JP6319428B2

JP6319428B2 - Storage case

Info

Publication number: JP6319428B2
Application number: JP2016513534A
Authority: JP
Inventors: 英之藤川
Original assignee: Fujitsu Ltd
Current assignee: Fujitsu Ltd
Priority date: 2014-04-15
Filing date: 2014-04-15
Publication date: 2018-05-09
Anticipated expiration: 2034-04-15
Also published as: TWI580617B; JPWO2015159372A1; WO2015159372A1; TW201600407A

Description

本願の開示する技術は収納ケースに関する。 The technology disclosed in the present application relates to a storage case.

一端を袋体の第１面と対向する第２面に所定の高さで固定し、中途部を袋体の底面方向へ下げて折り返し、保持部との間で小物を収納可能にしたベルト部材を有する小物の収納構造がある。 A belt member in which one end is fixed to a second surface opposite to the first surface of the bag body at a predetermined height, a midway portion is lowered toward the bottom surface of the bag body and folded back, and small articles can be stored between the holding portion. There is a storage structure for small items.

また、携帯電話機を保持するホルダに磁石を設置し、携帯電話機をホルダに保持させたとき電話機の磁気センサが磁石のシステム基板を検知して液晶表示部の電源をオフにする携帯端末装置用ホルダがある。 In addition, when a magnet is installed in a holder for holding a mobile phone, and the mobile phone is held by the holder, the magnetic sensor of the phone detects the magnet system board and turns off the power of the liquid crystal display unit. There is.

特開２００３−３２５２１９号公報JP 2003-325219 A 特開２００４−２２８９５９号公報JP 2004-228959 A

電子機器を収納する収納ケースでは、電子機器の磁気センサが収納ケースの磁石に接近したことを検知し、所定の省電力状態、たとえば電源オフ状態や待機状態等への移行等を行う構造がある。 The storage case for storing the electronic device has a structure that detects that the magnetic sensor of the electronic device has approached the magnet of the storage case and shifts to a predetermined power saving state, for example, a power-off state or a standby state. .

磁気センサによる磁石の検知を確実にするため、磁石をケース本体の内面から磁石を突出させると、被収納物が内生地を介して磁石を押すことがある。 In order to ensure the detection of the magnet by the magnetic sensor, if the magnet is protruded from the inner surface of the case body, the object to be stored may push the magnet through the inner cloth.

本願の開示技術は、１つの側面として、検出部材の損傷を抑制することが目的である。 The disclosed technology of the present application is, as one aspect, an object of suppressing damage to the detection member.

本願の開示する技術では、ケース本体の内部に設けられる内生地に、ケース本体の内面から突出する検出部材を避ける孔部が形成される。 In the technique disclosed in the present application, a hole that avoids the detection member protruding from the inner surface of the case body is formed in the inner fabric provided inside the case body.

本願の開示する技術によれば、検出部材の損傷を抑制できる。 According to the technology disclosed in the present application, it is possible to suppress damage to the detection member.

図１は第１実施形態の収納ケースを被収納物と共に示す斜視図である。FIG. 1 is a perspective view showing a storage case according to the first embodiment together with an object to be stored. 図２は第１実施形態の収納ケースを被収納物と共に示す縦断面図である。FIG. 2 is a longitudinal cross-sectional view showing the storage case of the first embodiment together with the objects to be stored. 図３は第１実施形態の収納ケースを部分的に拡大して被収納物と共に示す縦断面図である。FIG. 3 is a longitudinal cross-sectional view showing the storage case of the first embodiment partially enlarged together with an object to be stored. 図４は第１実施形態の収納ケースの引出部材を被収納物と共に示す斜視図である。FIG. 4 is a perspective view showing the drawer member of the storage case according to the first embodiment together with the objects to be stored. 図５は第１実施形態の収納ケースを被収納物と共に示す縦断面図である。FIG. 5 is a longitudinal cross-sectional view showing the storage case of the first embodiment together with the objects to be stored. 図６は第１実施形態の収納ケースを被収納物と共に示す斜視図である。FIG. 6 is a perspective view showing the storage case of the first embodiment together with an object to be stored. 図７は第１実施形態の収納ケースを被収納物と共に示す縦断面図である。FIG. 7 is a vertical cross-sectional view showing the storage case of the first embodiment together with the objects to be stored. 図８は第１実施形態の収納ケースの引出部材を被収納物と共に示す斜視図である。FIG. 8 is a perspective view showing the drawer member of the storage case according to the first embodiment together with the objects to be stored. 図９は第１実施形態の収納ケースを被収納物と共に示す縦断面図である。FIG. 9 is a longitudinal cross-sectional view showing the storage case of the first embodiment together with an object to be stored. 図１０は比較例の収納ケースを部分的に拡大して示す縦断面図である。FIG. 10 is a longitudinal cross-sectional view showing a partially enlarged storage case of a comparative example.

第１実施形態について、図面に基づいて詳細に説明する。 1st Embodiment is described in detail based on drawing.

図１及び図２には、第１実施形態の収納ケース１２が示される。収納ケース１２は、たとえば、タブレット型の携帯端末、スマートフォン、携帯電話等の被収納物１４を収納できる。そして、使用者が収納ケース１２を衣服等に装着した状態で、収納ケース１２に被収納物１４を出し入れできる。 The storage case 12 of 1st Embodiment is shown by FIG.1 and FIG.2. The storage case 12 can store a storage object 14 such as a tablet-type mobile terminal, a smartphone, or a mobile phone. Then, the object 14 can be taken in and out of the storage case 12 with the user wearing the storage case 12 on clothes or the like.

収納ケース１２は、使用者が装着するためのベルトを有する。以下において、「前側」とは、収納ケース１２において、ベルトから遠い側（使用者から遠い側）をいう。また、以下において、「上方向」とは、収納ケース１２を使用者が装着した状態での上方向を言う。各図面では、収納ケース１２の上方向、前方向及び幅方向をそれぞれ、矢印ＵＰ、矢印ＦＲ及び矢印Ｗで示す。 The storage case 12 has a belt for a user to wear. Hereinafter, the “front side” refers to a side far from the belt (a side far from the user) in the storage case 12. In the following, the “upward direction” refers to an upward direction in a state where the storage case 12 is worn by the user. In each drawing, the upward direction, the front direction, and the width direction of the storage case 12 are indicated by an arrow UP, an arrow FR, and an arrow W, respectively.

図２に示すように、本実施形態の被収納物１４は、表示面１４Ａ及びカバー面１４Ｂを有する。表示面１４Ａには、たとえばディスプレイが備えられる。これに対し、カバー面１４Ｂには、取出部１８が備えられる。図１及び図２に示す例では、取出部１８は、カバー面１４Ｂに取り付けられる上下一対の留布１８Ａと、留布１８Ａ間に掛け渡される把持紐１８Ｂとを有する。取出部１８は、使用者が収納ケース１２から被収納物１４を取り出すときに、指等をかけることができる部材である。 As shown in FIG. 2, the storage object 14 of the present embodiment has a display surface 14A and a cover surface 14B. For example, a display is provided on the display surface 14A. On the other hand, the cover surface 14B is provided with an extraction portion 18. In the example shown in FIGS. 1 and 2, the take-out portion 18 includes a pair of upper and lower clasps 18A attached to the cover surface 14B, and a gripping string 18B spanned between the clasps 18A. The take-out unit 18 is a member that can be put on a finger or the like when the user takes out the storage object 14 from the storage case 12.

さらに、本実施形態の被収納物１４は、図２に示すように、内部に磁気センサ２０を備える。被収納物１４は、磁気センサ２０で検知した磁力（磁束密度）が所定値以上である場合は、省電力状態、たとえば電源オフ状態や待機状態等に移行する。磁気センサ２０は、被収納物１４内において上部と下部とに設けられており、被収納物１４を収納ケース１２に上下反転させて収納しても、後述する磁石本体３４の磁力を検知できる。 Furthermore, the to-be-contained object 14 of this embodiment is equipped with the magnetic sensor 20 inside, as shown in FIG. When the magnetic force (magnetic flux density) detected by the magnetic sensor 20 is greater than or equal to a predetermined value, the stored object 14 shifts to a power saving state, such as a power-off state or a standby state. The magnetic sensor 20 is provided in the upper part and the lower part in the storage object 14, and can detect the magnetic force of the magnet main body 34 described later even when the storage object 14 is stored upside down in the storage case 12.

収納ケース１２は、被収納物１４を収納するケース本体２２を有する。本実施形態のケース本体２２は、曲げ剛性を有する前板２４及び後板２６を有する。前板２４及び後板２６は、側部２７及び底部２８によって連結されており、ケース本体２２は、上方に開口する挿入口２２Ｍを有する略直方体の箱形状である。本実施形態では、図２から分かるように、前板２４の上端２４Ｔは後板２６の上端２６Ｔよりも低い。 The storage case 12 has a case main body 22 that stores the storage object 14. The case main body 22 of the present embodiment includes a front plate 24 and a rear plate 26 having bending rigidity. The front plate 24 and the rear plate 26 are connected by a side portion 27 and a bottom portion 28, and the case main body 22 has a substantially rectangular parallelepiped box shape having an insertion port 22M that opens upward. In this embodiment, as can be seen from FIG. 2, the upper end 24T of the front plate 24 is lower than the upper end 26T of the rear plate 26.

後板２６の後面側には、ベルト通し部２９が設けられる。ベルト通し部２９は、図１に示す例では、上下方向に延在する２本のベルトループ２９Ｌと、これらのベルトループ２９Ｌを上下方向の中間部分で後板２６に向かって押さえ付ける押さえ部材２９Ｆを備える。ベルトループ２９Ｌの上部は後板２６に固着され、ベルトループ２９Ｌの下部は、留具２９Ｂにより後板２６に取り外し可能に固定される。そして、たとえば、押さえ部材２９Ｆの上下位置を適切に設定し、ベルトループ２９Ｌと後板２６の隙間に、使用者のベルト等を挿通することで、使用者は収納ケース１２を装着できる。 A belt passing portion 29 is provided on the rear surface side of the rear plate 26. In the example shown in FIG. 1, the belt passing portion 29 includes two belt loops 29L extending in the vertical direction, and a pressing member 29F that presses these belt loops 29L toward the rear plate 26 at an intermediate portion in the vertical direction. Is provided. The upper portion of the belt loop 29L is fixed to the rear plate 26, and the lower portion of the belt loop 29L is detachably fixed to the rear plate 26 by a fastener 29B. For example, the user can attach the storage case 12 by appropriately setting the vertical position of the pressing member 29F and inserting the user's belt or the like through the gap between the belt loop 29L and the rear plate 26.

収納ケース１２には、被収納物１４が、挿入口２２Ｍから挿入される。被収納物１４の挿入方向を矢印Ｓ１で示す。 The storage object 14 is inserted into the storage case 12 through the insertion port 22M. The insertion direction of the article 14 is indicated by an arrow S1.

前板２４及び後板２６のそれぞれの内面２４Ｕ、２６Ｕには、磁石部材３０、３２が設けられる。磁石部材３０、３２のそれぞれは、磁石本体３４と、磁石保持部３６とを有する。磁石部材３０は第一磁石部材の一例であり、磁石部材３２は第二磁石部材の一例である。そして、磁石部材３０、３２は、検出部材の一例である。 Magnet members 30 and 32 are provided on the inner surfaces 24U and 26U of the front plate 24 and the rear plate 26, respectively. Each of the magnet members 30 and 32 includes a magnet main body 34 and a magnet holding portion 36. The magnet member 30 is an example of a first magnet member, and the magnet member 32 is an example of a second magnet member. And the magnet members 30 and 32 are examples of a detection member.

図３にも詳細に示すように、磁石保持部３６は、前板２４の内面２４Ｕ及び後板２６の内面２６Ｕにそれぞれ形成されており、内面２４Ｕ、２６Ｕからケース本体２２の内側に突出する。磁石保持部３６と、内面２４Ｕ、２６Ｕとの間には隙間が生じている。磁石保持部３６は、磁石本体３４を覆うと共に、この隙間に磁石本体３４を保持する。 As shown in detail in FIG. 3, the magnet holding portions 36 are respectively formed on the inner surface 24U of the front plate 24 and the inner surface 26U of the rear plate 26, and project from the inner surfaces 24U and 26U to the inside of the case main body 22. There is a gap between the magnet holding portion 36 and the inner surfaces 24U and 26U. The magnet holding part 36 covers the magnet body 34 and holds the magnet body 34 in this gap.

磁石保持部３６は、押圧部３６Ｐと傾斜部３６Ｓとを有する。２つの押圧部３６Ｐは、ケース本体２２の内側で互いに対向している。傾斜部３６Ｓは、押圧部３６Ｐから被収納物１４の挿入方向（矢印Ｓ１方向）に対し傾斜している。そして、ケース本体２２内に被収納物１４が入れられるときに傾斜部３６Ｓに接触すると、傾斜部３６Ｓによってケース本体２２の中央寄りに案内される。磁石保持部３６に被収納物１４が衝撃的に当たっても、傾斜部３６Ｓによって衝撃が緩和される。 The magnet holding part 36 has a pressing part 36P and an inclined part 36S. The two pressing parts 36P are opposed to each other inside the case main body 22. The inclined portion 36S is inclined with respect to the insertion direction (the arrow S1 direction) of the article 14 from the pressing portion 36P. Then, when the object 14 is put into the case main body 22 and comes into contact with the inclined portion 36S, the case main body 22 is guided toward the center of the case main body 22 by the inclined portion 36S. Even if the object 14 hits the magnet holding part 36 in an impact, the shock is mitigated by the inclined part 36S.

本実施形態では、２つの押圧部３６Ｐの間隔Ｄ１は、被収納物１４の厚みＴ１と同程度である。そして、磁石部材３０、３２の間に被収納物１４が位置すると、被収納物１４の厚みＴ１によっては、押圧部３６Ｐが被収納物１４に押され磁石保持部３６がわずかに撓み、間隔Ｄ１が広がることがある。磁石保持部３６の撓みの反力により、押圧部３６Ｐが被収納物１４を押圧して密着するので、被収納物１４と磁石本体３４との距離を安定的に維持できる。また、被収納物１４の厚みＴ１が、２つの押圧部３６Ｐの間隔Ｄ１より薄い場合には、磁石部材３０、３２は被収納物１４に接触しないが、磁石本体３４が被収納物１４に接近した状態に維持される。 In the present embodiment, the distance D1 between the two pressing portions 36P is approximately the same as the thickness T1 of the article 14 to be stored. When the object to be stored 14 is positioned between the magnet members 30 and 32, depending on the thickness T1 of the object to be stored 14, the pressing portion 36P is pressed by the object to be stored 14, and the magnet holding portion 36 is slightly bent, and the interval D1. May spread. The pressing portion 36P presses and contacts the object 14 by the reaction force of the bending of the magnet holding part 36, so that the distance between the object 14 and the magnet body 34 can be stably maintained. When the thickness T1 of the object to be stored 14 is smaller than the distance D1 between the two pressing portions 36P, the magnet members 30 and 32 do not contact the object to be stored 14, but the magnet body 34 approaches the object to be stored 14. Maintained.

磁石本体３４は、長尺状（扁平な直方体状）に形成されており、磁石本体３４の長手方向が、被収納物１４の挿入方向（矢印Ｓ１方向）に沿っている。磁石本体３４の下端の位置は、被収納物１４の全体が収納ケース１２に収納された全部収納状態（図２参照）で、磁気センサ２０に所定値以上の磁力を作用させる位置である。また、磁石本体３４の上端の位置は、被収納物１４の下側部分が収納ケース１２に収納された一部収納状態（図６参照）であっても、磁気センサ２０に所定値以上の磁力（磁束密度）を及ぼす位置である。すなわち、磁石本体３４の長さ（上下方向の範囲）は、被収納物１４が全部収納位置と一部収納位置の間のどの位置であっても、磁気センサ２０に所定値以上の磁束密度を生じさせる長さである。 The magnet main body 34 is formed in a long shape (flat rectangular parallelepiped shape), and the longitudinal direction of the magnet main body 34 is along the insertion direction (arrow S1 direction) of the article 14 to be stored. The position of the lower end of the magnet body 34 is a position at which a magnetic force of a predetermined value or more is applied to the magnetic sensor 20 in the fully stored state (see FIG. 2) in which the entire storage object 14 is stored in the storage case 12. Further, the upper end of the magnet body 34 has a magnetic force greater than or equal to a predetermined value in the magnetic sensor 20 even in a partially stored state in which the lower portion of the storage object 14 is stored in the storage case 12 (see FIG. 6). This is the position that exerts (magnetic flux density). That is, the length (range in the vertical direction) of the magnet main body 34 is such that the magnetic sensor 20 has a magnetic flux density equal to or greater than a predetermined value at any position between the fully stored position and the partially stored position. This is the length to be generated.

また、本実施形態では、２つの磁石部材３０、３２が２つ設けられおり、収納ケース１２に収納された被収納物１４を間にして、一対の磁石本体３４が対向している。特に、磁石本体３４は、異なる磁極（Ｎ極とＳ極）が対向する向きに配置される。したがって、たとえば、磁石本体３４を同じ磁極が対向する向きに配置した構造と比較して、磁石本体３４の間の空間では、磁束密度が大きくなると共に、磁束密度の空間的な偏りが少ない。そして、収納ケース１２の外側では、磁束密度は、磁石本体３４の間よりも小さい。 In the present embodiment, two magnet members 30 and 32 are provided, and a pair of magnet main bodies 34 face each other with the object 14 stored in the storage case 12 in between. In particular, the magnet body 34 is disposed in a direction in which different magnetic poles (N pole and S pole) face each other. Therefore, for example, compared to a structure in which the magnet main body 34 is arranged in the direction in which the same magnetic poles face each other, the magnetic flux density is increased in the space between the magnet main bodies 34 and the spatial deviation of the magnetic flux density is small. The magnetic flux density is smaller outside the storage case 12 than between the magnet bodies 34.

収納ケース１２には、引出部材３８が設けられる。引出部材３８は、図４及び図８にも詳細に示すように、柔軟性を有する素材で形成された内生地４０と、曲げ剛性を有する素材で形成された引出蓋４２と、を有する。 A drawer member 38 is provided in the storage case 12. As shown in detail in FIGS. 4 and 8, the drawer member 38 includes an inner fabric 40 formed of a flexible material and a drawer lid 42 formed of a material having bending rigidity.

内生地４０は、移動部４０Ａ及び固着部４０Ｂを有し、さらに移動部４０Ａと固着部４０Ｂとに連続する連続部４０Ｃを有する。連続部４０Ｃは、被収納物１４の挿入方向（矢印Ｓ１方向）の先端側で移動部４０Ａと固着部４０Ｂとをつなぐ。 The inner fabric 40 includes a moving part 40A and a fixing part 40B, and further includes a continuous part 40C continuous to the moving part 40A and the fixing part 40B. 40 C of continuous parts connect the moving part 40A and the adhering part 40B in the front end side of the insertion direction (arrow S1 direction) of the to-be-contained thing 14. As shown in FIG.

固着部４０Ｂは、後板２６の内面２６Ｕに縫製されて後板２６に固着される。これに対し、移動部４０Ａは、前板２４の内面２４Ｕに沿って、挿入方向（矢印Ｓ１方向）及びその反対方向に移動可能である。そして、固着部４０Ｂの下端と移動部４０Ａの下端とが、連続部４０Ｃで連続し、一体的な内生地４０を形成している。 The fixing portion 40B is sewn to the inner surface 26U of the rear plate 26 and fixed to the rear plate 26. On the other hand, the moving part 40A is movable along the inner surface 24U of the front plate 24 in the insertion direction (arrow S1 direction) and the opposite direction. And the lower end of the adhering portion 40B and the lower end of the moving portion 40A are continuous at the continuous portion 40C to form an integral inner fabric 40.

被収納物１４は、ケース本体２２内に挿入口２２Ｍ側から入れられると、移動部４０Ａと固着部４０Ｂの間を通り、連続部４０Ｃに接触する。この状態で、連続部４０Ｃが底部２８に接触していない場合は、連続部４０Ｃが被収納物１４から下方に押されると、連続部４０Ｃ及び移動部４０Ａが下方に移動する。 When the article 14 is inserted into the case main body 22 from the insertion port 22M side, the article 14 passes between the moving part 40A and the fixing part 40B and contacts the continuous part 40C. In this state, when the continuous portion 40C is not in contact with the bottom portion 28, the continuous portion 40C and the moving portion 40A move downward when the continuous portion 40C is pushed downward from the article 14 to be stored.

被収納物１４の全部収納状態（図１参照）で、移動部４０Ａを上方に移動させると、連続部４０Ｃも上方に移動するので、連続部４０Ｃに支持された被収納物１４も上方に移動する。ただし、内生地４０の固着部４０Ｂは後板２６に固着されて不動なので、移動部４０Ａの上方への移動量は、固着部４０Ｂが後板２６から剥離しない一定範囲に制限される。 When the moving part 40A is moved upward in the state where all the objects 14 are stored (see FIG. 1), the continuous part 40C also moves upward, so that the object 14 supported by the continuous part 40C also moves upward. To do. However, since the fixing portion 40B of the inner fabric 40 is fixed to the rear plate 26 and does not move, the upward movement amount of the moving portion 40A is limited to a certain range in which the fixing portion 40B does not peel from the rear plate 26.

移動部４０Ａには、引出蓋４２が取り付けられる。引出蓋４２は、曲げ剛性を有しており、移動部４０Ａの前側且つ上部に取り付けられる前蓋部４２Ｆと、前蓋部４２Ｆの上端から（図２に示す例では略直角に）屈曲される上蓋部４２Ｔとを有する。 A drawer lid 42 is attached to the moving unit 40A. The drawer lid 42 has bending rigidity and is bent from the front lid portion 42F attached to the front side and the upper portion of the moving portion 40A and the upper end of the front lid portion 42F (substantially at right angles in the example shown in FIG. 2). And an upper lid portion 42T.

図２に示すように、被収納物１４の全部収納状態では、内生地４０の移動部４０Ａ及び引出蓋４２が下方にあり、前蓋部４２Ｆが被収納物１４のカバー面１４Ｂと対向する。また、上蓋部４２Ｔが被収納物１４の上面１４Ｔと対向する。 As shown in FIG. 2, in a state where all the objects to be stored 14 are stored, the moving part 40 A of the inner fabric 40 and the drawer lid 42 are on the lower side, and the front lid part 42 F faces the cover surface 14 B of the object 14 to be stored. Further, the upper lid portion 42T faces the upper surface 14T of the storage object 14.

なお、被収納物１４の全部収納状態で、上蓋部４２Ｔが被収納物１４の上面１４Ｔと対向した姿勢を維持できるように、上蓋部４２Ｔをケース本体２２に係合させる係合部や、磁石等を設けてもよい。 It should be noted that an engagement portion for engaging the upper lid portion 42T with the case main body 22 or a magnet so that the upper lid portion 42T can maintain the posture facing the upper surface 14T of the subject matter 14 in the state where the accommodation subject 14 is fully accommodated. Etc. may be provided.

前板２４の上端２４Ｔには、矢印Ｗ方向（幅方向）の中央を下方に凹ませた切欠部４４が形成される。切欠部４４は、前蓋部４２Ｆに形成された取っ手部４６に前板２４が干渉しないようにすると共に、全部収納状態で、取っ手部４６の周囲を前板２４から露出させ、取っ手部４６に指等を掛けやすくしている。 At the upper end 24T of the front plate 24, a notch 44 is formed in which the center in the arrow W direction (width direction) is recessed downward. The cutout portion 44 prevents the front plate 24 from interfering with the handle portion 46 formed on the front lid portion 42F, and exposes the periphery of the handle portion 46 from the front plate 24 in the fully accommodated state. It is easy to hang fingers.

内生地４０の移動部４０Ａにおいて、引出蓋４２が取り付けられる部分と取り付けられない部分の境界では曲げ剛性が局所的に変化している。内生地４０には、この曲げ剛性変化部分において折曲部４８が形成される。 In the moving part 40 A of the inner fabric 40, the bending rigidity locally changes at the boundary between the portion where the drawer lid 42 is attached and the portion where it is not attached. In the inner fabric 40, a bent portion 48 is formed at the bending rigidity changing portion.

図２に示す全部収納状態では、前蓋部４２Ｆと前板２４とが部分的に重なっている。この状態では、折曲部４８で移動部４０Ａが折れ曲がることはなく、前蓋部４２Ｆが被収納物１４と対向した状態を維持する。 In the fully retracted state shown in FIG. 2, the front lid portion 42F and the front plate 24 partially overlap. In this state, the moving portion 40A is not bent at the bent portion 48, and the state where the front lid portion 42F faces the stored object 14 is maintained.

また、図５に示すように、引出蓋４２が矢印Ａ１方向に引き出されていても、前蓋部４２Ｆの一部と前板２４とが重なっていれば、折曲部４８で移動部４０Ａが折れ曲がることはなく、前蓋部４２Ｆが被収納物１４と対向した状態を維持する。 As shown in FIG. 5, even if the drawer lid 42 is pulled out in the direction of the arrow A 1, if the part of the front lid portion 42 F and the front plate 24 overlap each other, the moving portion 40 A is moved by the bent portion 48. There is no bending, and the front lid portion 42 F maintains the state facing the article 14 to be stored.

これに対し、図７に示すように、折曲部４８引出蓋４２の全体がケース本体２２の前板２４よりも上方に位置すると、折曲部４８で移動部４０Ａが折れ曲がり可能である。移動部４０Ａが折曲部４８で折れ曲がることで、前蓋部４２Ｆが被収納物１４から離間する。そして、被収納物１４の取出部１８の一部を露出させる。 On the other hand, as shown in FIG. 7, when the entire bent portion 48 pull-out lid 42 is positioned above the front plate 24 of the case body 22, the moving portion 40 A can be bent at the bent portion 48. When the moving portion 40A is bent at the bent portion 48, the front lid portion 42F is separated from the article 14 to be stored. And a part of extraction part 18 of the to-be-contained thing 14 is exposed.

図６及び図７に示すように、引出部材３８（移動部４０Ａ）が折曲部４８で折り曲げられた状態では、引出部材３８の一部（折曲部４８の近傍部分）が、ケース本体２２の挿入口２２Ｍ（前板２４の上端２４Ｔ）に引っかかる。具体的には、引出部材３８がケース本体２２の内部に入る方向（矢印Ｓ１と同方向）で、引出部材３８の一部が前板２４の上端２４Ｔと対向している。 As shown in FIGS. 6 and 7, in a state where the drawing member 38 (moving portion 40 A) is bent at the bent portion 48, a part of the drawing member 38 (a portion near the bent portion 48) is the case main body 22. Is caught in the insertion port 22M (the upper end 24T of the front plate 24). Specifically, a part of the drawing member 38 is opposed to the upper end 24T of the front plate 24 in the direction in which the drawing member 38 enters the inside of the case main body 22 (the same direction as the arrow S1).

図４及び図８に示すように、引出部材３８には、折曲部４８の位置において、矢印Ｗ方向に長い楕円状の露出孔５０が形成される。より詳細には、折曲部４８における移動部４０Ａに楕円状の孔が形成され、前蓋部４２Ｆの下辺に、この楕円状の孔の上半分に対応する凹みが形成される。 As shown in FIGS. 4 and 8, the extraction member 38 is formed with an elliptical exposure hole 50 that is long in the arrow W direction at the position of the bent portion 48. More specifically, an elliptical hole is formed in the moving part 40A of the bent part 48, and a recess corresponding to the upper half of the elliptical hole is formed on the lower side of the front lid part 42F.

図６及び図７から分かるように、引出部材３８が折曲部４８で折り曲げられると、露出孔５０は、引出部材３８の幅方向中央部分が下向きに凹んだ凹部５２となる。凹部５２は、切欠部４４に対応した位置にあり、被収納物１４の取出部１８をより広い範囲で露出させる。 As can be seen from FIGS. 6 and 7, when the drawing member 38 is bent at the bent portion 48, the exposure hole 50 becomes a concave portion 52 in which the central portion in the width direction of the drawing member 38 is recessed downward. The recess 52 is located at a position corresponding to the notch 44 and exposes the take-out portion 18 of the storage object 14 in a wider range.

内生地４０には、図４及び図８から分かるように、内生地４０が磁石部材３０、３２を避ける位置に孔部５４が形成される、特に、本実施形態では、内生地４０の移動部４０Ａは矢印Ｓ１方向に移動するので、移動部４０Ａと磁石部材３０との相対位置が変化する。孔部５４は、この相対位置の変化が生じても、内生地４０が磁石部材３０と重ならないように、十分に大きく形成される。特に本実施形態では、磁石部材３０を避ける孔部と磁石部材３２を避ける孔部とが連続しており、１つの孔部５４で磁石部材３０、３２の双方を避けて、内生地４０が磁石部材３０、３２と重ならない構造である。 As shown in FIGS. 4 and 8, the inner fabric 40 is formed with a hole 54 at a position where the inner fabric 40 avoids the magnet members 30 and 32. In particular, in this embodiment, the moving portion of the inner fabric 40 is provided. Since 40A moves in the direction of the arrow S1, the relative position between the moving unit 40A and the magnet member 30 changes. The hole 54 is formed to be sufficiently large so that the inner fabric 40 does not overlap the magnet member 30 even if the relative position changes. In particular, in the present embodiment, the hole portion that avoids the magnet member 30 and the hole portion that avoids the magnet member 32 are continuous, and both the magnet members 30 and 32 are avoided by one hole 54, and the inner fabric 40 is magnetized. The structure does not overlap the members 30 and 32.

次に、本実施形態の作用を説明する。 Next, the operation of this embodiment will be described.

図１〜図３に示すように、収納ケース１２内に被収納物１４が収納された状態（全部収納状態）では、磁石保持部３６の押圧部３６Ｐが被収納物１４に密着しており、被収納物１４は磁石部材３０、３２の間に挟まれて保持されている。押圧部３６Ｐが被収納物１４に押された反力で被収納物１４を押圧しており、磁石本体３４が被収納物１４の磁気センサ２０から不用意に遠ざかることが抑制される。これにより、被収納物１４の磁気センサ２０と、磁石本体３４との距離を安定的に維持できる。そして、磁気センサ２０が、磁石本体３４の磁力を検知しているので、被収納物１４を省電力状態に確実に維持することが可能である。 As shown in FIG. 1 to FIG. 3, in the state where the object 14 is stored in the storage case 12 (all stored state), the pressing portion 36 P of the magnet holding part 36 is in close contact with the object 14. The storage object 14 is held between the magnet members 30 and 32. The pressing portion 36 P presses the stored object 14 by the reaction force pressed by the stored object 14, and the magnet body 34 is prevented from being carelessly moved away from the magnetic sensor 20 of the stored object 14. Thereby, the distance of the magnetic sensor 20 of the to-be-contained thing 14 and the magnet main body 34 can be maintained stably. And since the magnetic sensor 20 has detected the magnetic force of the magnet main body 34, it is possible to maintain the to-be-contained object 14 in a power saving state reliably.

また、本実施形態では、磁石保持部３６の押圧部３６Ｐが被収納物１４を挟み込むように押圧している。したがって、たとえば、被収納物１４の上面１４Ｔと上蓋部４２Ｔとの間に隙間が生じていても、押圧部３６Ｐが被収納物１４を押圧しており、摩擦が生じるので、収納ケース１２内での被収納物１４の上下動を抑制できる。 Moreover, in this embodiment, the pressing part 36P of the magnet holding | maintenance part 36 is pressing so that the to-be-contained object 14 may be inserted | pinched. Therefore, for example, even if there is a gap between the upper surface 14T of the storage object 14 and the upper lid part 42T, the pressing portion 36P presses the storage object 14 and friction is generated. The vertical movement of the stored object 14 can be suppressed.

磁石本体３４の長手方向は、被収納物１４の挿入方向（矢印Ｓ１方向）に沿っている。したがって、被収納物１４が収納ケース１２内で上下動した場合でも、磁石本体３４の磁力の及ぶ範囲に磁気センサ２０が位置する状態を維持しやすい。 The longitudinal direction of the magnet main body 34 is along the insertion direction (arrow S1 direction) of the article 14 to be stored. Therefore, even when the article to be stored 14 moves up and down in the storage case 12, it is easy to maintain the state in which the magnetic sensor 20 is located in the range covered by the magnetic force of the magnet body 34.

ここで、図１０には、孔部５４が形成されていない内生地８０を備えた比較例の収納ケース８２が示されている。比較例の内生地８０では、磁石部材３０、３２を覆うように内生地８０の一部が存在する。このため、磁石部材３０、３２の間で、被収納物を挟み込む間隔Ｄ２は、第１実施形態の間隔Ｄ１よりも、内生地８０の厚み２枚分だけ狭い。磁石部材３０、３２の間に厚みＴ１の被収納物１４（図２参照）が位置すると、磁石部材３０、３２が互いに離間する方向へ変形し、磁石本体３４の位置が磁気センサ２０から遠くなる。また、被収納物１４を磁石部材３０、３２の間に挿し入れるときの抵抗が大きくなるので、挿し入れ時に、被収納物１４や磁石部材３０、３２が損傷を受けるおそれがある。 Here, FIG. 10 shows a storage case 82 of a comparative example provided with an inner fabric 80 in which the hole 54 is not formed. In the inner fabric 80 of the comparative example, a part of the inner fabric 80 exists so as to cover the magnet members 30 and 32. For this reason, the space | interval D2 which clamps a to-be-contained object between the magnet members 30 and 32 is narrower by the thickness of 2 sheets of the inner fabric 80 than the space | interval D1 of 1st Embodiment. When the object 14 (see FIG. 2) having a thickness T1 is positioned between the magnet members 30 and 32, the magnet members 30 and 32 are deformed in a direction away from each other, and the position of the magnet body 34 is far from the magnetic sensor 20. . Moreover, since resistance when inserting the article to be stored 14 between the magnet members 30 and 32 increases, the article 14 to be stored and the magnet members 30 and 32 may be damaged during insertion.

これに対し、本実施形態では、内生地４０に孔部５４が形成されており、この孔部５４により、内生地４０が磁石部材３０、３２を避けている。したがって、比較例の内生地８０と比較して、磁石本体３４を被収納物１４の磁気センサ２０に対しより接近させることができる。 On the other hand, in the present embodiment, a hole 54 is formed in the inner fabric 40, and the inner fabric 40 avoids the magnet members 30 and 32 by the hole 54. Therefore, compared with the inner fabric 80 of the comparative example, the magnet body 34 can be brought closer to the magnetic sensor 20 of the storage object 14.

そして、被収納物１４を磁石部材３０、３２の間に挿入するときに、比較例の構造よりも挿入の抵抗が小さくなる。また、被収納物１４や磁石部材３０、３２の損傷を抑制できる。 And when inserting the to-be-contained object 14 between the magnet members 30 and 32, insertion resistance becomes smaller than the structure of a comparative example. Moreover, damage to the to-be-contained object 14 and the magnet members 30 and 32 can be suppressed.

なお、被収納物１４の厚みＴ１が薄いと、磁石保持部３６の押圧部３６Ｐが被収納物１４に接触しない場合もある。しかし、この場合であっても、磁石保持部３６は収納ケース１２の内側、すなわち被収納物１４に向かって突出しており、磁石本体３４が磁気センサ２０に近い位置にあるので、磁気センサ２０が磁石本体３４の磁力を検知しやすい状態を実現できる。 In addition, when the thickness T 1 of the storage object 14 is thin, the pressing portion 36 P of the magnet holding part 36 may not contact the storage object 14. However, even in this case, the magnet holding portion 36 protrudes toward the inside of the storage case 12, that is, toward the storage object 14, and the magnet main body 34 is located close to the magnetic sensor 20. A state in which the magnetic force of the magnet body 34 can be easily detected can be realized.

本実施形態では、磁石保持部３６に傾斜部３６Ｓが形成される。傾斜部３６Ｓは、被収納物１４の挿入方向（矢印Ｓ１方向）に対し傾斜している。したがって、被収納物１４が傾斜部３６Ｓに当たったときに、被収納物１４を収納ケース１２の内側（矢印Ｕ１方向）に案内できる。また、傾斜部３６Ｓが形成されていない構造と比較して、被収納物１４が傾斜部３６Ｓに衝撃的に当たっても、傾斜部３６Ｓが傾斜していることで衝撃を緩和でき、磁石保持部３６の損傷を抑制できる。 In the present embodiment, an inclined portion 36 S is formed in the magnet holding portion 36. The inclined portion 36S is inclined with respect to the insertion direction (the arrow S1 direction) of the article 14 to be stored. Accordingly, when the article 14 hits the inclined portion 36S, the article 14 can be guided inside the storage case 12 (in the direction of the arrow U1). In addition, compared to a structure in which the inclined portion 36S is not formed, even if the object 14 impacts the inclined portion 36S, the impact can be reduced by the inclined portion 36S being inclined, and the magnet holding portion 36 Damage can be suppressed.

本実施形態では、磁石部材３０、３２が、磁石本体３４と、磁石保持部３６とを有している。磁石本体３４を磁石保持部３６が保持しているので、磁石保持部３６がない構造と比較して、磁石本体３４の損傷を抑制することが可能である。 In the present embodiment, the magnet members 30 and 32 include a magnet main body 34 and a magnet holding portion 36. Since the magnet main body 34 is held by the magnet holding portion 36, it is possible to suppress damage to the magnet main body 34 compared to a structure without the magnet holding portion 36.

被収納物１４を収納ケース１２から取り出すには、引出部材３８（引出蓋４２）をケース本体２２から引き出す（矢印Ａ１方向に移動させる）。このとき、引出部材３８の取っ手部４６の周囲が、前板２４の切欠部４４によって露出しているので、引出部材３８を引き出す操作が容易である。 In order to take out the article 14 from the storage case 12, the drawer member 38 (drawer lid 42) is pulled out from the case body 22 (moved in the direction of arrow A1). At this time, since the periphery of the handle portion 46 of the drawing member 38 is exposed by the cutout portion 44 of the front plate 24, the operation of pulling out the drawing member 38 is easy.

本実施形態では、引出部材３８（内生地４０）は、移動部４０Ａと固着部４０Ｂとが連続部４０Ｃで連続する構造である。このため、引出部材３８を引き出す動作で、連続部４０Ｃによって被収納物１４を上方に押し、被収納物１４を矢印Ａ１方向に移動させることが可能である。 In the present embodiment, the drawing member 38 (inner fabric 40) has a structure in which the moving portion 40A and the fixing portion 40B are continuous at the continuous portion 40C. For this reason, in the operation of pulling out the drawing member 38, it is possible to push the object 14 upward by the continuous portion 40C and move the object 14 in the direction of the arrow A1.

引出部材３８を引き出した状態であっても、図５に示すように、引出蓋４２の前蓋部４２Ｆと前板２４とが重なっていれば、引出部材３８は折曲部４８で折り曲がらない。磁石本体３４の長手方向は、被収納物１４の挿入方向（矢印Ｓ１方向）に沿っており、被収納物１４の磁気センサ２０は、磁石本体３４の磁力の及ぶ範囲にある。このため、磁気センサ２０で磁石本体３４の磁力を確実に検知し、被収納物１４を省電力状態に確実に維持することが可能である。 Even when the drawer member 38 is pulled out, as shown in FIG. 5, if the front lid portion 42F of the drawer lid 42 and the front plate 24 are overlapped, the drawer member 38 is not bent at the bent portion 48. . The longitudinal direction of the magnet body 34 is along the insertion direction (the direction of the arrow S1) of the object 14 to be stored, and the magnetic sensor 20 of the object 14 is within the range of the magnetic force of the magnet body 34. For this reason, it is possible to reliably detect the magnetic force of the magnet main body 34 by the magnetic sensor 20 and to reliably maintain the object 14 to be stored in the power saving state.

引出部材３８をさらに引き出し、図６及び図７に示すように、前蓋部４２Ｆの全体が前板２４よりも上方に位置すると、引出部材３８を折曲部４８で折り曲げることが可能である。引出部材３８を折曲部４８で折り曲げることで、引出部材３８は被収納物１４の取出部１８から離れ、取出部１８が露出するので、収納ケース１２からの被収納物１４の取り出しが容易である。 When the drawing member 38 is further pulled out and the entire front lid portion 42F is positioned above the front plate 24 as shown in FIGS. 6 and 7, the drawing member 38 can be bent by the bent portion 48. By bending the pull-out member 38 at the bent portion 48, the pull-out member 38 is separated from the take-out portion 18 of the article 14 to be stored, and the take-out portion 18 is exposed, so that the take-out object 14 can be easily taken out from the storage case 12. is there.

本実施形態では、引出部材３８が移動部４０Ａを有し、折曲部４８が移動部４０Ａに設けられる。したがって、移動部４０Ａを矢印Ａ１方向に移動させる動作で、折曲部４８をケース本体２２の外部に位置させ、移動部４０Ａ（引出部材３８の一部）を折り曲げ可能な状態にできる。 In this embodiment, the drawing member 38 has the moving part 40A, and the bent part 48 is provided in the moving part 40A. Therefore, by the operation of moving the moving part 40A in the direction of the arrow A1, the bent part 48 can be positioned outside the case body 22, and the moving part 40A (a part of the drawer member 38) can be bent.

特に、被収納物１４の取出部１８が、ケース本体２２の外側に向かって移動すると、移動部４０Ａに設けられた引出蓋４２がケース本体２２の外側に位置する。したがって、引出蓋４２の全体が取出部１８から離間するように、引出部材３８を折曲部４８で折り曲げることができる。 In particular, when the take-out portion 18 of the storage object 14 moves toward the outside of the case main body 22, the drawer lid 42 provided on the moving portion 40 A is positioned outside the case main body 22. Therefore, the drawer member 38 can be bent at the bent portion 48 so that the entire drawer lid 42 is separated from the extraction portion 18.

内生地４０の孔部５４は、移動部４０Ａが矢印Ｓ１方向に移動し、移動部４０Ａに対し磁石部材３０との相対位置が変化しても、磁石部材３０が相対移動する範囲に対応して大きく形成される。したがって、図２に示す状態（全部収納状態）から、図７に示す状態までの被収納物１４の位置が変化しても、内生地４０が磁石部材３０と重ならない。これにより、磁石本体３４が被収納物１４の磁気センサ２０に対し接近した状態を維持できる。 The hole portion 54 of the inner fabric 40 corresponds to the range in which the magnet member 30 moves relatively even if the moving portion 40A moves in the direction of arrow S1 and the relative position of the moving member 40A relative to the magnet member 30 changes. Largely formed. Therefore, even if the position of the article 14 to be stored from the state shown in FIG. 2 (all stored state) to the state shown in FIG. Thereby, the state which the magnet main body 34 approached with respect to the magnetic sensor 20 of the to-be-contained thing 14 can be maintained.

移動部４０Ａが上記のようにケース本体２２に対し移動しても、固着部４０Ｂはケース本体２２に固着されているので移動しない。したがって、内生地４０の状態に関わらず、内生地４０は磁石部材３２と重ならない。そして、内生地４０の孔部５４は、磁石部材３０を避ける位置から、磁石部材３２を避ける位置まで連続している。磁石部材３０、３２のそれぞれに対応した孔部（２つの孔部）を形成せず、孔部５４は１つで済むので、内生地４０の成形が容易である。 Even if the moving portion 40A moves relative to the case main body 22 as described above, the fixing portion 40B does not move because it is fixed to the case main body 22. Therefore, the inner fabric 40 does not overlap the magnet member 32 regardless of the state of the inner fabric 40. The hole 54 of the inner fabric 40 is continuous from a position where the magnet member 30 is avoided to a position where the magnet member 32 is avoided. Since the hole portions (two hole portions) corresponding to each of the magnet members 30 and 32 are not formed and only one hole portion 54 is required, the inner fabric 40 can be easily molded.

２つの磁石本体３４は、異なる磁極が対向するように配置されており、磁石本体３４の間の空間では、磁束密度が大きくなると共に、磁束密度の空間的な偏りが少ない。このため、磁石部材３０、３２の間で、磁気センサ２０に磁束密度を確実に検知させることができる。 The two magnet bodies 34 are arranged so that different magnetic poles face each other, and in the space between the magnet bodies 34, the magnetic flux density increases and the spatial deviation of the magnetic flux density is small. For this reason, the magnetic sensor 20 can reliably detect the magnetic flux density between the magnet members 30 and 32.

また、図９に示すように、収納ケース１２に対し、被収納物１４の表裏が、図１に示す例の反対向きで収納されると、磁気センサ２０の位置が後板２６の近くに位置することがある。この場合でも、磁石部材３０、３２の間で、磁気センサ２０に磁束密度を確実に検知させることができる。 As shown in FIG. 9, when the front and back of the storage object 14 are stored in the storage case 12 in the opposite direction to the example shown in FIG. 1, the position of the magnetic sensor 20 is positioned near the rear plate 26. There are things to do. Even in this case, the magnetic sensor 20 can reliably detect the magnetic flux density between the magnet members 30 and 32.

これに対し、たとえば収納ケース１２の外側では、磁束密度は、磁石本体３４の間よりも小さい。このため、収納ケース１２の外側で、被収納物１４の磁気センサ２０が磁石部材３０、３２に接近しても、磁気センサ２０が磁石部材３０、３２により生じる磁束密度を検知することを抑制できる。 On the other hand, for example, outside the storage case 12, the magnetic flux density is smaller than between the magnet bodies 34. For this reason, even if the magnetic sensor 20 of the to-be-contained object 14 approaches the magnet members 30 and 32 outside the storage case 12, it can suppress that the magnetic sensor 20 detects the magnetic flux density produced by the magnet members 30 and 32. .

本実施形態では、引出部材３８の折曲部４８に露出孔５０が設けられている。露出孔５０は、引出部材３８を折曲部４８で折り曲げた状態で下方に凹んだ凹部５２を形成する。この凹部５２の位置は、切欠部４４に対応した位置にあり、被収納物１４の取出部１８をより広い範囲で露出させる。このため、取出部１８に指等を掛ける作業が容易になり、被収納物１４の取り出しが容易である。 In the present embodiment, the exposure hole 50 is provided in the bent portion 48 of the drawing member 38. The exposure hole 50 forms a recessed portion 52 that is recessed downward in a state where the drawing member 38 is bent at the bent portion 48. The position of the recess 52 is at a position corresponding to the notch 44, and exposes the take-out part 18 of the storage object 14 in a wider range. For this reason, the operation | work which puts a finger | toe etc. on the extraction part 18 becomes easy, and extraction of the to-be-contained object 14 is easy.

引出部材３８が折曲部４８で折れ曲がった状態では、引出部材３８の一部（折曲部４８の近傍部分）が、ケース本体２２の挿入口２２Ｍ（前板２４の上端２４Ｔ）に引っかかった状態となる。これにより、引出部材３８がケース本体２２の内部に移動することを抑制できる。 In a state where the drawing member 38 is bent at the bent portion 48, a part of the drawing member 38 (a portion near the bent portion 48) is caught by the insertion port 22 M (the upper end 24 T of the front plate 24) of the case body 22. It becomes. Thereby, it can suppress that the drawer member 38 moves to the inside of the case main body 22. FIG.

被収納物１４を収納ケース１２に収納するときは、引出部材３８が折曲部４８で折れ曲がった状態で、内生地４０の固着部４０Ｂと移動部４０Ａの間に被収納物１４を挿し入れる。 When storing the storage object 14 in the storage case 12, the storage object 14 is inserted between the fixing portion 40 B of the inner fabric 40 and the moving portion 40 A in a state where the drawing member 38 is bent at the bending portion 48.

磁石本体３４の長手方向は挿入方向（矢印Ｓ１方向）に沿っている。図７から分かるように、被収納物１４が内生地４０の連続部４０Ｃに単に載せ置かれた状態でも、磁石本体３４の磁力の及ぶ範囲に磁気センサ２０が位置する。すなわち、引出部材３８が折曲部４８で折れ曲がった状態で、被収納物１４を収納ケース１２に挿し入れだけで、被収納物１４を省電力状態に移行させることができる。 The longitudinal direction of the magnet body 34 is along the insertion direction (arrow S1 direction). As can be seen from FIG. 7, the magnetic sensor 20 is located in the range where the magnetic force of the magnet body 34 reaches even when the article 14 is simply placed on the continuous portion 40 C of the inner fabric 40. In other words, in a state where the drawing member 38 is bent at the bent portion 48, the stored object 14 can be shifted to the power saving state simply by inserting the stored object 14 into the storage case 12.

そして、引出部材３８の折曲部４８での折り曲げを解消する（移動部４０Ａを平面状にする）。引出部材３８が、前板２４と対向しない姿勢になるので、移動部４０Ａは矢印Ａ２方向に移動可能である。被収納物１４を矢印Ａ２方向に押すことで、収納ケース１２に収納できる。引出部材３８（内生地４０）は、移動部４０Ａと固着部４０Ｂとが連続部４０Ｃで連続する構造である。このため、被収納物１４を収納ケース１２に挿し入れる動作で、連続部４０Ｃを押し、移動部４０Ａを矢印Ａ２方向に移動させることができる。 Then, the bending at the bent portion 48 of the drawing member 38 is eliminated (the moving portion 40A is made flat). Since the drawing member 38 is in a posture that does not face the front plate 24, the moving unit 40A can move in the direction of the arrow A2. It can be stored in the storage case 12 by pushing the object 14 in the direction of arrow A2. The drawing member 38 (inner fabric 40) has a structure in which the moving portion 40A and the fixing portion 40B are continuous at the continuous portion 40C. For this reason, the continuous part 40C can be pushed by the operation | movement which inserts the to-be-contained object 14 in the storage case 12, and 40 A of moving parts can be moved to the arrow A 2 direction.

特に、連続部４０Ｃ及び移動部４０Ａ（引出蓋４２が取り付けられていない部分）は柔軟性を有している。このため、被収納物１４が重力により連続部４０Ｃを下方に押したときの引出部材３８（内生地４０）の変形を容易に生じさせ、被収納物１４を収納ケース１２に収納することが可能である。 In particular, the continuous portion 40C and the moving portion 40A (the portion where the drawer lid 42 is not attached) have flexibility. For this reason, it is possible to easily cause deformation of the drawing member 38 (inner fabric 40) when the storage object 14 pushes the continuous portion 40C downward due to gravity, and the storage object 14 can be stored in the storage case 12. It is.

被収納物１４が全部収納状態であるとき、引出蓋４２により収納ケース１２の上部が閉じられると、収納ケース１２から被収納物１４が不用意に出る（たとえば収納ケース１２の上下動で被収納物１４が飛び出す）ことを抑制できる。 When the upper portion of the storage case 12 is closed by the drawer lid 42 when all of the storage objects 14 are in the storage state, the storage object 14 comes out of the storage case 12 inadvertently (for example, when the storage case 12 is moved vertically) The thing 14 jumps out) can be suppressed.

上記では、検出部材の一例として磁石部材３０、３２を挙げたが、検出部材は磁石部材３０、３２に限定されない。また、被収納物のセンサとしても、磁気センサ２０に限定されない。検出部材としては、被収納物がケース本体に収納された状態で、被収納物のセンサに検出される部材であればよい。 In the above description, the magnet members 30 and 32 are given as an example of the detection member, but the detection member is not limited to the magnet members 30 and 32. Further, the sensor of the object to be stored is not limited to the magnetic sensor 20. The detection member may be a member that is detected by the sensor of the stored object in a state where the stored object is stored in the case body.

本明細書に記載されたすべての文献、特許出願、および技術規格は、個々の文献、特許出願、および技術規格が参照により取り込まれることが具体的かつ個々に記された場合と同程度に、本明細書中に参照により取り込まれる。 All documents, patent applications, and technical standards mentioned in this specification are to the same extent as if each individual document, patent application, and technical standard were specifically and individually described to be incorporated by reference, Incorporated herein by reference.

以上、本願の開示する技術の実施形態について説明したが、本願の開示する技術は、上記に限定されるものでなく、上記以外にも、その主旨を逸脱しない範囲内において種々変形して実施可能であることは勿論である。 The embodiments of the technology disclosed in the present application have been described above. However, the technology disclosed in the present application is not limited to the above, and can be variously modified and implemented in a range not departing from the gist of the present invention. Of course.

１２収納ケース
１４被収納物
２２ケース本体
２２Ｍ挿入口
３０、３２磁石部材
３４磁石本体
３６磁石保持部
３６Ｐ押圧部
３６Ｓ傾斜部
４０内生地
４０Ａ移動部
４０Ｂ固着部
４０Ｃ連続部
５４孔部DESCRIPTION OF SYMBOLS 12 Storage case 14 Object 22 Case main body 22M Insert port 30, 32 Magnet member 34 Magnet main body 36 Magnet holding | maintenance part 36P Pressing part 36S Inclined part 40 Inner cloth 40A Moving part 40B Adhering part 40C Continuous part 54 Hole part

Claims

A case body for storing objects;
A detection member that protrudes from the inner surface of the case body and is detected by the sensor of the object to be stored;
An inner fabric provided inside the case body, in which a hole to avoid the detection member is formed;
Have
A storage case having a pressing portion that presses the stored object with a reaction force when the detection member is pressed from the stored object .

The inner fabric is
A moving part that is arranged along one of the inner surfaces of the case body and moves in the insertion direction of the storage object;
A fixing portion fixed to the other inner surface of the case body;
A continuous portion connecting the fixing portion and the moving portion on the distal end side in the insertion direction of the object to be stored in the case body;
Have
The storage case according to claim 1 , wherein the hole is formed in a range in which the moving unit moves relative to the detection member .

The detection member is
A magnet body that exerts a magnetic force on the magnetic sensor of the object to be stored;
A magnet holder formed on the inner surface of the case body and covering the magnet body;
The storage case of Claim 1 or Claim 2 which has these.

The case main body has an insertion port into which the article to be stored is inserted,
The storage case according to claim 3 , wherein the magnet holding portion includes an inclined portion that is formed on the insertion port side and is inclined with respect to an insertion direction of the storage object .