JP6280825B2 - container - Google Patents

Description

  The present invention relates to a container that supports a rod-shaped volatilized body containing a volatilizing agent such as a fragrance, a deodorant, a repellent, and a disinfectant.

  Conventionally, volatilization bodies containing volatilizing agents such as fragrances are known. For example, Patent Document 1 discloses a volatilized body having an olfactory active composition and a rod-like structural component capable of holding the olfactory active composition. The olfactory active composition contained in this volatilizer volatilizes from the entire surface of the structural component.

Special table 2013-526906 gazette

  From the viewpoint of design, the rod-like volatilized body as described in Patent Document 1 is in a state where a plurality of the volatilized bodies are leaned against the container, more specifically, the upper part of the volatilized body protrudes upward from the container. Thus, it is required to be used while being supported by the container. As a container that meets such needs, for example, a bottomed cylindrical container that opens upward is conceivable.

  If you continue to use this container with a stick-shaped volatilized material leaned on it, the olfactory active composition impregnated in the structural component moves to the lower part of the structural component due to the effect of gravity. The olfactory active composition is volatilized mainly from the lower part of the structural component. In order to maintain good volatility of the olfactory active composition even in this later stage of use, it is necessary to make the dimension in the height direction of the cylindrical side wall of the container as small as possible. However, if the dimension of the side wall portion in the height direction is reduced, it is not possible to stably support a long rod-like volatilized body.

  It is an object of the present invention to provide a container that can support a plurality of volatilized bodies that are each formed in a rod shape in a stable standing state and that can ensure good volatility in the later stage of use of the volatilized body. .

  As means for solving the above-mentioned problems, the present invention is a container for supporting a plurality of volatilization bodies each formed in a rod shape, and a receiving part for receiving the respective lower ends of the plurality of volatilization bodies; A side wall part that surrounds and surrounds the intermediate part above the lower end part of the plurality of volatilized bodies from its periphery, and a side wall part that connects the receiving part and the surrounding part, and the side wall part Is a volatilization space that opens in the depth direction perpendicular to the height direction connecting the receiving portion and the surrounding portion and that is connected to the surrounding space formed inside the surrounding portion in the height direction and the depth direction. A shape that surrounds from both sides in the width direction orthogonal to both, the dimension in the depth direction of the surrounding part and the dimension in the depth direction of the side wall part are smaller than that of the receiving part, and the surrounding part The distance from the receiving part is Providing greater vessel than the depth dimension of the serial receiver.

  In this container, the receiving part supports the lower end part of each volatilizing body, and the inner peripheral surface of the surrounding part collectively supports the intermediate part of the volatilizing body, so that the rod shape can be increased by increasing the distance between the surrounding part and the receiving part. These volatilized bodies can be stably supported in a posture in which the upper part of each volatilized body protrudes upward from the surrounding portion, and the side wall portion has a shape surrounding the volatilization space opened in the depth direction. Therefore, even if the distance between the surrounding portion and the receiving portion is increased, the volatility in the later stage of use of the volatilization body is ensured satisfactorily. That is, in this container, the stable support of the long volatilization body by enlarging the distance of an envelopment part and a receiving part, and ensuring of the favorable volatility of the late use of the said volatilization body can be made compatible.

  Further, since the dimension in the depth direction of the surrounding part and the dimension in the depth direction of the side wall part are smaller than that of the receiving part, and the distance between the surrounding part and the receiving part is larger than the dimension of the receiving part in the depth direction, the container The container can be prevented from falling over while reducing the occupied area in the depth direction. Specifically, when the distance between the surrounding part and the receiving part is larger than the dimension in the depth direction of the receiving part, it is possible to stably support a relatively long-shaped volatilizer while reducing the occupied area in the depth direction of the container. On the other hand, when the external force of the depth direction acts especially on the surrounding part, the container easily falls. On the other hand, in this container, the dimension in the depth direction of the enclosure part and the dimension in the depth direction of the side wall part are smaller than that of the receiving part, so that the dimension in the depth direction of the enclosure part and the dimension in the depth direction of the side wall part are received. The center of gravity of the container is located below (closer to the receiving part) than when it is the same as or larger than that of the part. Therefore, the fall of the said container when the external force of a depth direction acts with respect to a container is suppressed.

  In this case, it further has a guide part that extends upward from the surrounding part and guides the insertion of the volatilizing body into the surrounding part, and the guide part is accommodated inside the surrounding part in the depth direction. And it is preferable to have a shape which spreads toward the outer side of the said width direction as it goes upwards from the said enclosure part.

  In this way, it is possible to improve the ease of insertion of the volatilization body into the enclosure portion while maintaining the difficulty of the container toppling when an external force in the depth direction acts on the container. Specifically, the guide portion extends upward from the surrounding portion, but has a shape that fits inside the surrounding portion in the depth direction, so that an increase in the position of the center of gravity of the container due to the provision of the guide portion is suppressed. The And since a guide part has the shape which spreads toward the outer side of the said width direction as it goes upwards from an enclosure part, the said volatilization body is inserted in the said enclosed space, keeping a volatilization body along the inner surface of this guide part. By doing so, the volatilization body can be easily stood on the container.

  Moreover, in this invention, the said surrounding part has a pair of opposing part which mutually opposes in the said depth direction, and the dimension of the said height direction of each opposing part is larger than the dimension of the said depth direction of each opposing part. Preferably it is formed.

  If it does in this way, volatility can be improved by supporting the volatilization body in the attitude | position which inclined more, ensuring the intensity | strength of a pair of opposing part in an enclosure part. Specifically, the smaller the dimension of the surrounding portion in the depth direction, the more difficult the container falls, but the surrounding space formed inside the surrounding portion becomes smaller, so the rod-shaped volatilized body has an inclined posture. It becomes difficult to be supported. On the other hand, it becomes possible to support the volatilized body in a more inclined posture by enlarging the surrounding space, but the dimension (thickness) in the depth direction of each facing portion is reduced accordingly, so the strength of the facing portion is reduced. descend. In the present invention, since the dimension in the height direction of each opposing part is formed larger than the dimension in the depth direction of each opposing part, the strength of each opposing part is ensured by ensuring the dimension in the height direction. In addition, the volatilization body can be supported in a more inclined posture as the distance between the facing portions (the dimension in the depth direction of the enclosed space) increases.

  Moreover, in this invention, the said receiving part stands from the outer surface of the receiving surface which receives the lower end part of the said volatilization body from the lower part, and the said lower surface part of the said volatilization body is located on the said receiving surface. An abutting surface that abuts against the lower end portion from the outside, and the receiving surface has a central side with respect to the outer peripheral side so as to guide the lower end portion of the volatilizing body toward the abutting surface. It is preferable to have a raised surface that protrudes upward.

  In this way, when a plurality of volatilization bodies are inserted into the enclosure, the lower end of each volatilization body is guided along the raised surface toward the contact surface, so each volatilization body has its The lower end is supported by the abutment surface from the side and the middle part is supported by the inner peripheral surface of the surrounding part, that is, the upper end of each volatilizing body is supported by the inclined posture spreading outward. It becomes easy to be done.

  Specifically, the raised surface has a central surface and an inclined surface inclined downward from the central surface toward the contact surface, and the central surface is convex outward and is inclined. It is preferable to have a curved surface that is curved so as to be smoothly connected to the surface.

  In this way, when a plurality of volatilization bodies are inserted into the enclosure part, the lower end of each volatilization body is guided by the curved surface so as to be smoothly directed to the inclined surface, and is then applied along the inclined surface. Get guided to the surface. Therefore, the lower end portion is guided more smoothly toward the contact surface.

  In this case, it is preferable that the receiving surface has an annular support surface that is interposed between the raised surface and the contact surface and supports the lower end portion of the volatilization body from below.

  In this way, the lower end of the volatilization body is supported on the support surface from below and supported on the contact surface from the side, and the intermediate part of the volatilization body is supported on the inner peripheral surface of the enclosure part. The inclined posture of the volatilizer is stabilized.

  Furthermore, in this case, the dimension between the portions facing each other among the outer edge portion of the support surface and the inner edge portion of the support surface is set larger than the outer diameter of the lower end portion of the volatilization body. Preferably it is.

  If it does in this way, since the lower end part of a volatilization body will receive the support from the downward direction by a support surface, the inclination attitude | position of a volatilization body will become more stable.

  Further, in the present invention, the inclined surface is supported by the support surface from below and supported by the contact surface from the side, and the intermediate portion of the volatilizer is the surrounding portion. It is preferable to have a shape that is separated from the volatilizing body in an inclined posture so as to be supported by the inner peripheral surface.

  If it does in this way, each volatilization body will be stably supported by three points, a support surface, a contact surface, and the inner peripheral surface of an envelopment part, without restricting the spread to the outside of the upper end part of each volatilization body. .

  As described above, according to the present invention, it is possible to provide a container that can support a plurality of volatilized bodies, each of which is formed in a rod shape, in a standing state, and can ensure good volatility in the later stage of use of the volatilized body. can do.

It is a perspective view of the container of a first embodiment of the present invention. It is a top view of the container shown in FIG. It is sectional drawing in the III-III line | wire shown in FIG. It is sectional drawing in the IV-IV line shown in FIG. It is a perspective view of the container of 2nd embodiment of this invention. It is a top view of the container shown in FIG. It is sectional drawing in the VII-VII line shown in FIG.

(First embodiment)
The container 20 of 1st embodiment of this invention is demonstrated referring FIGS. 1-4. In the following description, the height direction refers to the vertical direction in FIGS. 1, 3, and 4, the width direction refers to the horizontal direction in FIG. 3, and the depth direction refers to the horizontal direction in FIG.

  As shown in FIG. 1, the container 20 of the present embodiment supports a plurality of rod-shaped volatilizers 10 in a state where they are leaned against each other. The container 20 is formed of a mixed material of resin and mineral powder having a specific gravity greater than that of the resin. Examples of the resin include polyethylene, polypropylene, ABS, and polyethylene terephthalate. The specific gravity of this resin is desirably about 0.8 to 1.5. The mineral powder may be any powder having a specific gravity greater than that of the resin, and examples thereof include ceramic powder, metal powder, and glass fiber. The specific gravity of the mineral powder is desirably about 2.0 to 12.0, and in particular, the specific gravity of the ceramic powder is desirably about 2.0 to 5.0. In the present embodiment, the mixing ratio of the resin and the mineral powder is set so that the specific gravity of the container 20 is greater than 1.5.

  Each volatilization body 10 is formed in a column shape long in one direction. Specifically, the volatilization body 10 has a volatilizing agent and a columnar core 12 that holds the volatilizing agent. Examples of the volatilizer include fragrances, deodorants, repellents, and disinfectants. The core material 12 is formed by winding paper so as to have a multilayer shape, and bonding the edges of the paper with a water-soluble adhesive. The volatile body 10 is formed by impregnating the core material 12 with the volatile agent. The volatilizing agent is volatilized from the entire surface of the core material 12.

  The container 20 includes a receiving portion 30, a surrounding portion 42 provided above the receiving portion 30, a guide portion 46 connected to the upper portion of the surrounding portion 42, and a side wall portion that connects the receiving portion 30 and the surrounding portion 42. 50.

  The receiving part 30 comprises the bottom part of the container 20, and has the recessed part 32 which receives the lower end part 10a of each volatilization body 10. As shown in FIG. The recessed part 32 has the circular receiving surface 33 which receives the lower end part 10a of each volatilization body 10 from the downward direction, and the standing part 34 extended upwards from the outer edge of the receiving surface 33. As shown in FIG. As shown in FIGS. 3 and 4, the inner peripheral surface of the upright portion 34 is in contact with the lower end portion 10 a from the outside so as to be positioned on the receiving surface 33 of the lower end portion 10 a of the volatilization body 10. A surface 34a is formed. The contact surface 34 a is set to a size that can collectively surround the lower end portions 10 a of the plurality of volatilization bodies 10. The outer peripheral surface 34 b of the standing portion 34 has a shape that inclines downward as it is separated from the receiving surface 33 in the radial direction.

  The surrounding part 42 surrounds the intermediate | middle site | part 10b above the lower end part 10a of the some volatilization body 10 collectively from the circumference | surroundings. In the present embodiment, the surrounding portion 42 is formed in a cylindrical shape. As shown in FIG. 2, the diameter of the inner peripheral surface 42 a of the surrounding portion 42 is set to be larger than the diameter of the contact surface 34 a of the standing portion 34. The surrounding part 42 is disposed above the receiving part 30 so that the central axis of the surrounding part 42 and the central axis of the upright part 34 coincide. As shown in FIG. 4, the distance between the surrounding part 42 and the receiving part 30 is formed larger than the dimension of the receiving part 30 in the depth direction. In addition, the inner peripheral surface 42a of the surrounding part 42 is inclined so as to be slightly inward as it goes downward.

  The surrounding part 42 has a pair of opposing parts 44 which oppose each other in the depth direction. As shown in FIGS. 2 and 4, the dimension between the opposing parts 44 (the dimension in the depth direction of the surrounding part 42) is smaller than the dimension in the depth direction of the receiving part 30. As shown in FIG. 4, the height dimension of each facing portion 44 is set to be larger than the dimension (thickness) of the facing portion 44 in the depth direction.

  The guide part 46 has a shape that extends upward from the upper end of the surrounding part 42 and widens outward in the width direction. As shown in FIG. 4, the depth dimension of the guide portion 46 is smaller than that of the surrounding portion 42. The inner surface 46 a of the guide portion 46 is smoothly connected to the inner peripheral surface 42 a of the surrounding portion 42.

  The side wall part 50 has a shape that connects the receiving part 30 and the surrounding part 42. The side wall portion 50 has a shape that opens in the depth direction and surrounds the volatilization space 51 connected to the surrounding space 43 formed inside the surrounding portion 42 from both sides in the width direction. The side wall part 50 has a shape curved so as to be convex outward in the width direction. The inner surface of the side wall portion 50 is smoothly connected to the upper surface of the receiving portion 30. As shown in FIGS. 2 and 4, the dimension of the side wall 50 in the depth direction is smaller than that of the receiving part 30.

  When the volatilization body 10 is leaned against the container 20 of this embodiment, the lower end part 10 a of the volatilization body 10 is inserted along the inner surface 46 a of the guide part 46 so that the lower end part 10 a reaches the enclosed space 43. Then, by continuing to insert the volatilizing body 10 as it is, the lower end portion 10a of the volatilizing body 10 is accommodated in the recess 32, and the intermediate portion 10b of the volatilizing body 10 is supported by the inner peripheral surface 42a of the surrounding portion 42. The volatilization body 10 is supported by the container 20 in a state in which the volatilization body 10 is inclined with respect to the container 20 and an upper portion thereof protrudes upward from the container 20.

  As described above, in the container 20 of the present embodiment, the receiving portion 30 supports the lower end portion 10a of each volatilizing body 10, and the inner peripheral surface 42a of the surrounding portion 42 collectively supports the intermediate portion 10b of the volatilizing body 10. Therefore, by increasing the distance (the dimension in the height direction) between the surrounding portion 42 and the receiving portion 30, the volatilizing bodies 10 are stabilized in a posture in which the upper portion of each rod-like volatilizing body 10 protrudes upward from the surrounding portion 42. Can be supported.

  When the plurality of volatilization bodies 10 are continuously used in this state, the volatilizing agent impregnated in the core material 12 moves to the lower part of the core material 12 due to the influence of gravity. For this reason, in the latter period of use of the volatilization body 10, the volatilizer is volatilized mainly from the lower part of the core material 12. Since the side wall part 50 of this container 20 has the shape which surrounds the space 51 for volatilization opened in the depth direction from the both sides of the width direction, even if it increases the distance of the surrounding part 42 and the receiving part 30, it is a volatilization body. The volatility in the late use of 10 is ensured satisfactorily. That is, in this container 20, stable support of the long-shaped volatilization body 10 by enlarging the distance between the surrounding part 42 and the receiving part 30, and ensuring good volatility in the later stage of use of the volatilization body 10 Can be compatible.

  Furthermore, the dimension in the depth direction of the surrounding part 42 and the dimension in the depth direction of the side wall part 50 are smaller than that of the receiving part 30, and the distance between the surrounding part 42 and the receiving part 30 is the dimension in the depth direction of the receiving part 30. Therefore, the container 20 can be prevented from overturning while reducing the occupied area in the depth direction of the container 20. Specifically, when the distance between the surrounding part 42 and the receiving part 30 is larger than the dimension of the receiving part 30 in the depth direction, the relatively long rod-shaped volatilizer 10 is stabilized while reducing the occupied area of the container 20 in the depth direction. While it is possible to support the container 20, the container 20 easily falls down when an external force in the depth direction is applied to the surrounding portion 42. On the other hand, in this container 20, the dimension in the depth direction of the surrounding part 42 and the dimension in the depth direction of the side wall part 50 are smaller than that of the receiving part, so the dimension in the depth direction of the surrounding part 42 and the depth of the side wall part 50. The center of gravity of the container 20 is located lower (closer to the receiving part 30) than when the dimension in the direction is the same as or larger than that of the receiving part 30. Therefore, in this container 20, the relatively long rod-shaped volatilizer 10 is stably supported with a small occupied area in the depth direction, and the container 20 falls when an external force in the depth direction acts on the container 20. It is possible to achieve both of the above-mentioned suppression at the same time.

  In addition, in this embodiment, since the container 20 is formed of a mixed material of a resin and a mineral powder having a specific gravity larger than that of the resin, the container 20 is compared with a case where the container 20 is formed of only the resin. 20 gets heavier. For this reason, the fall of the said container 20 when an external force acts with respect to the container 20 is further suppressed.

  In the present embodiment, the guide portion 46 has a shape that fits inside the enclosure portion 42 in the depth direction and expands outward in the width direction as it goes upward from the enclosure portion 42. The ease of insertion of the volatilization body 10 into the enclosure part 42 can be improved while maintaining the difficulty of falling of the container 20 when an external force in the depth direction is applied. Specifically, although the guide portion 46 extends upward from the surrounding portion 42, the guide portion 46 has a shape that fits inside the surrounding portion 42 in the depth direction, so that the position of the center of gravity of the container 20 by providing the guide portion 46 can be reduced. The rise is suppressed. And since the guide part 46 has a shape which spreads toward the outer side of the width direction as it goes upwards from the enclosure part 42, it surrounds the said volatilization body 10 along with the volatilization body 10 along the inner surface 46a of this guide part 46. By inserting it into the space 43, the volatilization body 10 can be easily leaned against the container 20.

  Furthermore, in this embodiment, since the dimension of the height direction of each opposing part 44 is formed larger than the dimension of the depth direction of each opposing part 44, the volatilization body 10 ensuring the intensity | strength of each opposing part 44. The volatility can be improved by supporting the in a more inclined posture. Specifically, the smaller the dimension of the surrounding portion 42 in the depth direction, the more difficult the container 20 falls, but the surrounding space 43 formed inside the surrounding portion 42 becomes smaller, so the rod-shaped volatilizer 10. Becomes difficult to be supported in an inclined posture. On the other hand, it is possible to support the volatilization body 10 in a more inclined posture by enlarging the surrounding space 43, but the dimension (thickness) in the depth direction of each facing portion 44 is reduced accordingly, so that the facing portion The strength of 44 decreases. In the present embodiment, since the dimension in the height direction of each facing portion 44 is formed to be larger than the dimension in the depth direction of each facing portion 44, the dimension in the height direction is ensured to ensure the height of each facing portion 44. The strength is ensured, and it is possible to support the volatilization body 10 in which the distance between the facing portions 44 (the dimension in the depth direction of the surrounding space 43) is increased in a more inclined posture.

(Second embodiment)
The container 20 of 2nd embodiment of this invention is demonstrated referring FIGS. 5-7. In the second embodiment, only the parts different from the first embodiment will be described, and the description of the same structure, operation, and effect as in the first embodiment will be omitted.

  The volatilization body 10 supported by the container 20 has a lower end portion 10a abutting on the abutting surface 34a, and an intermediate portion 10b in the direction opposite to the abutting direction of the lower end portion 10a on the abutting portion 34a. The upper end portion of the upper end portion spreads outward most when the maximum inclination posture inclines so as to come into contact with the inner peripheral surface 42a of 42. From the viewpoint of volatility, it is preferable that the plurality of volatilization bodies 10 are each supported in the maximum inclined posture, that is, the upper end portion of each volatilization body 10 is supported in a radially extending manner.

  Here, in the container 20 of the first embodiment, the lower end portion 10a does not contact the contact surface 34a due to the influence of friction generated between the lower end portion 10a and the receiving surface 33, that is, the lower end portion 10a. Is in contact with the receiving surface 33 on the inner side of the contact surface 34a, and the intermediate portion 10b of the volatilizer 10 may be supported in an inclined posture in contact with the inner peripheral surface 42a of the surrounding portion 42. In this case, the outward spreading of the upper end portion of the volatilization body 10 is smaller than when the volatilization body 10 is supported in the maximum inclined posture. The container 20 of this embodiment ensures high volatility by making the said lower end part 10a contact | abut to the contact surface 34a more reliably.

  In the present embodiment, the shape of the receiving surface 33 is different from that of the first embodiment. Specifically, the receiving surface 33 has a raised surface 33a and a support surface 33d interposed between the raised surface 33a and the contact surface 34a.

  The raised surface 33a has a shape in which the center side is raised upward with respect to the outer peripheral side so as to guide the lower end portion 10a of the volatilization body 10 toward the contact surface 34a. Specifically, the raised surface 33a includes a central surface 33b and a truncated cone-shaped inclined surface 33c inclined downward from the central surface 33b toward the contact surface 34a.

  The central surface 33b has a flat circular top surface 33e and a curved surface 33f that curves so as to be smoothly connected to the inclined surface 33c from the top surface 33e. The height of the top surface 33e from the support surface 33d is set smaller than that of the upper end of the contact surface 34a. The curved surface 33f is connected to the outer edge of the top surface 33e, and has a shape that curves so as to protrude outward.

  33 d of support surfaces are formed in the cyclic | annular form which supports the lower end part 10a of the volatilization body 10 from the downward direction. In the present embodiment, the support surface 33d is formed in a flat annular shape. The outer edge of the support surface 33d is connected to the lower end of the contact surface 34a, and the inner edge of the support surface 33d is connected to the lower end of the inclined surface 33c. In the present embodiment, the boundary between the support surface 33d and the inclined surface 33c is curved so as to be convex inward. As shown in FIG. 7, the dimension L between the opposing portions of the outer edge of the support surface 33 d and the inner edge of the support surface 33 d is larger than the outer diameter of the lower end portion 10 a of the volatilization body 10. Is also set larger.

  As shown in FIG. 7, the inclined surface 33 c is configured such that the lower end portion 10 a of the volatile body 10 is supported by the support surface 33 d from below and is supported by the contact surface 34 a from the side, and the intermediate portion 10 b of the volatile body 10. Has a shape separated from the volatilizing body 10 in an inclined posture so as to be supported by the inner peripheral surface 42 a of the surrounding portion 42. Specifically, the inclination of the inclined surface 33c relative to the support surface 33d is the inclination relative to the support surface 33d of the volatilizing body 10 in a posture supported by three points of the support surface 33d, the contact surface 34a, and the inner peripheral surface 42a of the surrounding portion 42. Is set smaller than.

  In the container 20 of the present embodiment, when the plurality of volatilization bodies 10 are inserted into the surrounding portion 42, the lower end portion 10a of each volatilization body 10 guides toward the contact surface 34a along the raised surface 33a. Each volatilization body 10 is inclined such that its lower end portion 10a is supported by the contact surface 34a from the side and its intermediate portion 10b is supported by the inner peripheral surface 42a of the surrounding portion 42, that is, It becomes easy to be supported by the inclination posture which the upper end part of each volatilization body 10 spreads outward.

  Moreover, in the said embodiment, since the center surface 33b has the curved surface 33f curved so that it may protrude outward and it may be smoothly connected to the inclined surface 33c, the lower end part 10a of the volatilization body 10 is the curved surface 33f. After being guided smoothly toward the inclined surface 33c, the guide is directed toward the contact surface 34a along the inclined surface 33c. Therefore, the lower end portion 10a is guided more smoothly toward the contact surface 34a.

  Further, in the above embodiment, the receiving surface 33 has an annular support surface 33d that supports the lower end portion 10a from below, so that the lower end portion 10a is supported by the support surface 33d from below and applied from the side. The intermediate portion 10b of the volatilization body 10 supported by the contact surface 34a is supported by the inner peripheral surface 42a of the surrounding portion 42. That is, since the volatilization body 10 is supported at the three points of the support surface 33d, the contact surface 34a, and the inner peripheral surface 42a of the surrounding portion 42, the inclined posture of the volatilization body 10 is stabilized.

  Moreover, in the said embodiment, since the said dimension L of the support surface 33d is set larger than the outer diameter of the lower end part 10a of the volatilization body 10, the said edge part 10a is easy to contact the support surface 33d (support surface 33d). Easily received support from below). Therefore, the inclination posture of the volatilization body 10 becomes more stable.

  Moreover, in the said embodiment, since the inclined surface 33c has a shape separated from the volatilization body 10 of the attitude | position supported by the said 3 points, without restrict | limiting the expansion to the outer side of the upper end part of each volatilization body 10, Each volatilization body 10 is stably supported by the three points.

  In addition, it should be thought that the said embodiment disclosed this time is an illustration and restrictive at no points. The scope of the present invention is shown not by the above description of the embodiments but by the scope of claims for patent, and further includes all modifications within the meaning and scope equivalent to the scope of claims for patent.

  For example, in each of the above embodiments, the example in which the surrounding portion 42 is disposed above the receiving portion 30 so that the central axis of the surrounding portion 42 and the central axis of the standing portion 34 coincide with each other has been shown. As long as the surrounding part 42 is accommodated inside the receiving part 30, the surrounding part 42 may be arranged at a position where the central axis is deviated from the central axis of the standing part 34 in at least one of the depth direction and the width direction.

  Moreover, in each said embodiment, although the example which has a shape which curves so that the side wall part 50 may become convex on the outer side of the width direction was shown, the side wall part 50 curves so that it may become convex on the inner side of the width direction. The shape to do may be sufficient.

  In the second embodiment, a plurality of spiral grooves that are intermittently arranged in the circumferential direction from the curved surface 33f toward the lower end portion of the inclined surface 33c may be formed. Each groove | channel is formed in the shape which can accept the lower end part 10a of the volatilization body 10. FIG. If it does in this way, since the lower end part 10a of each volatilization body 10 receives the guidance which contacts the contact surface 34a along each groove | channel, the attitude | position which the upper end part of the some volatilization body 10 spreads more reliably radially. Supported by

DESCRIPTION OF SYMBOLS 10 Volatilizer 20 Container 30 Receiving part 32 Recessed part 33 Receiving surface 33a Raised surface 33b Central surface 33c Inclined surface 33d Support surface 33e Top surface 33f Curved surface 34 Standing part 34a Contact surface 42 Enclosing part 43 Enclosing space 44 Opposing part 46 Guide part 50 Side wall part 51 Volatilization space

Claims (8)

Each of which is a container for supporting a plurality of volatilized bodies formed in a rod shape,
A receiving portion for receiving a lower end portion of each of the plurality of volatilization bodies;
An encircling part that collectively encloses the intermediate part above the lower end part of the plurality of volatilization bodies from the periphery thereof;
A side wall portion connecting the receiving portion and the surrounding portion,
The side wall portion opens in the depth direction perpendicular to the height direction connecting the receiving portion and the surrounding portion, and defines the volatilization space connected to the surrounding space formed inside the surrounding portion with the height direction and the It has a shape that surrounds both sides in the width direction perpendicular to both the depth direction,
The dimension in the depth direction of the surrounding part and the dimension in the depth direction of the side wall part are smaller than that of the receiving part, and the distance between the surrounding part and the receiving part is in the depth direction of the receiving part. A container that is larger than its dimensions. The container according to claim 1,
The guide portion further includes a guide portion that extends upward from the surrounding portion and guides insertion of the volatilization body into the surrounding portion, and the guide portion is located inside the surrounding portion in the depth direction and the surrounding portion. The container which has a shape which spreads toward the outer side of the said width direction as it goes upwards from. The container according to claim 1 or 2,
The surrounding portion has a pair of facing portions facing each other in the depth direction,
The container in which the dimension in the height direction of each facing part is formed larger than the dimension in the depth direction of each facing part. The container according to any one of claims 1 to 3,
The receiving part stands with respect to the lower end part so that the lower end part of the volatilization body is received from below and the lower end part of the volatilization body is positioned on the receiving surface while standing from the outer edge of the receiving surface. A contact surface that contacts from the outside,
The said receiving surface is a container which has the raised surface where the center side protrudes upwards with respect to an outer peripheral side so that the lower end part of the said volatilization body may be guided toward the said contact surface. The container according to claim 4,
The raised surface has a central surface, and an inclined surface inclined downward from the central surface toward the contact surface,
The container having a curved surface that is curved outwardly so as to be smoothly connected to the inclined surface. The container according to claim 5,
The said receiving surface is a container which has the cyclic | annular support surface which interposes between the said protruding surface and the said contact surface, and supports the lower end part of the said volatilization body from the downward direction. The container according to claim 6,
The container between the outer edge part of the said support surface and the mutually opposing site | parts among the edge parts inside the said support surface is set larger than the outer diameter of the lower end part of the said volatilization body. The container according to claim 6 or 7,
The inclined surface is supported by the support surface from below and supported by the contact surface from the side, and the intermediate portion of the volatilized material is supported by the inner peripheral surface of the surrounding portion. A container having a shape that is separated from the volatilizing body in an inclined posture.

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