JP5918989B2 - Volatilization equipment - Google Patents

Description

  The present invention relates to a volatilization apparatus that volatilizes a liquid medicine.

  Conventionally, a volatilization apparatus is known as an apparatus for volatilizing a liquid medicine such as a fragrance (see, for example, Patent Document 1).

  This volatilization apparatus includes a container containing a liquid medicine, and the mouth of the container is closed with a stopper member. The plug member is configured to be pressed by a pressing member, and configured to be able to open the mouth by dropping the plug member into the container by pressing the plug member with the pressing member. Has been.

  The pressing member is provided with a volatilizing body, and a suction core is connected to the volatilizing body. Accordingly, the suction core is configured to drop into the container in a state where the stopper member is dropped into the container, and the liquid medicine sucked up by the suction core is removed from the volatilizing body. It is configured so that it can be volatilized.

JP 11-169450 A

  However, in such a conventional volatilization device, the plug member dropped from the mouth portion remains in the container.

  For this reason, when the container body has transparency, the appearance deteriorates and the stopper member moves in the container, so that the stopper member collides with the container and a hitting sound can be generated.

  This invention is made | formed in view of such a conventional subject, and it aims at providing the volatilization apparatus which can prevent the malfunction at the time of use.

In the present onset Ming volatilization device in order to solve the above problems, it comprises a container body containing a liquid drug, and volatilization body volatilized by absorbing the liquid medicament provided in the upper part of the container body, in volatilization device partitioning portion is provided to be pull to close the opening of the container body between the vaporization material and the container body, the volatilization body formed in a plate shape, volatilization part for volatilizing the liquid medication And a suction part that sucks up the liquid medicine in the volatilization part, the suction part is formed in a folded shape that is alternately folded, and the suction part is formed above the partition part before the partition part is pulled out. While being folded, it is configured to be able to form a folded state, and after the partition portion is pulled out, it is configured to be able to form a deployed state in which the suction part is deployed toward the container body.

  In other words, the opening of the container body is closed by the partitioning portion, and inadvertent leakage of the liquid medicine at the time of transportation or the like is prevented.

  At this time, this partition part is provided so that extraction is possible, and when using the said volatilization apparatus, the said partition part is extracted and removed. Then, the suction part provided in the volatilization body at the upper part of the container body extends into the container body, and sucks the liquid medicine in the container body into the volatilization body. Thereby, the said liquid chemical | medical agent is volatilized from the said volatilization body.

Further , the volatilization part and the suction part are integrally formed by a plate-shaped member, and the configuration can be simplified as compared with the case where the volatilization part and the suction part are configured separately. .

  Further, there is no connection portion between the volatilization part and the suction part, and the circulation of the liquid medicine is promoted.

Further , the suction part of the volatilized body is formed in a folded shape that is alternately folded, and before use before the partition part is pulled out, in the upper part of the partition part, the suction part is folded. Compactness is achieved by forming a tatami state.

  In this state, when the partition portion is pulled out, a force acts in the extending direction on the sucking portion in the folded state by its restoring force. Then, this partition part will be in the expansion | deployment state expanded toward the said container body, and the liquid chemical | medical agent in the said container body will be sucked up by the said suction part.

Or In the volatilization device according onset bright As described, by removing pull out the partition portion closes the opening of the container body, the wicking portion provided on volatilization of said container body top the container body The liquid medicine in the container body can be volatilized by sucking it up to the volatilization body at the suction part.

  For this reason, the stopper member that closes the mouth of the container is pressed by the pressing member and dropped into the container, so that the stopper member remaining in the container can be seen through, or the stopper member hits the container and hits the sound. Can be solved.

  Therefore, it is possible to prevent the occurrence of problems that may occur during use.

In addition , since the volatilization part and the suction part are integrally formed by a plate-shaped member, the configuration can be simplified as compared with the case where the volatilization part and the suction part are configured separately. it can.

  Moreover, since there is no connection part between the said volatilization part and the said suction part, the distribution | circulation of the said liquid chemical | medical agent can be accelerated | stimulated. Further, it is possible to reliably prevent clogging due to poor connection and problems due to insufficient wicking of the liquid medicine.

  Furthermore, the manufacturing cost and management cost of a member can also be suppressed.

Moreover, the wicking portion of the front Symbol volatilization body is formed in a folded shape that is folded alternately in the before use prior to the partitioning portion is pulled out, the upper portion of the partition portion, folding said wicking portion is folded By forming the tatami state, the suction portion requiring a predetermined length can be held compactly.

  In this state, when the partition portion is pulled out, a force acts in the extending direction on the sucking portion in the folded state by its restoring force. By utilizing this restoring force, the suction part formed in a plate shape can be expanded toward the container body and extended toward the bottom of the container body.

  For this reason, in order to extend the suction part to the bottom part of the container body, it is possible to simplify the configuration and realize cost reduction compared to the case where a weight is provided at the tip of the suction part. Can do.

It is explanatory drawing which shows embodiment of this invention. It is explanatory drawing which shows the container body of the embodiment. It is explanatory drawing which shows the use condition of the embodiment.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 is a diagram showing a volatilization apparatus 1 according to the present embodiment, and the volatilization apparatus 1 is an apparatus that volatilizes a liquid medicine 2.

  Examples of the liquid drug 2 include fragrances, deodorants, insect repellents, insecticides, repellents, and the like. In the present embodiment, the case where the liquid drug 2 is composed of a fragrance is taken as an example. explain.

  This volatilization apparatus 1 is comprised by the inner side structure part 11 which comprises an inner side, and the outer side structure part 12 (illustrated with the broken line in the figure) which comprises an outer side.

  The outer constituent part 12 is constituted by a paper box 21 formed in a rectangular container shape, and is configured such that the inner constituent part 11 can be concealed while being accommodated in the paper box 21. The upper opening of the paper box 21 is closed by a top plate 22, and a plurality of long holes are provided in parallel on the top plate 22 (not shown). By these long holes, the paper box 21 is formed with a discharge portion for discharging the volatilized liquid medicine, and a drawing hole 23 is formed on the side surface of the paper box 21.

  The inner component 11 includes a container body 31 in which the liquid medicine 2 is accommodated, and a tray 32 that surrounds the container body 31. The tray 32 is formed of a press-formed film-like member, and the film-like member is formed of a plastic material.

  The tray 32 includes a first side surface 41 that covers one side of the container body 31 in the figure, a second side surface that covers the other side of the container body 31 in the figure, and the first side. It is comprised by the bottom face part 42 which connects the lower edge of the side part 41 and the lower edge of the said 2nd side part (2nd side part is abbreviate | omitted in the figure), and both said side part with respect to this bottom part 42 The container body 31 can be arranged by opening the bottom surface portion 42 by tilting 41 to the side.

  In the figure, for convenience of explanation, the second side surface portion is omitted, but the second side surface portion is formed symmetrically with the first side surface portion 41.

  A rectangular pedestal 51 bulging upward is formed at the center of the bottom surface 42, and the container body 31 on the pedestal 51 can be placed thereon. Yes.

  The first side surface portion 41 is formed with a container body recess 61 for holding the container body 31, and the front portion (left side in the figure) is swelled inward. A wall portion 62 is formed. A rear wall 63 bulging inward is formed at the rear of the container body recess 61 (right side in the figure), and the container body accommodated in the container body recess 61 31 can be held by the front wall portion 62 and the rear wall portion 63.

  On the upper part of the front wall part 62 and the rear wall part 63, a stepped part 71 is formed that bulges inward at a predetermined interval, and the stepped part 71 is formed in the container body recessed part 61. A stepped surface protruding further inward is formed. A slit 72 opened in the front-rear direction is formed in the upper part of the rear wall portion 63 and the front wall portion 62, and the slit 72 is formed inside a step surface formed by the step portion 71.

  A rectangular rear lower rectangular portion 81 is formed on the upper portion of the rear wall portion 63 through the slit 72 so as to bulge inward from the stepped portion 71, and the upper portion of the rear lower rectangular portion 81 is formed. A rectangular small rectangular portion 82 smaller than the rear lower rectangular portion 81 is formed to bulge inward from the stepped portion 71.

  On the front side of the small rectangular portion 82, a rectangular folded portion 91 is formed to bulge inward from the stepped portion 71. The lower surface of the folded portion 91 is the same as the lower surface of the small rectangular portion 82. It is set to the same height, and its upper surface is set higher than the upper surface of the small rectangular portion 82.

  A rear upper rectangular portion 101 larger than the small rectangular portion 82 is formed to bulge inward from the step portion 71 at the upper portion of the small rectangular portion 82, and the rear upper rectangular portion 101 and the small rectangular portion Between the small rectangular portion 82 and between the small rectangular portion 82 and the rear lower rectangular portion 81, gaps 102 and 102 opened rearward are formed.

  A triangular portion 111 having a right triangle shape is formed to bulge inward from the step portion 71 through the slit 72 at the upper portion of the front wall portion 62. A substantially rectangular locking portion 112 is formed to bulge inward from the stepped portion 71. The locking portion 112 is provided at a lower position than the folded portion 91, and a support portion 113 extending upward is provided on the upper surface of the locking portion 112 so as to be directed inward from the stepped portion 71. The bulge is formed. An elongated insertion part 114 is recessed in the upper front part of the locking part 112, and the insertion part 114 extends from the upper surface of the locking part 112 to a middle part of the locking part 112. ing.

  A front upper rectangular portion 121 bulges inward from the stepped portion 71 at the upper portion of the locking portion 112, and between the front upper rectangular portion 121 and the locking portion 112, A gap 122 opened forward is formed, and a gap 123 is also formed between the front upper rectangular portion 121 and the rear upper rectangular portion 101.

  The second side surface portion is formed symmetrically with the first side surface portion 41, and holds the container body 31 between the container body concave portions 61 of the both side surface portions 41 with the both side surface portions 41 facing each other. It is configured to be able to.

  A volatilizing body 131 that absorbs and volatilizes the liquid drug 2 is accommodated in an upper portion of the tray 32, and the volatilizing body 131 is configured by a filter paper formed in a plate shape. In this volatilization body 131, cuts extending in the width direction are set at a plurality of locations, and a bent portion that can be bent by each cut is formed.

  More specifically, a first bent portion 141 is set at the tip of the volatilizing body 131, and the first region 142 from the first bent portion 141 to the tip is bent downward. In this state, it is inserted and locked into the insertion portion 114 of the locking portion 112. The second region 143 on the base end side from the first bent portion 141 extends rearward and is supported on the support portion 113 of the locking portion 112 and the upper surface of the folded portion 91. ing.

  A second bent portion 151 is set on the base end side from the first bent portion 141, and the second bent portion 151 is provided at a position matching the rear edge of the turned-up portion 91. Yes. The third region 152 at the base end side from the second bent portion 151 extends downward through the space between the folded portion 91 and the small rectangular portion 82. A third bent portion 153 is set on the proximal end side of the second bent portion 151, and the third region provided between the second bent portion 151 and the third bent portion 153. 152, the end on the second bent portion 151 side contacts the lower surface of the rear lower rectangular portion 101, and the end on the third bent portion 153 side contacts the upper surface of the rear lower rectangular portion 81. It is held between the folded portion 91 and the small rectangular portion 82 in a state of contact.

  The fourth region 161 on the base end side from the third bent portion 153 extends forward, and the fourth bent portion 162 set on the base end side is the lower surface of the locking portion 112. And the corner of the triangular portion 111 is folded back. The fifth region 163 on the base end side from the fourth bent portion 162 extends rearward and downward, and the fifth bent portion 164 provided on the base end side from the fourth bent portion 162. Is bent at a corner portion between the front surface of the rear lower rectangular portion 81 and the top surface of the container body 31.

  The sixth region 171 on the base end side from the fifth bent portion 164 extends upward in the front portion, and the sixth bent portion 172 set on the base end side from the fifth bent portion 164. The distal end of the seventh region 173 on the more proximal side is set so as to reach the corner between the lower surface of the locking portion 112 and the slope of the triangular portion 111.

  Accordingly, the sixth region 171 and the seventh region 173 are arranged in a straight line, but the volatilization body 131 is configured to be bendable at the sixth bent portion 172.

  Thus, the volatilization body 131 is formed in a folded shape that is alternately folded, and in the folded state 181, the fourth region 161 to the seventh region 173 are connected to the triangular portion 111. It is held between the rear lower rectangular part 81 and the container body 31.

  Further, in this holding state, the tray 32 is held between the step portion 71 of the first side surface portion 41 and the step portion of the second side surface portion, and the volatilization body 131 of the container body 31 is retained. It is comprised so that it may be arrange | positioned in the center part.

  As shown in FIG. 2, the container body 31 is formed in a rectangular container shape, and a flange portion 202 extending laterally is formed at the opening edge of the upper opening 201 of the container body 31. Has been.

  The container body 31 is provided with an aluminum sheet 211 as a partition portion, and the upper opening 201 is closed by the sheet 211 so as to be openable.

  The sheet 211 includes a sheet body 221 that is detachably welded to the flange portion 202, and a folded portion 222 that is folded from one edge of the sheet body 221. The sheet body 221 is formed in the upper opening. The unit 201 is configured to be closed.

  The folded portion 222 is configured to be folded on the sheet body 221, and the folded portion 222 is formed to be narrower and narrower than the sheet body 221. The front end portion of the folded portion 222 is set to a length dimension that extends from the end portion of the flange portion 202, and the extended portion includes the slit 72 and the paper box 12 opened on the side surface of the tray 32. It is constituted so as to extend to the outside through a drawing hole 23 formed in.

  Thereby, when using the said volatilization apparatus 1, as shown also in FIG. 1, by pulling the said folding | returning part 222 of the said sheet | seat 211 extended from the said drawing hole 23 of the said paper box 21, the said flange The sheet main body 221 welded to the portion 202 is configured to be peeled from the folded portion side over the entire region, and the peeled sheet 211 is configured to be pulled out from the pull-out hole 23 of the paper box 21. .

  At this time, the volatilization body 131 in the folded state 181 supported from below by the sheet 211 of the container body 31 while being disposed between the triangular portion 111 of the tray 32 and the rear lower rectangular portion 81. As shown in FIG. 3, the fourth region 161 to the seventh region 173 are configured to expand toward the container body 31 through the upper opening 201 from which the sheet 211 has been peeled off. In this expanded state 301, when the end of the seventh region 173 reaches the bottom surface of the container body 31, the liquid medicine 2 in the container body 31 is transferred from the seventh region 173 to the fifth region 163. It is configured to be sucked up from the fourth region 161 to the first region 142 through the first and second regions.

  Accordingly, the first region 142 to the fourth region 161 constituting one end side of the volatilization body 131 constitute a volatilization part 311 that volatilizes the sucked liquid medicine 2 and the other than the volatilization part 311. The fifth region 163 to the seventh region 173 are set so as to constitute a suction part 312 that sucks up the liquid medicine 2.

  The volatilization part 311 and the suction part 312 change depending on the state of the liquid drug 2. Strictly speaking, since the liquid drug 2 is volatilized from a portion exposed from the liquid drug 2, The volatilization part 311 will be comprised.

  In the present embodiment according to the above configuration, the upper opening 201 of the container body 31 containing the liquid medicine 2 is closed by the sheet 211 constituting the partitioning part, and the liquid medicine 2 is not prepared at the time of transportation or the like. Leakage can be prevented.

  At this time, the sheet 211 is provided so that it can be pulled out from the pull-out hole 23, and when the volatilization apparatus 1 is used, the upper opening 201 is opened by pulling out and removing the sheet 211. Can do.

  Then, the suction part 312 of the volatilizing body 131 disposed on the upper part of the container body 31 extends into the container body 31 and sucks up the liquid medicine 2 in the container body 31 to the volatilization part 311 of the volatilization body 131. . Thereby, the volatilization from the said volatilization part 311 of the said liquid chemical | medical agent 2 can be started.

  For this reason, the stopper member that closes the mouth of the container is pressed by the pressing member and dropped into the container, so that the stopper member remaining in the container can be seen through, or the stopper member hits the container and hits the sound. Can be solved.

  Therefore, it is possible to prevent the occurrence of problems that may occur during use.

  And the said volatilization body 131 is formed in plate shape, The one end side comprises the said volatilization part 311 which volatilizes the said liquid chemical | medical agent 2. FIG. Further, portions other than the volatilization part 311 constitute the suction part 312 that sucks up the liquid medicine 2 to the volatilization part 311.

  Thus, since the volatilization part 311 and the suction part 312 are integrally formed by a plate-shaped member, the structure is compared with the case where the volatilization part 311 and the suction part 312 are configured separately. Can be simplified.

  Further, there is no connection portion between the volatilization part 311 and the suction part 312, and the circulation of the liquid medicine 2 can be promoted. For this reason, it is possible to reliably prevent clogging due to poor connection and problems due to insufficient wicking of the liquid medicine 2.

  Furthermore, the manufacturing cost and management cost of a member can also be suppressed.

  Further, the suction part 312 of the volatilizer 131 is formed in a folded shape that is alternately folded, and the suction part 312 is folded on the upper part of the sheet 211 before use before the sheet 211 is pulled out. By forming the folded state 181, the suction portion 312 requiring a predetermined length can be held in a compact manner.

  In this state, when the sheet 211 is pulled out, a force acts in the extension direction on the suction portion 312 in the folded state 181 due to its restoring force. By utilizing this restoring force, the suction portion 312 formed in a plate shape can be expanded into the container body 31 and extended toward the bottom of the container body 31.

  For this reason, in order to extend the suction part 312 to the bottom part of the container body 31, compared with the case where a weight is provided at the tip of the suction part 312, the structure can be simplified and the cost can be reduced. Can be realized.

DESCRIPTION OF SYMBOLS 1 Volatilization apparatus 2 Liquid chemical | medical agent 31 Container body 131 Volatilization body 181 Folding state 201 Upper opening part 211 Sheet 301 Unfolding state 311 Volatilization part 312 Suction part

Claims (1)

Comprising a container body containing a liquid drug, and volatilization body volatilized by absorbing the liquid medicament provided in the upper part of the container body to close the opening of the container body between the vaporization material and the container body In the volatilization device in which the partition portion is provided so that it can be pulled out,
The volatilized body formed in a plate shape is integrally provided with a volatilization part that volatilizes the liquid drug, and a suction part that sucks up the liquid drug in the volatilization part,
The suction part is formed in a folded shape that is alternately folded, and is configured to be able to form a folded state in which the suction part is folded at the upper part of the partition part before the partition part is pulled out, while after the partition part is pulled out A volatilization device configured to be able to form a deployed state in which the suction part is deployed toward the container body .

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