receiving body 36. When it is positioned at the lower limit of 16, it climbs over and engages with the stop piece 20 of the screw body 17.

  The tray body 36 has a height that allows the upper end portion to protrude upward from the inside of the screw cylinder body 17 in a state where the tray body 36 is located at the lower limit, and is a portion facing the window hole 22 of the screw cylinder body 17. The upper part including the lower part is a receiving cylinder part 39 for inserting and holding the cosmetic K, and the remaining part is an assembled cylinder part 37 for maintaining the posture of the receiving body 36 in the inner cylinder 30 stably and stably. Yes.

  The receiving tube portion 39 is divided into a top tube piece 40, a spring portion 42, and a proximal tube piece portion 43 in order from the top, and several spring portions 42 are elastically deformable in the vertical direction (shown in the illustrated embodiment). In the case of the example, since it is composed of two elongated strips bent in a spiral shape, the distal end tubular piece 40 and the proximal end tubular piece 43 are connected by these several elongated pieces. Become.

  Thus, since the spring part 42 is comprised only by several strips, the cosmetics located in this spring part 42 are exposed from the saucer body 36 in all parts except the part which opposes a strip. Will do.

  The elongated piece constituting the spring portion 42 is not limited to the elongated piece bent in a spiral shape, and may be an elongated piece bent in a dogleg shape or bent in an arc shape. In short, what is necessary is that it can be elastically deformed in the vertical direction while stably connecting the distal end tubular piece 40 and the proximal end tubular piece 43.

  The tip tube piece 40 has a plurality of V-shaped cut portions 41 continuously formed along the circumferential direction from the upper end edge to the lower portion thereof, whereby the upper end edge of the tip tube piece portion 40, that is, a saucer. The upper edge of the body 36 is shaped into a triangular wave shape, not a horizontal straight line.

  A plurality of open holes 44 are formed in the base end cylinder piece 43 at positions facing the window holes 22 formed in the screw cylinder body 17 with the tray body 36 positioned at the lower limit. The cooling power of the cold air that has passed through the window hole 22 acts effectively on the cosmetic K in the end tube piece 43 through the opening hole 44.

  The cap 45 (see FIG. 1) having a top cylindrical shape has an inner peripheral surface of the lower end opening that is the same polygonal shape as the outer peripheral surface of the removable cylindrical piece 10 of the outer cylindrical body 2. A seal cylinder piece 46 having a top cylindrical shape that is tightly fitted to the storage cylinder portion 30 of the inner cylinder 29 is fixed internally.

  Thus, since the seal cylinder piece 46 is tightly fitted to the inner cylinder 30, the cap 45 is assembled to the outer cylinder 2 so as to be able to idle. A relative rotation occurs between the outer cylindrical body 2 and the inner cylindrical body 30, so that the cosmetic K stored therein is illegally fed out and an “accumulation” accident occurs in which the tip of the cosmetic K strikes the cap 45. However, since the cap 45 is assembled to the outer cylinder 2 so as not to idle, there is no possibility of such an accident occurring.

  FIG. 14 is a diagram for explaining the cooling and solidification molding by the bottom filling method of the cosmetic material K using the interior body 16. The tray body 36 is positioned at the lower limit, and the storage cylinder portion 31 of the inner cylinder body 30 is arranged. The interior body 16 tightly closed by externally assembling the mold lid 47 is held in an inverted posture, and the heated and melted cosmetic K is applied from the lower end opened by the inner cylinder piece 27 of the screw cylinder body 17. A fixed amount is poured into the interior body 16 until the liquid level of the heat-melting cosmetic material K reaches the lower end (upper end in FIG. 14) of the base end cylinder piece 43 of the tray body 36 in which the opening hole 44 is opened.

  When the fixed injection of the heat-melted cosmetic material K into the interior body 16 is completed, the entire interior body 16 is cooled to solidify the cosmetic material K. At this time, as apparent from FIG. The opening hole 44 formed in the base end cylinder piece 43 of the saucer body 36 located opposite to the body 17 is located opposite to the window hole 22 of the screw body 17, so that it is obstructed by the screw body 17. Without passing through, the cooling power is transmitted to the heated and melted cosmetic K through the window hole 22.

  When the molding and storage of the cosmetic K are completed, as shown in FIG. 15, the interior body 16 with the mold lid 47 removed is inserted into the exterior body 1 from below, and the first locking function part a and the second engagement part are inserted. The stop function part b is locked to achieve assembly of the feeding container.

  FIG. 16 is for explaining the separation between the exterior body 1 and the interior body 16, and the cylindrical assembly / disassembly jig M having an inner diameter dimension equal to the diameter dimension of the lower end of the inclined surface 28 of the inner cylinder piece 27. Is pushed and externally forcibly fitted to the inner cylinder piece 27, the assembled portion 23 in which the split groove 29 is formed is bent and elastically deformed (illustrated by a two-dot chain line in FIG. 16). The locking of the first locking function part a and the second locking function part b is released.

  If the interior body 16 is pulled down with respect to the exterior body 1 in this state, the interior body 16 is pulled out from the interior of the exterior body 1, and separation of the exterior body 1 and the interior body 16 is achieved.

  In addition, although the above-mentioned Example demonstrated the shaping | molding accommodation of the cosmetics K by a bottom filling system, by means, such as providing a partition in the lower end of the upper end part of the saucer body 36, the lower end of the upper end part of the saucer body 36, Needless to say, it is possible to carry out the molding and storing of the cosmetic K by the top filling method by providing the bottom function part of the space for storing the hot-melt cosmetic to be poured and filled.

In the longitudinal cross-sectional view which shows one Example of this invention, the right half is a non-feeding-out state figure, and the left half is a drawing-out state figure. FIG. 2 is an enlarged front view of a half longitudinal section showing an outer cylindrical body of the embodiment shown in FIG. 1. It is a top view of the outer cylinder shown in FIG. It is a bottom view of the outer cylinder shown in FIG. FIG. 2 is an enlarged front view of a half longitudinal section showing a seal cylinder of the embodiment shown in FIG. 1. FIG. 2 is an enlarged front view of the embodiment shown in FIG. It is the enlarged front view which carried out the irregular half vertical cross-section which shows the other Example of a screw cylinder. It is a top view of the screw cylinder shown in FIG. It is a bottom view of the screw cylinder shown in FIG. It is a vertical front view which shows the inner cylinder of the Example shown in FIG. It is an enlarged front view of the saucer body of the Example shown in FIG. It is an enlarged side view of the saucer body shown in FIG. It is a vertical expanded side view of the saucer shown in FIG. It is the plane sectional view which looked at the saucer shown in FIG. 10 along the AA line in FIG. It is an expanded longitudinal cross-sectional view which shows an example of the cooling molding process of cosmetics. It is explanatory drawing which shows the assembly | attachment state of an exterior body and an interior body. It is principal part expansion explanatory drawing which shows an example of the separation process of an exterior body and an interior body.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1; Exterior body 2; Outer cylindrical body 3; Main body cylinder 4; Locking vertical line a; First locking function part 5; Locking circumferential groove 6; Locking circumferential groove 7; Assembly circumferential groove 8; 9; Step 10; Detachable cylinder piece 11; Pressing protrusion 12; Seal cylinder 13; Assembly circumference 14; Longitudinal stripe 15; Seal circumference 16; Interior body 17; Screw cylinder 18; Main body 19; Groove 20; Stop piece 21; Vertical protrusion 22; Window hole 23; Assembly portion b; Second locking function portion 24; Locking protrusion 25; Locking groove 26; Bottom flange piece 27; Inner tube piece 28 Slope 29; Split groove 30; Inner cylinder 31; Storage cylinder part 32; Guide cylinder part 33; Guide hole 34; Retaining protrusion 35; Locking protrusion 36; Sauce body 37; Assembly cylinder part 38; Joint pin 39; Receiving tube portion 40; Tip tube piece portion 41; Cut portion 42; Spring portion 43; End tube piece 44; open hole 45; cap 46; tubular sealing strip 47; -type lid K; cosmetic M; Kumihazushi jig

Claims (6)

  The outer cylindrical body (2) is externally mounted on the inner cylindrical body (30) in which the saucer body (36) holding the bar-shaped cosmetic (K) is mounted so as to be movable up and down, and the outer cylindrical body (2) and the inner cylindrical body ( 30), the tray (36) is displaced up and down by relative rotation with the inner cylinder (30), and the cosmetic (K) is inserted into and removed from the inner cylinder (30). (30) The storage cylinder part (31) which is the upper half of the container and the receiving cylinder part (39) which is the upper part of the saucer body (36) are cooled and solidified as a part of the molding die and simultaneously stored and held. In the feeding container, the receiving tube portion (39) includes an upper distal tube piece portion (40), a lower proximal tube piece portion (43), and the proximal tube piece portion (43) and the distal tube piece portion. (40) and a spring portion (42) that is connected to the upper and lower portions by an elongated elastically deformable strip.   The feeding container according to claim 1, wherein a plurality of open holes (44) are formed in the base end cylinder piece (43) of the tray (36).   A plurality of cut portions (41) are formed in a configuration in which a cylindrical wall of the tip tube piece portion (40) is cut from the upper end edge to the lower portion of the tip tube piece portion (40) of the saucer body (36). Or the feeding container of 2.   A thread groove (19) is formed on the inner peripheral surface, and is rotatably mounted on the guide cylinder portion (32), which is the lower half of the inner cylinder (30), and combined with the inner cylinder (30). A plurality of window holes in the upper end portion of the screw body (17), which constitutes a functional part for moving the tray body (36) up and down, facing the opening hole (44) of the tray body (36) located at the lower limit. The feeding container according to claim 2 or 3, wherein (22) is established.   The feeding container according to claim 4, wherein the window hole (22) is formed in the bottom wall portion of the screw groove (19) along the screw groove (19).   When the saucer body (36) is positioned at the lower limit, the stopper piece (20) that the screwing pin (38) of the saucer body (36) gets over and locks the screw groove (19 The feeding container according to claim 4 provided in the portion.

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