JP6093595B2 - Vaporized chemical storage container - Google Patents

Description

  The present invention relates to a vaporized medicine storage container.

  Conventionally, as this kind of vaporized chemical storage container, as shown in Patent Document 1 below, for example, by opening the lid at an arbitrary angle, the vaporized gas from the vaporized chemical (fragrance) is always volatilized little by little. A configuration, or a configuration in which vaporized gas in a container body is ejected and volatilized by pressing a spray button as shown in, for example, Patent Document 2 below, is known.

Japanese Patent No. 3744563 JP 2001-72151 A

  However, in the former vaporized chemical storage container among the conventional vaporized chemical storage containers, once the lid is opened, the vaporized gas continues to be volatilized even when vaporization of the vaporized gas is unnecessary, and the vaporized chemical is wasted. Was consumed. Moreover, in the latter vaporization chemical | medical agent storage container, volatilization of vaporization gas was temporary, and volatilization could not be continued for a certain amount of time (predetermined time).

  The present invention has been made in view of such circumstances, and vaporized gas is volatilized continuously for a certain time when necessary while preventing vaporized gas from being vaporized from the vaporized chemical. An object of the present invention is to provide a vaporized medicine container that can be operated easily and looks good.

In order to solve such problems and achieve the above object, the present invention proposes the following means.
That is, the vaporized medicine storage container of the present invention is connected to the container, in which the vaporized drug is accommodated, a container formed with a take-out hole to be taken out by dropping the vaporized drug by its own weight, and the container a crushing member for crushing the vaporized agent taken from the take-out hole, the vaporized drug holding member for holding the vaporized drug dropped by its own weight is crushed in the crushing body, provided with a, an outer overlying the vertically movable in the housing body A pair of crushing members provided so as to face each other so as to sandwich the vaporized medicine taken out from the take-out hole in a crossing direction intersecting with the up-and-down direction of the outer cover. of the approach of each other it is configured to crush the vaporized agent, at least one of the pair of the crushing members, contact the pair of the crushing members to each other by the cross direction Is connected an operation section which enables an operation for, in the operation portion, by sliding contact with the outer cover upon lowering of the outer cover, the pair of crushing members via the operation unit in the intersecting direction It is characterized in that a sliding contact operating part is provided to be close to each other.

According to the vaporized medicine storage container of the present invention, the vaporized drug (for example, fragrance, which will be described in detail later) accommodated in the container is taken out from the take-out hole and crushed by the crushed material, whereby the vaporized drug holding member The vaporized gas can be volatilized while being held in the tank. That is, in a state where the vaporized drug is accommodated in the container, it is possible to suppress the vaporized gas from being volatilized from the vaporized drug and to prevent the vaporized drug from being wasted. And when it is desired to volatilize the vaporized gas of the vaporized chemical, the vaporized chemical can be volatilized from the vaporized chemical for a certain period of time (predetermined time) by crushing the vaporized chemical.
Moreover, the said effect can be stably obtained by a simple structure by crushing a vaporization chemical | medical agent by relatively moving crushing members.
Furthermore, by utilizing the self-weight of the vaporized drug, the vaporized drug can be brought to the crushed body and the vaporized drug holding member without particularly providing a mechanism for sending the vaporized drug, and the configuration of the container is simplified. Can do.
Then, with the vaporized medicine storage container placed on an arbitrary container placement surface, the vaporized drug can be easily crushed with one hand by pushing down the outer cover that is placed on the container at the top of the container so as to be able to be raised and lowered. Can do. In addition, since the operation is only to push down the outer cover, it is not necessary to direct the crushing member and the operation part in a direction that is easy to be noticed and operated when placing the vaporized medicine storage container. Therefore, exposure of functional parts such as the crushing member and the operation unit to the outside can be suppressed, and the appearance can be improved.

Moreover, the vaporization chemical | medical agent storage container of this invention is good also as a structure provided with the urging | biasing member urged | biased in the direction which separates said pair of crushing members.
In this case, the pair of crushing members are moved closer to each other against the urging force of the urging member to crush the vaporized drug, and after crushing the vaporized drug, the crushing members are separated from each other by the urging force of the urging member. Therefore, the operation for returning the crushing member to the original state is unnecessary, and the operability can be improved.

Moreover, the vaporization medicine storage container of the present invention may include a surrounding portion surrounding the vaporization medicine holding member, and a volatilization window for volatilizing vaporized gas generated from the crushed vaporization agent may be formed in the surrounding portion. .
In this case, when the crushed vaporized drug falls on the vaporized drug holding member, it can be prevented that the vaporized drug is scattered outside the container. Moreover, after covering the crushed vaporized chemical | medical agent and preventing that the external appearance (look) of a container is impaired, vaporized gas can be volatilized outside a container through a volatilization window.

Moreover, the vaporization chemical | medical agent storage container of this invention is good also as a structure by which the protrusion part which protrudes toward the other crushing member is formed in at least one crushing member among said pair of crushing members.
In this case, it is easy to crush the vaporized drug held between the pair of crushing members, and the vaporized drug can be more reliably crushed.

  According to the present invention, it is possible to volatilize vaporized gas continuously for a certain period of time when necessary, while preventing vaporized gas from being voluntarily vaporized from the vaporized chemical, and the operation is simple and also looks good. A good vaporized medicine container can be provided.

It is a longitudinal cross-sectional view (half-sectional view) which shows the vaporization chemical | medical agent storage container which concerns on embodiment of this invention. It is AA sectional drawing of FIG. It is a side view of the said vaporization chemical | medical agent storage container, and is the figure which represented the container front (front surface) on the left side of the container axis | shaft O, and the container back surface (rear surface) on the right side of the container axis | shaft O. It is a longitudinal cross-sectional view equivalent to FIG. 1 explaining operation of the said vaporization chemical | medical agent storage container. It is sectional drawing equivalent to FIG. 2 explaining operation of the said vaporization chemical | medical agent storage container.

Hereinafter, the vaporized medicine storage container 40 according to the embodiment of the present invention will be described with reference to FIGS.
The vaporized medicine storage container 40 includes a rectangular tube-shaped main body cylinder 41 that stores a plurality of solid spherical vaporized drugs M, a partition wall 42 that partitions the inside of the main body cylinder 41 in the vertical direction of FIG. 1 with respect to the take-out cylinder 43 projecting downward from the lower end of the funnel-like part 42a formed on one side (left side) in 1 and the vaporized medicine M entering the take-out cylinder 43 1 is connected to the crushing piston 44 that moves forward and backward (approaching and separating) from the other side (right side) in FIG. An operating portion 45 that enables, a biasing member 46 that biases the crushing piston 44 backward, an inner lid 47 that is detachably attached to an upper end opening of the main body cylinder 41, an inner lid 47, and a main body cylinder 41 An outer cover 75 in the shape of a rectangular tube that covers the top from above, Provided.

  The vaporizing agent M has a property that at least the outer shell is in a solid form and is easily crushed (diffused) by being crushed. In the present embodiment, a fragrance is used as the vaporizing agent M. In addition, the present embodiment has a suitable configuration even when the vaporized drug M whose outer shell is liquid is used.

  In addition, the use, shape, and structure of the vaporized medicine M are not limited to those described above. Specifically, the vaporizing agent M is, for example, an air freshener, a deodorant, a deodorant, a malodor neutralizer, an insecticide, an insect repellent, a repellent, a drug, a disinfectant, and a disinfectant. Further, it may be a volatilizable agent such as a stimulant or an aromatherapy composition. In addition, the “solid vaporized drug M” referred to in the present embodiment includes the following structure. That is, in the present embodiment, the vaporizing agent M has a granular shape in which the outer shell is solid (including capsules), but the outer shell may not be solid, for example, a relatively soft film or It may be in the form of a jelly. The vaporized medicine M may be a tablet or jelly-like medicine formed by compressing the powdery medicine, a medicine whose inside is a gel and whose outer surface is solid.

  The central axes of the main body cylinder 41 and the outer cover 75 are located on a common axis. In the present embodiment, the common shaft is the container axis O, the direction along the container axis O is the vertical direction as shown in FIG. 1, the outer cover 75 side is the upper side, and the opposite side is the lower side. Further, the posture in which the outer cover 75 is placed on the container placement surface S with the outer cover 75 on the upper side as shown in FIG. Furthermore, the direction orthogonal to the container axis O is the radial direction, and the direction of circling around the container axis O is the circumferential direction.

  The main body cylinder 41 forms a container 48 that stores and holds the vaporized medicine M by a portion above the partition wall 42 and the partition wall 42. In addition, the main body cylinder 41 forms a guide cylinder 53 that holds the crushing piston 44, a surrounding portion 49 that surrounds the vaporized drug holding member 51, and the like in a portion below the partition wall 42. A volatilization window 50 that volatilizes vaporized gas generated from the crushing vaporized drug M dropped on the vaporized drug holding member 51 is formed in the front portion on the left side in FIG. The volatilization window 50 has a slit shape that is long in the vertical direction, and a plurality of volatilization windows 50 are formed side by side on the front portion of the surrounding portion 49. A rectangular notch 57 is formed at the lower end of each side wall of the rectangular tube-shaped surrounding portion 49, and the vaporized gas generated from the vaporized medicine M is volatilized from each notch 57.

  The partition wall 42 forms a funnel-shaped part 42a on the left side in FIG. 1, and forms a flat part 42b along the radial direction on the right side in FIG. The funnel-shaped part 42a forms a circular extraction hole 52 at the lower end thereof. The take-out hole 52 is formed so as to avoid the container axis O on the left side in FIG. A cylindrical take-out cylinder 43 hangs from the peripheral edge of the take-out hole 52. The take-out cylinder 43 forms a half-cylindrical pressing wall portion 54 by cutting out the right side in FIG. A lower end opening of the take-out cylinder 43 is a discharge port 43a, and a vaporized medicine holding member 51 is disposed below the discharge port 43a.

  The vaporized drug holding member 51 is made of a non-woven fabric or a porous material (for example, a sponge body) that has a plate shape, and is impregnated or placed with liquid, granules, powder, fragments, etc. generated by crushing the vaporized drug M. The holding member main body 51a to be enabled, and an upright portion 51b that stands from the left side of the holding member main body 51a in FIG. The holding member main body 51 a is disposed above the notch portion 57. The vaporized drug M is appropriately vaporized by being exposed to the outside air through the volatilization window 50 and the cutout portion 57 in a state where the vaporized drug holding member 51 is impregnated or placed. The vaporized drug holding member 51 is supported on a plurality of protrusions 56 formed on the inner surface of the surrounding portion 49 above the notch portion 57.

  A rectangular opening 58 is formed in the side wall 41b on the right side in FIG. 1 among the side walls 41a and 41b orthogonal to the advancing / retreating direction of the crushing piston 44 in the main body cylinder 41. From the peripheral edge of the opening 58, a rectangular tube-shaped outer guide cylinder 59 extends toward the left side (inner side of the container) in FIG. The outer guide tube 59 supports the rectangular vertical wall 60 and the like of the operation portion 45 on its inner peripheral side so as to be able to advance and retract. The upper wall portion 59a of the outer guide tube 59 is formed by a flat portion 42b of the partition wall 42 and a part of the funnel portion 42a. A plurality of ribs 59b extending along the advance / retreat direction are formed on the lower surface side of the upper wall portion 59a. The upper end portion of the vertical wall 60 of the operation unit 45 can be slidably contacted with the lower end edges of the plurality of ribs 59b.

  A peripheral edge portion of the inner vertical wall 58a orthogonal to the advancing / retreating direction is supported on the left end portion of the outer guide tube 59 in FIG. The inner vertical wall 58a hangs from the vicinity of the left end of the take-out hole 52 of the partition wall 42 in FIG. A circular hole 58b through which the cylindrical crushing piston 44 is inserted is formed in the inner vertical wall 58a. A cylindrical guide tube 53 extends from the peripheral edge of the circular hole 58b toward the right side in FIG. The crushing piston 44 is supported in the guide cylinder 53 so as to be able to advance and retract. A support piece 68 protrudes from the lower end of the inner vertical wall 58a toward the left side in FIG.

  The crushing piston 44 forms a crushing plate 63 orthogonal to the advancing / retreating direction at the end in the forward direction (left side in FIG. 1). From the peripheral edge of the crushing plate 63, a cylindrical skirt 64 extends in the backward direction (right side in FIG. 1). A seal lip 64 a that is slidably in contact with the inner periphery of the guide tube 53 is provided on the outer peripheral side of the distal end portion of the skirt portion 64. The crushing plate 63 is disposed to face the pressing wall portion 54 in the advancing / retreating direction. A plurality of crushing protrusions 67 a for crushing the vaporized drug M are provided on the surface of the crushing plate 63 facing the pressing wall portion 54. A pressing protrusion 69 protrudes in the forward direction from the upper end portion of the opposing surface, and a pair of vertical walls 70 along the vertical direction and the forward / backward direction protrude in the forward direction from both side portions of the opposing surface.

  The crushing piston 44 and the pressing wall portion 54 are a pair of crushing members arranged to face each other so as to sandwich the vaporized medicine M taken out from the take-out hole 52. A crushed body 67 of the present embodiment is configured by the pair of crushed members. The crushing piston 44 and the pressing wall portion 54 crush the vaporized medicine M held in the pressing wall portion 54 when the crushing piston 44 advances and retreats with respect to the pressing wall portion 54.

  The crushing piston 44 advances with respect to the pressing wall portion 54 together with the operation unit 45 by an operation of moving the operation unit 45 forward, and the solid vaporized medicine M arranged in the take-out cylinder 43 (crushing passage) is supplied to the crushing piston. Crush between 44 and the pressing wall 54. The most advanced position of the crushing piston 44 is defined by the front end of the guide tube 53 abutting against the inner surface of the vertical wall 60 of the operating portion 45 that moves forward and backward integrally with the crushing piston 44 (see FIGS. 4 and 5). The last retracted position of the crushing piston 44 is defined by, for example, locking of a stopper mechanism (not shown) formed between the peripheral wall 61 of the operation unit 45 and the outer guide cylinder 59.

  The support piece 68 of the inner vertical wall 58 a causes the semicircular tip portion to project so as to partially wrap with the spherical vaporized drug M just below the lower end of the take-out cylinder 43. As a result, the vaporized medicine M that has entered the take-out cylinder 43 is held without falling. On the other hand, after the vaporized drug M is crushed, the vaporized drug M after being crushed can be dropped by avoiding the support piece 68.

  For example, two vaporized drugs M can enter the take-out cylinder 43 simultaneously, and these two vaporized drugs M can be simultaneously crushed by the crushing piston 44. The pressing protrusion 69 of the crushing piston 44 prevents the vaporized drug M from moving upward (on the container 48 side) when crushing the vaporized drug M. The pair of vertical walls 70 of the crushing piston 44 prevents the crushed vaporized medicine M from scattering sideways. In addition, the structure which crushes by making the vaporizing chemical | medical agent M approach one by one or three or more into the taking-out cylinder 43 may be sufficient.

  The operating portion 45 has a rectangular shape that is the same as the opening 58 and is perpendicular to the advancing and retreating direction, and a cylindrical shape that extends from the front surface of the vertical wall 60 facing the crushing piston 44 toward the inside of the outer guide tube 59. And a peripheral wall 61. The operation unit 45 can move forward and backward with respect to the main body cylinder 41 so that the periphery of the vertical wall 60 is in sliding contact with the inner surface of the outer guide cylinder 59. The operating portion 45 is biased in the backward direction by a biasing member 46 made of a coil spring or the like disposed between the inner surface of the peripheral wall 61 and the outer surface of the guide tube 53.

  A rod receiving cylinder 62 extending in the forward direction protrudes from a central portion of the vertical wall 60 of the operation portion 45 on the crushing piston 44 side (forward side). The rod receiving cylinder 62 is fitted on a connecting rod 65 that protrudes from the central portion of the crushing plate 63 of the crushing piston 44 on the operation unit 45 side (retreat side) and extends in the retreat direction. Thereby, the crushing piston 44 and the operation part 45 are connected, and the crushing piston 44 and the operation part 45 move forward and backward integrally.

  On the outer side of the container of the vertical wall 60, a slidable contact operating portion 66 projecting outside the main body cylinder 41 is projected. The sliding contact operating portion 66 is formed by a plurality of vertical ribs 66a extending along the vertical direction. The inclined upper surface 66c formed by the edges of the plurality of vertical ribs 66a in the sliding contact operating portion 66 is inclined so as to protrude downward toward the lower side. The outermost vertical rib 66a and the adjacent vertical rib 66a in the sliding contact operation portion 66 reinforce each other through the lower end connecting portion 66b.

  The inner lid 47 includes a rectangular plate-shaped top wall 71, a peripheral wall 72 that hangs from the peripheral edge of the top wall 71, a seal cylinder 73 that hangs from the top wall 71 on the inner periphery of the peripheral wall 72, and a lower end edge of the peripheral wall 72 An annular flange portion 74 standing radially outward from the portion. With the inner lid 47 attached to the upper end opening of the main body cylinder 41, the upper end edge of the main body cylinder 41 contacts the lower surface of the top wall 71, and the upper end edge of the main body cylinder 41 contacts the inner periphery of the peripheral wall 72. The upper end edge of the main body cylinder 41 is fitted on the outer periphery of the seal cylinder 73.

  The outer cover 75 includes a rectangular plate-shaped top wall 76 and a peripheral wall 77 that hangs down from the peripheral edge of the top wall 76. The inner peripheral surface of the peripheral wall 77 is in sliding contact with the outer peripheral edge portion of the flange portion 74 of the inner lid 47 so as to be movable up and down. The rear lower end 77a of the peripheral wall 77 abuts from above on the forward side of the inclined upper surface 66c of the sliding contact operating portion 66 projecting outside the main body cylinder 41. In this state, a stopper protrusion 78 formed on the inner periphery of the upper portion of the peripheral wall 77 engages with the flange portion 74 of the inner lid 47 from below, and restricts the outer cover 75 from being detached upward from the container.

  The outer cover 75 causes the rear lower end portion 77a of the peripheral wall 77 to abut on the forward side of the inclined upper surface 66c of the sliding contact operating portion 66 when the biasing member 46 biased to the backward side is in the last retracted position. Thus, it is supported at the highest position. From this state, by applying an external force to the outer cover 75 and pushing it down, the operating portion 45 and the crushing piston 44 are advanced while the rear lower end portion 77a of the peripheral wall 77 is in sliding contact with the inclined upper surface 66c of the sliding contact operating portion 66.

Next, the procedure for using the vaporized medicine storage container 40 of this embodiment will be described.
First, the vaporized medicine storage container 40 is placed on the horizontal container placement surface S in the upright posture shown in FIG. Then, the vaporized medicine M having a spherical shape is guided by the funnel-shaped portion 42 a of the partition wall 42 of the container 48, and falls into the take-out cylinder 43 through the take-out hole 52 from the container 48 by its own weight. The vaporized medicine M is supported by the support piece 68 of the inner vertical wall 58a and the fall from the take-out cylinder 43 is restricted. As a result, the two upper and lower vaporized medicines M are arranged in the take-out cylinder 43.

  Next, as shown in FIGS. 4 and 5, when the operating portion 45 is pushed in the forward direction (the direction of arrow F in the figure) against the urging force of the urging member 46, the pressing wall portion 54 of the take-out cylinder 43 is pressed. On the other hand, the crushing piston 44 advances, and the vaporized medicine M is crushed between the crushing piston 44 and the pressing wall portion 54 and crushes. The push-in operation of the operation unit 45 is performed by pushing down the outer cover 75 that covers the upper part (the container 48) of the vaporized medicine storage container 40 placed in an upright posture.

  When the pushing operation of the operating portion 45 (the pushing down operation of the outer cover 75) is released, the crushing piston 44 is retracted from the pressing wall portion 54 by the biasing force of the biasing member 46. The vaporized medicine M crushed by the crushing piston 44 and the pressing wall portion 54 falls from the discharge port 43a onto the vaporized chemical holding member 51 below the discharge piece 43a without being blocked by the support piece 68.

  The vaporized drug M dropped on the vaporized drug holding member 51 is impregnated or placed on the vaporized drug holding member 51 to vaporize the vaporized gas. The vaporized gas is volatilized from the surrounding portion 49 through the volatilization window 50 and the cutout portion 57 to the outside of the container. In addition, when the crushed vaporized medicine M accumulates on the vaporized drug holding member 51, the vaporized drug holding member 51 may be removed from below the container, and the vaporized drug holding member 51 may be cleaned or replaced.

  In this embodiment, the operation unit 45 can be pushed in by pushing down the outer cover 75 of the vaporized medicine storage container 40 placed in an upright posture as indicated by an arrow D in the figure. That is, by pushing down the outer cover 75, the lower end portion 77a can then be brought into sliding contact with the inclined upper surface 66c of the sliding contact operating portion 66, and the operating portion 45 can be pushed in the direction of arrow F.

  Here, it is possible to directly push the operation unit 45 in the direction of the arrow F, but in this case, since the main body cylinder 41 needs to be supported, the operation is performed using both hands. On the other hand, according to the vaporized medicine storage container 40 of the present embodiment, there is no need to support the main body cylinder 41 in particular, and only the operation of pushing down the outer cover 75 of the vaporized drug storage container 40 placed in an upright posture is used. It is possible to perform 45 pushing operations.

  As a result, the vaporized drug M can be easily crushed with one hand, and the operability of the vaporized drug storage container 40 is greatly improved. Moreover, since the operation part 45 returns to the state before pushing in with the urging | biasing force of the urging | biasing member 46, operation is easy and it is also easy to crush the vaporization chemical | medical agent M continuously. For this reason, adjustment of the amount of crushing of the vaporized medicine M (in other words, adjustment of the strength of the vaporized gas) can be easily performed. Furthermore, by covering the periphery of the inner lid 47 of the vaporized medicine storage container 40 with the outer cover 75, the appearance of the upper part of the container is simplified by eliminating the exposure of the part, and the outer cover 75 functions as an operation unit. The vaporized medicine storage container 40 can be placed without being influenced by the direction of the operation unit 45 or the like.

  As described above, according to the vaporized drug storage container 40 of the present embodiment, after the solid vaporized drug M accommodated in the container 48 is taken out from the takeout hole 52 and crushed by the crushed body 67, By falling onto the vaporized chemical holding member 51, the vaporized gas can be volatilized while being held by the vaporized chemical holding member 51. That is, in a state where the vaporized drug M is accommodated in the container 48, it is possible to suppress the vaporized gas from being vaporized from the vaporized drug M and to prevent the vaporized drug M from being wasted. When vaporizing the vaporized chemical M is desired to be volatilized, the vaporized chemical M can be volatilized to continuously vaporize the vaporized gas from the vaporized chemical M after crushing for a certain period of time (predetermined time).

  Further, since the vaporized drug holding member 51 is surrounded by the surrounding portion 49, when the crushed vaporized drug M falls on the vaporized drug holding member 51, it is prevented that the vaporized drug holding member 51 is scattered outside the container. Further, by covering the crushed vaporized chemical M, the vaporized gas can be surely volatilized to the outside of the container through the volatilization window 50 and the notch 57 without impairing the appearance (look) of the container. it can.

  In addition, by forming a plurality of crushing protrusions 67a on the crushing plate 63 of the crushing piston 44, it becomes easy to crush the vaporized drug M held between the pair of crushing members, and the vaporized drug M is more reliably produced. Can be crushed.

  Further, by sliding the operating portion 45 urged by the urging member 46 against the urging force, the crushing piston 44 can be advanced to crush the vaporized drug M, and the vaporized drug M is crushed. Later, the crushing piston 44 can be retracted together with the operating portion 45 by the urging force of the urging member 46 to easily return to the state before the operation.

  Then, an outer cover 75 is mounted on the upper portion of the main body cylinder 41 placed in an upright posture on the container placement surface S so as to be movable up and down. The sliding contact operating portion 66 is provided so as to extend the operating portion 45 and the crushing piston 44 by sliding the rear lower end portion 77a of the outer cover 75 when the outer cover 75 is lowered. By simply pushing down the outer cover 75 of the vaporized medicine storage container 40 placed in an upright posture, the vaporized drug M can be easily crushed with one hand, and the crushing operation can be simplified. Further, by covering the container 48 with the outer cover 75, exposure of the container 48 and the inner lid 47 to the outside is suppressed, and by using the outer cover 75 as an operation part, the outside of the functional parts such as the operation part 45 is provided. The appearance of the vaporized medicine storage container 40 can be improved.

In addition, this invention is not limited to the said embodiment, For example, a container shape may be not only a rectangular tube shape but cylindrical shape. The crushing piston, the guide tube, etc. may be in the shape of a square tube, but if these are cylindrical, the sealing structure is easy, which is preferable when a liquid vaporizing agent is used. The container and the container body that respectively supports the crushed body and the vaporized drug holding member may be separate and may be integrally connected. Although there may be a configuration in which the crushed material is crushed by sandwiching the vaporized drug in the vertical direction, if the vaporized drug is crushed by sandwiching the vaporized drug in the horizontal direction, the vaporized drug can be easily dropped after crushing.
The configuration in the above embodiment is an example of the present invention, and various modifications can be made without departing from the gist of the present invention, such as replacing the component of the embodiment with a known component.

40 Vaporized chemical container 44 Crushing piston (crushing member)
45 Operation part 41 Main body cylinder 46 Energizing member 48 Container 49 Enclosure part 50 Volatilization window 51 Vaporization medicine holding member 52 Extraction hole 54 Pressing wall part (crushing member)
66 Sliding operation part 67 Crush body 67a Crush protrusion (protrusion part)
75 Outer cover O Container shaft M Vaporizer S Container mounting surface

Claims (4)

A container in which a vaporized drug is accommodated and a take-out hole for taking out the vaporized drug by dropping due to its own weight is formed;
A crushed body that is connected to the container and crushes the vaporized drug taken out from the take-out hole,
A vaporized drug holding member that holds the vaporized drug that has been crushed by the crushed body and dropped due to its own weight, and
An outer cover that covers the container so as to be movable up and down;
The crushing body has a pair of crushing members arranged so as to sandwich the vaporized medicine taken out from the take-out hole in a crossing direction intersecting the ascending / descending direction of the outer cover, and the pair of crushing members approach each other It is configured to crush the vaporized drug by
At least one of the pair of crushing members is connected to an operation unit that enables an operation of bringing the pair of crushing members closer to each other in the crossing direction ,
The operating portion is provided with a sliding operation portion that causes the pair of crushing members to approach each other in the intersecting direction via the operating portion by sliding the outer cover when the outer cover is lowered. Vaporized drug storage container characterized by.   The vaporizing drug storage container according to claim 1, further comprising an urging member that urges the pair of crushing members away from each other.   The vaporizing agent according to claim 1, further comprising a surrounding portion surrounding the vaporizing agent holding member, wherein a volatilization window for volatilizing vaporized gas generated from the crushed vaporizing agent is formed in the surrounding portion. Storage container.   The vaporization according to any one of claims 1 to 3, wherein a protrusion projecting toward the other crushing member is formed on at least one of the pair of crushing members. Drug storage container.

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