JP2008136512A - Evaporator - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an evaporator which is designed to increase an evaporating area. <P>SOLUTION: The main body 71 of the evaporator comprises a liquid absorbing part 75 for absorbing a medicament 3 and an evaporating part 72 for evaporating the medicament 3. The evaporating part 72 is formed to have a broader width than the liquid absorbing part 75, and a plurality of cuts 92 extending vertically is arranged adjacently in the width direction on the outer surface 91 of the evaporating part 72. The evaporating part 72 is divided into a plurality of blocks 93 by each cut 92, and the each block 93 is continuously provided on the side of the inner surface 94 of the evaporating part 72. Block side surfaces 95 of the adjacent blocks 93 are exposed by opening each cut 92 into a V-shape when the evaporating part 72 is rolled by bending the evaporating part 72 to the side of the inner surface 94. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a volatilizing body that sucks and volatilizes chemicals such as fragrances.

  Conventionally, volatilization devices, such as a fragrance | flavor, are equipped with the volatilization body which sucks up and volatilizes the chemical | medical agent accommodated in the container body (for example, patent document 1).

This volatilization body is comprised with the water absorbing material, and the volatilization part is provided in the upper end of the liquid absorption part which sucks up a chemical | medical agent. This volatilization part is bent in the circumferential direction and is formed in a predetermined shape in advance.
Japanese Utility Model Publication No. 5-32125

  However, in order to increase the volatilization area in such a conventional volatilization body, it is necessary to devise a method for changing the shape of the volatilization part so that the volatilization part is lengthened and placed in a predetermined position.

  For this reason, in the usage pattern which arrange | positions in the limited space, such as inserting and using the said volatilization body in the opening | mouth part of a container body, for example, it was not expectable to increase the volatilization area.

  This invention is made | formed in view of such a conventional subject, and it aims at providing the volatilization body which can aim at the increase in a volatilization area.

  In order to solve the above-mentioned problem, in the volatilization body according to claim 1 of the present invention, in the volatilization body composed of the volatilization body main body that sucks and volatilizes the medicine in the container body, on one surface of the volatilization body main body, in the vertical direction. Side surfaces of adjacent blocks in a state in which a plurality of extending cuts are arranged in parallel to divide the volatilization body into a plurality of blocks arranged continuously on the other side and the volatilization body is curved toward the other side Was configured to be exposed.

  That is, a plurality of cuts extending in the vertical direction are provided in parallel on one surface of the volatile body, and the volatile body is divided into a plurality of blocks that are continuously provided on the other surface side.

  For this reason, the volatilization body main body can be freely bent to the other surface side, and can be changed to a shape according to the use form.

  And when the said volatilization body main body curves to the said other surface side, since the said notch opens, the side surface of an adjacent block is exposed.

  For this reason, the said volatilization body increases the surface area which contacts the exterior for the side part of each said block.

  Moreover, in the volatilization body of Claim 2, the said volatilization body main body is comprised by the narrow liquid absorption part which sucks up the said chemical | medical agent, and the wide volatilization part which volatilizes the chemical | medical agent sucked up by this liquid absorption part, While setting each said notch arranged in the width direction to the volatilization part, the said liquid absorption part was continuously provided in any block formed by each notch.

  That is, the volatilizing body is composed of a narrow liquid absorbing part that sucks up the drug and a wide volatilizing part that volatilizes the drug sucked up by the liquid absorbing part, and sucked up from the part that sucks up the drug. Compared with the case where the entire area up to the portion where the chemical is volatilized is formed with the same width dimension, the member cost is reduced.

  Moreover, while setting each said notch arranged in the width direction in the said volatilization part, and connecting the said liquid absorption part to any block formed by each notch, only the said volatilization part is It is deformed according to the usage form.

  Furthermore, in the volatilization body of Claim 3, the said volatilization body main body is comprised by the narrow liquid absorption part which sucks up the said chemical | medical agent, and the wide volatilization part which volatilizes the chemical | medical agent sucked up by this liquid absorption part, and this volatilization Each of the cuts provided side by side in the width direction was provided in the part, and each cut was set at a position shifted from the extension line of the side surface of the liquid absorbing part.

  That is, the incision is provided at a position deviated from the extension line of the side surface of the liquid absorption part, and when an external force is applied to the liquid absorption part extending from the volatilization part, the force is applied to the cut. Direct input is prevented.

  As described above, in the volatilization body according to claim 1 of the present invention, the volatilization body main body can be freely bent to the other surface side, and therefore can be deformed into a shape corresponding to the usage form. For this reason, compared with the conventional shape whose shape has been determined in advance, the usage pattern can be expanded, and convenience is improved.

  And when the said volatilization body main body curves to the said other surface side, the side surface of an adjacent block can be exposed by opening the formed cut. Thereby, the surface area of the said volatilization body can be increased.

  Therefore, even when the volatilizer body is used in a limited space, for example, inserted into the mouth of a container body, the volatilizer body is curved to the other surface side. By rounding or the like, the volatilization area can be increased and the volatilization efficiency can be increased while deforming according to the mouth.

  Further, in the volatilization body according to claim 2, since the volatilization body main body is composed of a narrow liquid absorption part that sucks up the drug and a wide volatilization part that volatilizes the drug sucked up by the liquid absorption part, Compared with the case where the entire area from the portion that sucks up the medicine to the portion where the sucked-up medicine is volatilized is formed with the same width dimension, the member cost can be reduced, and the cost can be reduced.

  And while setting a plurality of cuts arranged side by side in the width direction in the volatilization part, by connecting the liquid absorbing part to any block formed by each cut, the wide volatilization part Only can be modified according to the usage mode.

  In connection with this, the surface area of only the volatilization part which volatilizes a chemical | medical agent can be enlarged.

  Furthermore, in the volatilization body according to claim 3, it is a case where an external force is applied to the liquid absorption part extending from the volatilization part by providing the cut at a position deviated from an extension line of a side surface of the liquid absorption part. However, it is possible to prevent direct input of the force into the cut.

  Thereby, when external force arises in the liquid absorption part, it is possible to prevent the liquid absorption part from being carelessly cut off at the cut.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a diagram showing a volatilization apparatus 2 provided with a volatilization body 1 according to the present embodiment, and the volatilization apparatus 2 contains liquid chemicals 3 such as deodorants, fragrances, insect repellents, and insecticides. It has a function to eject and a function to volatilize.

  This volatilization apparatus 2 is comprised by the container body 11 and the spray structure part 12 attached to the upper part of this container body 11. As shown in FIG.

  The container body 11 is formed in a rectangular parallelepiped shape, and the medicine 3 is accommodated in the container body 11. A locking groove 22 is formed in the upper part of the peripheral surface 21 of the container body 11 so as to be recessed over the entire periphery, and a cylindrical portion 24 protruding upward is integrally formed at the center of the top surface 23. . The cylindrical portion 24 has an opening 25 that communicates the inside and the outside of the container body 11 upward, and a closure cap is screwed onto the outer peripheral portion of the cylindrical portion 24 at the time of sale. An external male thread 26 is formed.

  The cylindrical portion 24 is mounted with an inner cap 31 fitted therein, and a mouth portion 32 is formed by the inner cap 31 and the cylindrical portion 24 of the container body 11.

  As shown in FIG. 2, the inner cap 31 includes a cylindrical tube portion 41 and a flange portion 42 extending from the upper edge of the tube portion 41 to the side. Is fitted into the cylindrical portion 24, and the collar portion 42 is configured to abut against the upper end of the cylindrical portion 24 so that the amount of insertion can be regulated.

  The cylindrical portion 41 includes a base portion 51 on the side of the flange portion 42 and a reduced diameter portion 52 on the distal end side having a diameter reduced from the base portion 51, and a pair of outer ridges 54, 54 are extended in the circumferential direction in parallel. A pair of inner ridges 56, 56 are extended in the circumferential direction in parallel on the inner peripheral surface 55 of the base 51.

  On the inner peripheral surface 55 of the reduced diameter portion 52, a vertically long pressing portion 61 is provided so as to protrude inward. The pressing portion 61 is configured such that the amount of protrusion increases from the upper side toward the lower side, and the pressing portion 61 is configured such that the lower end surface 62 thereof stands up with respect to the inner peripheral surface 55. ing. And the stopper 63 extended toward the center part of the said inner cap 31 is integrally formed in the lower edge part of the said diameter reduction part 52 in several places (only one place is shown in figure).

  As shown in FIG. 1, the volatilization body 1 of the present invention that sucks up and volatilizes the drug 3 is inserted into the mouth portion 32 formed by attaching the inner cap 31 to the cylindrical portion 24.

  The volatilized body 1 of the volatilized body 1 is in the set state inserted into the mouth part 32. The volatilized part 72 located inside the mouth part 32 and the lower edge 73 of the volatilized part 72 are It is comprised by the liquid absorption part 75 extended toward the bottom face 74, and it is comprised so that the said chemical | medical agent 3 in the said container body 11 can be sucked up by the said liquid absorption part 75, and can be volatilized from the said volatilization part 72. .

  The volatilization portion 72 is disposed along the inner peripheral surface 55 of the mouth portion 32 and is formed in a cylindrical shape along the inner peripheral surface 55. Thereby, an insertion hole 81 is formed inside the volatilization portion 72.

  The volatilizing body 71 is made of a water-absorbing material such as felt, non-woven fabric, or filter paper, and has elasticity that elastically deforms in the thickness direction.

  FIG. 3 is a diagram showing a state in which the volatile body main body 71 is developed, and the volatile body main body 71 is formed by cutting the water-absorbing material formed in a plate shape into a bowl shape. In this expanded state, the volatilization part 72 is formed wider than the liquid absorption part 75, and a plurality of cuts 92 extending vertically are formed on the outer surface 91 which is one surface of the volatilization part 72. Are arranged in parallel in the width direction at equal intervals.

  The volatilization part 72 is divided into a plurality of blocks 93,... By the notches 92,..., And each block 93,. (See FIG. 4).

  Thereby, as shown in FIG. 4, the volatilization part 72 formed wide in the lateral direction is configured to be formed into a cylindrical shape by curving and rounding toward the inner surface 94 side. In this state, , Each of the cuts 92,... Is opened in a V shape so that the block side surfaces 95, 95 of the adjacent blocks 93, 93 are exposed.

  Moreover, in the state which rolled off the said volatilization part 72, as shown in FIG. 1, the said volatilization part 72 is comprised so that it can arrange | position along the internal peripheral surface 55 of the said opening part 32. As shown in FIG.

  And in the state which set the said volatilization part 72 to the said opening part 32, it is comprised so that the said press part 61 provided in the said inner cap 31 may bite into the outer surface 91 of the said volatilization part 72, and this volatilization part 72 The lower end surface 62 of the pressing portion 61 that has bitten into the bottom portion 62 is configured to prevent the volatilization portion 72 from moving upward.

  At this time, the lower edge 73 of the volatilization part 72 abuts against the stopper 63 of the inner cap 31 so that the downward movement of the volatilization part 72 is restricted. The height dimension of the volatilization part 72 is set so that the upper end part of the volatilization part 72 projects outward and upward from the mouth part 32.

  In the block 93 at the left end in FIG. 3 formed by the cut 92, the liquid absorbing portion 75 extends downward from the lower edge 73, and the liquid absorbing portion 75 is connected to the block 93. It is installed. The width dimension 101 of the liquid absorbing portion 75 is set smaller than the width dimension 102 of the block 93, and the liquid absorbing portion 75 is disposed on the left side of the block 93.

  Thereby, the notch 92 formed in the volatilization part 72 is provided at a position shifted from the extension line 106 of the liquid absorption part side surface 105 of the liquid absorption part 75, and the lower edge 73 of the block 93 has The support portion 107 supported by the stopper 63 remains. The support portion 107 prevents the liquid absorbing portion 75 from being displaced downward, and is configured so that the notch 92 is not disposed on the extension line 106 of the liquid absorbing portion side surfaces 105 and 105. The liquid absorbing part 75 is configured to prevent inadvertent cutting at the notch 92 as a boundary.

  And as shown in FIG. 1, the auxiliary | assistant volatilization board 111 is mounted in the upper end of the said volatilization part 72 protruded from the said opening part 32, and this volatilization board 111 is also the said volatilization body main body 71. Similarly, it is made of a water-absorbing material such as felt, non-woven fabric or filter paper.

  As a result, the drug 3 in the container body 11 is sucked up to the volatilization part 72 by the liquid absorption part 75 and volatilized from the site of the volatilization part 72 protruding from the mouth part 32. 3 is sucked up to the volatilization plate 111 so that the volatilization plate 111 can volatilize.

  As shown in FIG. 1, the spray component 12 is formed in a rectangular parallelepiped shape, and the spray component 12 includes a fitting portion 121 that is fitted to the upper portion of the container body 11.

  The fitting portion 121 is formed in a rectangular container shape that opens downward, and the engagement portion 121 formed on the peripheral surface 21 of the container body 11 is formed on a lower edge portion that is externally fitted to the upper portion of the container body 11. A locking portion 122 that locks in the locking groove 22 protrudes from each surface. A plurality of volatilization ports 123,... Are opened on the side surface of the fitting portion 121, and is configured such that the drug 3 volatilized from the volatilization body main body 71 and the volatilization plate 111 can be discharged to the outside. ing.

  A small-diameter portion 131 having a reduced diameter is formed on the upper portion of the fitting portion 121, and a cylindrical pump holding portion 133 is integrally formed on the top surface 132 of the small-diameter portion 131. A pump 134 that sucks up the medicine 3 in the container body 11 is fixed inside the pump holding portion 133, and a lower end portion of the pump 134 extends downward from the top surface 132.

  A taper portion 141 having a diameter reduced toward the lower side is formed at the lower end portion of the pump 134, and a pipe 142 for sucking up the drug 3 is provided from the lower end of the taper portion 141. It extends toward the bottom surface 74.

  A nozzle 152 is supported on the pump holding portion 133 via an intermediate member 151 so as to be movable up and down, and a base end portion of the nozzle 152 is connected to the pump 134. The nozzle 152 is fixed to the top surface 154 of the rectangular container-shaped operation cap 153, and the lower end portion of the operation cap 153 is externally fitted to the small-diameter portion 131 of the fitting portion 121 so as to be movable up and down. Yes.

  Thereby, when the operation cap 153 is pushed down, the nozzle 152 moves down together with the operation cap 153 to operate the pump 134, and the medicine 3 sucked up from the pipe 142 is sprayed at the tip of the nozzle 152. It is comprised so that it can spray from the opening | mouth 161. FIG.

  A lower end portion of the pump 134 extending downward from the spray component 12 is inserted into the container body 11 from the insertion hole 81 inside the volatilization part 72 of the volatilization body main body 71 fitted in the mouth part 32. The volatilization part 72 of the volatilizer body 71 is sandwiched between the outer peripheral surface 171 of the pump 134 and the inner peripheral surface 55 of the mouth part 32. .

  In this state, the volatilization part 72 is elastically deformed in the thickness direction so that the inner surface 94 of the volatilization part 72 is in close contact with the outer peripheral surface 171 of the pump 134 and the outer surface 91 of the volatilization part 72 is the mouth part 32. The thickness dimension of the volatilization portion 72 is set so as to be in close contact with the inner peripheral surface 55 of the pump, and the gap formed between the outer peripheral surface 171 of the pump 134 and the inner peripheral surface 55 of the mouth portion 32 is: It is configured to be blocked by the volatilization part 72 of the volatilization body main body 71.

  In the present embodiment according to the above configuration, the outer surface 91 of the volatilizing body main body 71 is provided with a plurality of incisions 92 extending in the vertical direction. It is divided into a plurality of blocks 93,. For this reason, the volatilizing body main body 71 can be freely bent toward the inner surface 94 side, and can be deformed into a shape corresponding to the use form.

  Therefore, compared with the prior art whose shape is determined in advance, the usage pattern can be widened, the convenience is improved, and the insertion into the mouth portion 32 of the present embodiment can be easily performed.

  When the volatilizing body 71 is bent toward the inner surface 94, the notches 92,... Open in a V shape, and the block side surfaces 95, 95 of the adjacent blocks 93, 93 are exposed. For this reason, the said volatilization body 1 can increase the surface area which touches the exterior for each said block side surface 95 ....

  Accordingly, even if the volatilizing body 71 is used in a limited space such as being inserted into the mouth 32 of the container body 11 as in the present embodiment, the volatilization body 71 is used. By curving and rounding the body main body 71 toward the inner surface 94, the volatilization area can be increased and the volatilization efficiency can be increased while being deformed according to the mouth portion 32.

  In addition, since the volatilizing body 71 is composed of a narrow liquid absorption part 75 that sucks up the drug 3 and a wide volatilization part 72 that volatilizes the drug 3 sucked up by the liquid absorption part 75, the drug 3 Compared with the case where the entire area from the portion to be sucked up to the portion where the medicine 3 sucked up is volatilized is formed with the same width dimension, the member cost can be reduced and the cost can be reduced.

  In the volatilization part 72, a plurality of cuts 92,... Arranged in the width direction are set, and the liquid absorption part 75 is connected to a block 93 formed by the cuts 92,. By providing, only the said wide volatilization part 72 can be deform | transformed according to a utilization form.

  Along with this, the surface area of only the volatilization part 72 that volatilizes the drug 3 can be increased.

  Furthermore, by providing the notch 92 at a position shifted from the extension line 106 of the liquid absorption part side surface 105 of the liquid absorption part 75, for example, the liquid absorption part 75 extending from the volatilization part 72 is formed in the mouth part 32. Even when the liquid absorbing portion 75 interferes during insertion and an external force is applied to the liquid absorbing portion 75, direct input of the force to the notch 92 can be prevented.

  Thereby, when external force arises in the liquid absorption part 75, careless separation of the liquid absorption part 75 with the notch 92 as a boundary can be prevented.

  In the present embodiment, as shown in FIG. 3, the case where the volatilizing body 1 in which the volatilization part 72 extends from the upper end of the liquid absorption part 75 to the right in FIG. 3 is taken as an example. Although described, it is not limited to this shape.

  That is, as shown in FIG. 5, the same effect as described above can be obtained even when the volatilization body 1 in which the volatilization part 72 extends from the upper end of the liquid absorption part 75 in the left-right direction in FIG. 5. .

It is a partial sectional view showing an embodiment of the present invention. It is a partial cross section figure showing the inner cap of the embodiment. It is a side view which shows the state which expand | deployed the volatilization body of the embodiment. It is a perspective view which shows the volatilization body of the embodiment. It is a side view which shows the state which expand | deployed the volatilization body of other embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Volatile body 2 Volatilization apparatus 3 Chemical | medical agent 11 Container body 32 Mouth part 71 Volatile body main body 72 Volatilization part 75 Liquid absorption part 91 Outer surface 92 Notch 94 Inner surface 95 Block side surface 105 Liquid absorption part side surface 106 Extension line

Claims (3)

In the volatilized body consisting of the volatilized body that sucks and volatilizes the drug in the container,
One side of the volatilizer body is provided with a plurality of longitudinally extending cuts to divide the volatilizer body into a plurality of blocks connected on the other side, and the volatilizer body is separated from the other side. A volatilized body configured such that side surfaces of adjacent blocks are exposed in a curved state. The volatilizer body is composed of a narrow liquid absorbing part that sucks up the drug, and a wide volatilizing part that volatilizes the drug sucked up by the liquid absorbing part,
The said liquid absorption part was continuously provided in any block formed by each said notch | incision while setting each said notch arranged in the width direction in this volatilization part. Volatilizer. The volatilizer body is composed of a narrow liquid absorbing part that sucks up the drug, and a wide volatilizing part that volatilizes the drug sucked up by the liquid absorbing part,
The volatilization part is provided with the cuts arranged side by side in the width direction, and the cuts are set at positions shifted from the extension lines of the side surfaces of the liquid absorption part. Volatilizer.

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