JP4519459B2 - Granular material portable container - Google Patents

Description

  TECHNICAL FIELD The present invention relates to a portable container for granular materials used for containing and carrying granular materials such as pharmaceuticals, nutritional supplements, and other foods formed into tablets.

As a portable container of granular materials used for storing and carrying granular substances such as tablets, medicines, nutritional supplements, and other foods, for example, Patent Document 1 discloses a main body container for storing granular substances. And a slide member that is slidable between an inlet / outlet provided in the main body container, a state in which one end side protrudes from the inlet / outlet and a state in which the one end is immersed in the main body container, and the slide member is slid A tablet case technique is disclosed in which the granular material accommodated in the accommodating portion can be taken out by exposing the accommodating portion of the granular material to the outside through the entrance / exit.
JP-A-11-165775

  However, in the above-mentioned portable container of granular material, only the configuration for taking out the granular material filled in the main body container from the takeout port is focused, and the configuration of the disclosed takeout port and slide member is not attached to the main body container. It was not easy to refill the particulate material. Therefore, it is necessary to provide a receiving port and a receiving mechanism in addition to the take-out port in the above-described portable container of the granular material.

  Further, since the tablet is accommodated in the slide member accommodating portion in a state where the flat main body container is erected, the number of the granular material accommodating portions is limited, and at most two to three can be pulled out. .

  The present invention has been made in view of the above problems, and it is not necessary to separately provide a receiving port and a receiving mechanism for receiving the granular material inside the main body container, and more granular materials are measured. It is an object of the present invention to provide a portable container of granular material that can be taken out.

The present invention for solving the above problems is a portable container of granular material used for containing and carrying a granular material, a main body container, and a state in which one end side protrudes to the outside with respect to the main body container; A slide member slidable over a state of being immersed in the main body container, an operation member that is exposed to the outside through a linear slide hole provided in the main body container, and connected to the slide member; a particulate material reservoir that enables the reservoir a large number of particulate material in the container constituted by the body vessel and the slide member, the upper surface of the one end side of the slide member accommodating portion for accommodating a predetermined number of particulates When, and a positioning means for positioning relative to the main container of the sliding member, by sliding the sliding member by operating the operation member from the outside, the A storage posture in which the ride member is stored inside the main body container, a take-out posture in which the slide member is slid by a predetermined amount to expose the storage portion to the outside from the entrance / exit, and the slide member is further removed from the take-out posture. It is possible to change the posture between the receiving posture and the receiving posture, and in the storage posture, the main body container is tilted so that the particulate matter inside the main body container can be stored in the storage portion, and in the extraction posture, the storage portion In the receiving posture, an opening communicating with the granular material reservoir is exposed to the outside so that the granular material can be received from the outside into the granular material reservoir, and the positioning means wherein comprising a locking projection provided on one of the main container side to the operating member, and two locking grooves provided on the other, the two are By changing the locking position of the locking projection with respect to one end of groove and the slide hole, and the retracted position of the slide member, and retrieving posture, it is configured to perform the positioning in the orientation of the receiving position, Further, the accommodating part has the same number of recesses as the predetermined number for holding the predetermined number of granular substances one by one, and these recesses are two-dimensional and in a direction to slide the slide member. It is the portable container of the granular material characterized by being arranged along.

  According to the present invention, since the upper surface on one end side of the slide member is provided with the accommodating portion that accommodates the particulate material, a large number of particulate materials can be taken out of the main body container.

Further, in the take-out posture in which the slide member is slid by a predetermined amount and the storage portion is exposed to the outside from the entrance / exit, the particulate matter stored in the storage portion can be taken out to the outside, and the slide member is further moved to the outside from the take-out posture In the pulled-out receiving posture, the opening leading to the granular material reservoir is exposed to the outside so that the granular material can be received from the outside into the granular material reservoir, so that the granular material can be received inside the main body container. There is no need to provide a receiving port and a receiving mechanism separately. Further, since the concave portion of the housing portion holds the particulate matter one by one, the particulate matter can be taken out by a certain amount of the concave portion every time the slide member is operated once. As a result, the user is troubled to count the particulate matter each time. You are freed. Furthermore, a slide member is connected to an operation member that is exposed to the outside through a linear slide hole provided at the top of the main body container, and the operation member is operated from the outside to slide along the slide hole. With this simple configuration, the slide member can be changed in posture between the storage posture, the removal posture, and the receiving posture. Furthermore, positioning means for positioning the operation member and the slide member with respect to the main body container in each of the storage posture, the take-out posture, and the receiving posture is provided between the main body container and the operation member. There is no need to hold the slide member and the operation member in the posture state, and a portable container of granular material with good operability can be obtained. Furthermore, the operation member and the slide member with respect to the main body container can be simply configured by engaging the engagement protrusion provided on either the main body container side or the operation member side with the engagement groove provided on the other side. Positioning can be performed.

  Next, the accommodating portion has a plurality of concave portions having an upper opening and a bottom, which are two-dimensionally arranged and accommodate the particulate matter, and the slide member is provided on the main body container side of the accommodating portion, and the upper portion and the main body container side. It is preferable to have a receiving portion that can receive the particulate material from above into the main body container, and in the above-described receiving posture, it is preferable that the particulate material can be received from this receiving portion into the particulate material storage portion.

  According to this preferable aspect, since the accommodating portion has a plurality of concave portions with two-dimensionally arranged upper openings and accommodating particulate matter, a larger number of particulate matter can be taken out of the main body container. It can be. In addition, since the particulate material can be received in the particulate material reservoir from the receiving portion that opens the upper side and the main body container side, the particulate material can be reliably received inside the body container in a natural state.

  In the present invention, the main body container is formed with a slope having a gradient shape for guiding the particulate matter from the bottom of the main body container to the concave portion of the housing portion on both sides of the housing portion of the slide member in the housing posture. Preferably there is.

  According to this preferable aspect, the slope having a gradient shape for guiding the particulate matter from the bottom of the main body container to the concave portion of the storage portion of the slide member in the storage posture is formed on both sides of the storage portion in the main body container. As a result, it is possible to prevent the particulate matter from staying on both sides of the accommodating portion, and as a result, the last one can be taken out without any trouble.

  Next, it is preferable that the said slope forms the said gradient shape from the collection | aggregation | set of the top part of the some rib standingly arranged by the bottom part of a main body container.

  According to this preferred embodiment, since the slope shape of the slope is formed from the set of the tops of the plurality of ribs erected on the bottom of the main body container, as a result of the structure having a large number of slits, the entire main body container is While being reduced in weight, it can be set as the portable container of the granular material with the front-and-back weight balance good.

  Further, the other end opposite to the one end of the slide member has a slope-shaped edge that obliquely descends from the bottom of the receiving portion to the bottom of the main body container. When storing in the storing posture, it is preferable that the slide member is stored while the granular material is removed upward by the edge of the gradient shape.

  According to this preferable aspect, the other end portion of the slide member has a slope-shaped edge that obliquely descends from the bottom portion of the receiving portion to the bottom portion of the main body container. Since the slide member is housed while removing the upper part of the slide body, the particulate material staying at the bottom of the main body container is prevented from being compressed or bitten at the other end of the slide member, and smoothly slides. Can be operated.

  The operating member is provided inside the main body container, and is provided on the bottom of the receiving portion, and is provided outside the main body container. The operating member is connected to the upper end of the operating bar and has anti-slip means on the surface. And the positioning means is configured to engage an engaging protrusion provided on the back surface of the operating portion with an engaging groove provided in the vicinity of the slide hole of the main body container. It is preferable to position the slide member with respect to the main body container.

  According to this preferred aspect, the operation member and the slide member are configured with a simple configuration in which the engagement protrusion provided on the back surface of the operation portion is engaged with the engagement groove provided in the vicinity of the slide hole of the main body container. Positioning with respect to the main body container can be performed.

  According to the present invention, there is no need to separately provide a receiving port and a receiving mechanism for receiving the particulate material, and a significant effect is achieved that a larger number of particulate materials can be measured and taken out.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Figure 1 is a perspective view of a mobile container 10 of the granular material according to the implementation of the embodiment of the present invention, FIG 2 is a perspective view showing the internal configuration of the mobile container 10 of the particulate matter. FIG. 3 is a perspective view showing the structure of the top portion of the main body container 2 of the portable container 10 made of granular material. Then, FIG. 4 is a perspective view showing a configuration of the operation unit 7b of the mobile container 10 of the particulate matter, Fig. 5 is a sectional view showing the retracted position of the mobile container 10 of the granular material according to the implementation of the embodiment of the present invention is there.

1, a mobile container 10 of the granular material according to the implementation of the embodiment of the present invention illustrated, which is used in order to carry housing the particulate material 1, to accommodate the particulate material 1 A main body container 2, an inlet / outlet 3 provided in the main body container 2, and a slide member 4 slidable with respect to the main body container 2 are provided. In addition, a granular material reservoir 9 (FIG. 2) that can store a large number of granular substances 1 in a container constituted by the main body container 2 and the slide member 4 and a predetermined upper surface on one end side of the slide member 4 And an accommodating portion 4c for accommodating a number of granular substances.

  The granular material 1 can be applied to medicines, nutritional supplements, and other foods that are formed in a tablet shape, and in this embodiment, the Chinese medicine dalanisuke pills are targeted.

  The main body container 2 is a flat synthetic resin container having an elliptical horizontal section, and has a capacity capable of filling the granular material 1 by a predetermined quantity. As described above, the granular material reservoir 9 (FIG. 2) is formed inside the main body container 2 in the first embodiment of the present invention.

  The inlet / outlet 3 is a substantially rectangular opening provided at one end of the main body container 2 for taking out the granular substance 1 from the main body container 2, and the main body container 2 from the receiving portion 4 d described later. It also serves as a filling hole for filling.

  The slide member 4 is generally a plate configured to be slidable between a state in which one end side protrudes to the outside of the main body container 2 and a state in which the slide member 4 is immersed in the main body container 2 while holding a predetermined number of granular substances 1. It is a member made of synthetic resin, and has the accommodating portion 4c on the upper surface 4b of one end portion 4a. And this accommodating part 4c has arrange | positioned the predetermined number of the recessed parts 4e holding the granular material 1 one by two two-dimensionally.

  The slide member 4 has a receiving portion 4d which is provided on the main body container 2 side of the housing portion 4c and can open the upper portion and the main body container 2 side to receive the particulate matter 1 from above into the main body container 2. is doing.

  And the portable container 10 of the granular material which concerns on 1st embodiment of illustration of this invention tilts the main body container 2 by the accommodation attitude | position which accommodated the slide member 4 in the main body container 2, and it is in the main body container 2 inside. The particulate material 1 accommodated in the accommodating portion 4c is exposed to the outside in a take-out posture in which the certain particulate material 1 is accommodated in the accommodating portion 4c, the slide member 4 is slid and the accommodating portion 4c is exposed to the outside from the inlet / outlet 3. It can be taken out. Further, the particulate material 1 can be received from the outside to the inside of the main body container 2 by the receiving posture in which the slide member 4 is further pulled out from the taking-out posture and the receiving portion 4d is exposed to the outside.

  Next, referring to FIG. 2, the other end 4 f of the slide member 4 opposite to the one end 4 a is inclined downward from the bottom 4 g of the receiving portion 4 d to the bottom 2 a of the main body container 2. When the slide member 4 is housed from the receiving posture to the stowed posture, the slide member 4 is housed while the particulate material 1 is removed upward by the slope-shaped edge portion 4h. Has been.

  The main body container 2 has a gradient for guiding the particulate substance 1 from the bottom 2a of the main body container 2 to the concave portion of the storage section 4c on both sides of the storage section 4c and the receiving section 4d of the slide member 4 in the illustrated storage posture. A slope 5 having a shape is formed.

  The slope 5 forms the gradient shape from a set of top portions of a plurality of ribs 5 a erected on the bottom 2 a of the main body container 2.

  Further, the main body container 2 has a linear slide hole 6 (FIG. 3) at the top in order to change the posture of the slide member 4 among the storage posture, the take-out posture, and the receiving posture. Is connected to an operation member 7 (FIG. 5) that passes through the slide hole 6 and is exposed to the outside. The operation member 7 is operated from the outside and is slid along the slide hole 6 so that the slide member 4 is moved. The posture is changed between the storage posture, the take-out posture, and the receiving posture.

  2 to 5 (mainly FIG. 5), the operation member 7 is provided inside the main body container 2 and is an elliptical column-shaped operation rod 7a erected on the bottom 4g of the receiving portion 4d. And an operation portion 7b made of a synthetic resin having a substantially elliptical plate shape, which is provided outside the main body container 2 and connected to the upper end of the operation rod 7a. A strut 7c for fitting to 7a is provided, and a non-slip means 7d having a large number of irregularities is provided on the surface.

  In addition, the slide member 4 and the operation member 7 do not always have to be held in the respective postures, and in order to obtain a portable container 10 of a granular material with good operability, the back surface of the operation unit 7b is provided. Positioning means 8 comprising a provided locking projection 8a (FIG. 4) and a locking groove 8b (FIG. 3) provided in the vicinity of the slide hole 6 of the main body container 2 is provided. Then, the engaging protrusion 8a and the engaging groove 8b are detachably engaged with each other, so that the operating member 7 and the sliding member 4 with respect to the main body container 2 are accommodated in the postures of storing and taking out the slide member 4. It is configured to perform positioning. In this embodiment, the locking groove 8b with respect to the receiving posture is omitted, but the positioning of the slide member 4 with respect to the main body container 2 is performed by the locking projection 8a coming into contact with the end 6a of the slide hole 6. .

Referring now to FIGS. 5-7, a description will be given of the operation of the mobile container 10 of the granular material according to the implementation of the embodiment of the present invention.

Figure 5 is a sectional view showing the retracted position of the mobile container 10 of the granular material according to the implementation of the embodiment of the present invention. This storage posture is a state in which the slide member 4 is stored in the main body container 2, and the mobile container 10 for the granular material stores the granular material 1 inside the main body container 2 by tilting the main body container 2. It can be accommodated in the portion 4c.

  At this time, slopes 5 having a gradient shape for guiding the particulate matter 1 are formed on both sides of the housing portion 4c on both sides of the housing portion 4c of the slide member 4 in the housing posture in the main body container 2. Therefore, the granular substance 1 is guided from the bottom part 2a of the main body container 2 to the concave part of the accommodating part 4c.

  And when taking out the granular substance 1 outside, the operation part 7b which provided the anti-slip | skid means 7d on the surface is operated from the outside, it is made to slide along the slide hole 6, and the engagement part provided in the back surface of the operation part 7b is provided. The positioning member 8 that engages the stop projection 8a (FIG. 4) and the locking groove 8b (FIG. 3) provided in the vicinity of the slide hole 6 of the main body container 2 allows the operation member 7 and the main body container of the slide member 4 to be engaged. 2 is positioned to change the posture of the slide member 4 to the next take-out posture.

  FIG. 6 is a cross-sectional view showing this take-out posture. This take-out posture is a state in which the slide member 4 is slid to expose the accommodating portion 4c to the outside through the inlet / outlet 3, and the granular material portable container 10 is accommodated in the accommodating portion 4c by this posture. 1 can be taken out to the outside.

  At this time, since a predetermined number of the concave portions 4e for holding the granular materials 1 one by one are arranged in the accommodating portion 4c of the slide member 4, each time the slide member 4 is operated once, a certain amount of the granular material in the concave portions 4e is obtained. 1 can be taken out.

  And when filling the inside of the granular substance 1, the operation part 7b is operated from the outside, it is made to slide further along the slide hole 6, and the latching protrusion 8a provided in the back surface of the operation part 7b (FIG. 4) And the positioning member 8 for engaging the locking groove 8b (FIG. 3) provided in the vicinity of the slide hole 6 of the main body container 2 to position the operation member 7 and the slide member 4 with respect to the main body container 2, The posture of the slide member 4 is changed to the next receiving posture.

  FIG. 7 is a cross-sectional view showing this receiving posture. This receiving posture is a state in which the slide member 4 is further pulled out from the taking-out posture and the receiving portion 4d is exposed to the outside. With this posture, the particulate matter 1 is introduced into the main body container 2 from above through the receiving portion 4d. Will be acceptable.

  When returning from the take-out posture or the receiving posture to the storage posture again, the operation member 7b is operated from the outside and is slid along the slide hole 6 to bring the slide member 4 into the storage posture of FIG. Change it. At this time, the slide member 4 is accommodated while excluding the particulate matter 1 upward by the gradient-shaped edge 4h obliquely descending from the bottom 4g of the receiving portion 4d to the bottom 2a of the main body container 2, and the bottom 2a of the main body container 2 is stored. It is avoided that the particulate material 1 staying in the cylinder is compressed or bitten by the other end 4f of the slide member 4.

Thus, housed according to the portable container 10 of the granular material according to the implementation of the embodiment of the present invention, in the retracted position and the extraction position, the slide member 4, the granular material 1 to the upper surface 4b of the one end portion 4a Since the plurality of accommodating portions 4c having bottoms with upper openings are two-dimensionally arranged, a larger number of particulate substances 1 can be accommodated in the accommodating portion 4c and can be taken out of the main body container 2.

  Further, in the receiving posture, the granular material 1 can be received into the main body container 2 from above via the receiving portion 4d, so that the receiving port and the receiving port for receiving the granular material 1 into the main body container 2 are received. There is no need to provide a separate mechanism.

  Next, the slope 5 having a gradient shape for guiding the granular material 1 from the bottom 2a of the main body container 2 to the concave portion of the storage section 4c of the slide member 4 in the storage position is provided on both sides of the main body container 2 on the both sides of the storage section 4c. As a result, it is possible to prevent the particulate material 1 from staying on both sides of the storage portion 4c of the slide member 4 in the storage posture. As a result, the last one can be taken out without any trouble.

  In addition, since the slope 5 has a slope shape from the set of the tops of the plurality of ribs 5a erected on the bottom portion 2a of the main body container 2, as a result of having a structure in which a large number of slits are provided, the entire main body container 2 is While being reduced in weight, it can be set as the portable container 10 of the granular material with the front-and-back weight balance good.

  Further, the other end portion 4f of the slide member 4 has a gradient-shaped edge portion 4h obliquely descending from the bottom portion 4g of the receiving portion 4d to the bottom portion 2a of the main body container 2, and the gradient-shaped edge portion 4h Since the slide member 4 is accommodated while removing the particulate material 1 upward, the particulate material 1 staying at the bottom 2a of the main body container 2 is compressed by the other end 4f of the slide member 4, or the slide member 4 It is possible to smoothly operate the slide member 4 while avoiding biting between the sliding groove and the other end 4f.

  In addition, since a predetermined number of the concave portions 4e for holding the granular materials 1 one by one are arranged in the accommodating portion 4c of the slide member 4, each time the slide member 4 is operated once, a certain amount of the granular materials 1 are stored in the concave portions 4e. As a result of the removal, the user is freed from the hassle of counting the particulate material 1 each time.

  Further, a slide member 4 is connected to an operation member 7 that passes through a linear slide hole 6 provided at the top of the main body container 2 and is exposed to the outside. The slide member 4 is operated by operating the operation member 7 from the outside. 6, the slide member 4 can be changed in posture between the storage posture, the take-out posture, and the receiving posture.

  Positioning means 8 is provided between the main body container 2 and the operation member 7 to position the operation member 7 and the slide member 4 with respect to the main body container 2 in each of the storage position, the taking-out position, and the receiving position. Therefore, there is no need to always hold the slide member 4 and the operation member 7 in the respective postures, and the portable container 10 of a granular material with good operability can be obtained.

  Then, the operation member 7 and the slide member have a simple configuration in which the engagement protrusion 8a provided on the back surface of the operation portion 7b and the engagement groove 8b provided in the vicinity of the slide hole 6 of the main body container 2 are engaged. 4 can be positioned with respect to the main body container 2.

  The above-described embodiment is merely a preferred specific example of the present invention, and the present invention is not limited to the above-described embodiment.

  For example, the granular substance 1 is not limited to the Chinese medicine Dalanisuke pills, and is not necessarily limited to the medicines and nutritional supplements formed into tablets. If it is a granular substance, various substances such as other foods can be applied.

Moreover, the main body container 2 is not necessarily limited to the synthetic resin container of the shape of illustration. As long as it has a capacity capable of being filled with a predetermined number of granular substances 1, various design changes can be made in both shape and material.

  The entrance / exit 3 is not limited to a generally rectangular opening, and various design changes such as having a curved portion are possible.

Moreover, the slope 5 is not necessarily limited to forming a gradient shape from a set of top portions of the plurality of ribs 5a as in the illustrated shape. Various design changes such as a structure having one slope surface may be used as long as the shape has a gradient shape for guiding the granular material 1 so as to prevent the granular material 1 from staying. Is possible.

The positioning means 8 is not necessarily limited to the illustrated shape, as long as a structure that can position against the container body 2 of the sliding member 4, various design changes are possible.

  In addition, it goes without saying that various design changes are possible within the scope of the claims of the present invention.

It is a perspective view of a mobile container of the granular material according to the implementation of the embodiment of the present invention. It is a perspective view which shows the structure inside the portable container of a granular material. It is a perspective view which shows the structure of the top part of the main body container of the portable container of a granular material. It is a perspective view which shows the structure of the operation part of the portable container of a granular material. It is a cross-sectional view showing the retracted position of the mobile container of the granular material according to the implementation of the embodiment of the present invention. It is a cross-sectional view showing the take-out position of the mobile container of the granular material according to the implementation of the embodiment of the present invention. It is a sectional view showing a receiving position of the mobile container of the granular material according to the implementation of the embodiment of the present invention.

1 granular material
Two material container 3 inlet and outlet
4 slide member 4a one end
4c Osamu capacity unit
4d accept put part
Mobile container 4e recess <br/> 4f other end 4h edge 5 slopes 5a rib 6 slide hole 7 operating member 7a operating rod 7b operation unit 8 positioning means 8a locking projection 8b locking groove 1 0 grain matter

Claims (6)

A portable container of particulate material used to contain and carry particulate matter,
A main body container, a slide member slidable between a state in which one end of the main body container projects outward and a state in which the main body container is immersed, and a linear slide hole provided in the main body container. An operating member that is exposed to the outside and connected to the slide member, a granular material reservoir that can store a large number of granular materials in a container constituted by the main body container and the slide member, and the slide member On the upper surface of the one end side, a housing portion that houses a predetermined number of granular substances, and positioning means for positioning the slide member with respect to the main body container,
By operating the operation member from the outside and sliding the slide member, a storage posture in which the slide member is stored inside the main body container, and a sliding portion of the slide member by a predetermined amount to move the storage portion from the entrance / exit. It is possible to change the posture between the taking-out posture exposed to the outside and the receiving posture in which the slide member is further pulled out from the taking-out posture,
In the storage posture, the main body container is tilted so that the granular material inside the main body container can be stored in the storage portion. In the extraction position, the granular material stored in the storage portion can be extracted to the outside. locking opening to the material reservoir is to be acceptable to the particulate material reservoir the particulate material exposed to the outside from the outside, and said positioning means provided on one of said operating member side to the main container side A protrusion and two locking grooves provided on the other , and changing the locking position of the locking protrusion with respect to the two locking grooves and one end of the slide hole, The positioning is performed in each of the take-out posture and the accepting posture,
Further, the accommodating part has the same number of recesses as the predetermined number for holding the predetermined number of granular substances one by one, and these recesses are two-dimensional and in a direction to slide the slide member. A portable container of granular material, characterized by being arranged along the same line.   The accommodating portion has a plurality of concave portions having an upper opening and a bottom, which is two-dimensionally arranged along the upper surface thereof and accommodates the granular material, and the slide member is provided on the main body container side of the accommodating portion, and the upper portion and the main body. It has a receiving part that can open the container side and can receive the granular material from above into the main body container, and in the receiving posture, the granular material can be received from the receiving part into the granular material storing part. The portable container for particulate matter according to claim 1.   The main body container is characterized in that slopes having a gradient shape for guiding the particulate matter from the bottom of the main body container to the concave portion of the housing portion are formed on both sides of the housing portion of the slide member in the housing posture. Item 3. A portable container for particulate matter according to Item 2.   4. The portable container of granular material according to claim 3, wherein the slope is formed with the gradient shape from a set of top portions of a plurality of ribs erected on the bottom of the main body container.   The other end of the slide member opposite to the one end has a sloped edge that obliquely descends from the bottom of the receiving portion to the bottom of the main body container, and the slide member is stored in the receiving posture from the receiving posture. 5. The structure according to claim 2, wherein the slide member is accommodated while the granular material is excluded upward by the edge portion having the gradient shape when accommodated in the posture. A portable container of the described particulate matter. The operating member is provided inside the main body container, and is provided with an operating rod standing on the bottom of the receiving portion, provided outside the main body container, connected to the upper end of the operating rod, and provided with anti-slip means on the surface. And the positioning means is configured to engage the locking protrusion provided on the back surface of the operating portion with the locking groove provided in the vicinity of the slide hole of the main body container. The portable container for granular materials according to claim 1 , wherein the member is positioned with respect to the main body container.

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