JP3124861U - Tube column shelf positioning structure - Google Patents
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- JP3124861U JP3124861U JP2006004807U JP2006004807U JP3124861U JP 3124861 U JP3124861 U JP 3124861U JP 2006004807 U JP2006004807 U JP 2006004807U JP 2006004807 U JP2006004807 U JP 2006004807U JP 3124861 U JP3124861 U JP 3124861U
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Abstract
【課題】位置付け力が確実で良い管柱体棚板位置付け構造を提供する。
【解決手段】立て棒上に複数の横方向棒が嵌合され、各横方向棒は、下方にある弾性素子の付勢と行き止め部品の係止とにより、確実に立て棒上に位置付けられ、また、立て棒の外周縁上に多数のリング溝が形成され、横方向棒は前方に支持部が形成され、後方に中空状の嵌合柱が設けられ、また、支持部と嵌合柱とが交差する位置において、下方に槽室が形成され、槽室は後方に嵌合柱の内部と連通する収納槽口が設けられ、両側にピボットホールが貫通され、上方に止まり穴が形成され、弾性素子は横方向棒と行き止め部品との間に設置され、常態である場合、行き止め部品に抵当して斜めになり、行き止め部品は、押し部とそれから延伸して後方端が上から下へ湾曲する抵当部とからなり、また、コーナーに固定軸を貫穿するためのピボットホールが形成される。
【選択図】図１The present invention provides a tube column shelf positioning structure with a reliable positioning force.
A plurality of horizontal bars are fitted on the vertical bar, and each horizontal bar is reliably positioned on the vertical bar by urging an elastic element below and locking a stop part. In addition, a large number of ring grooves are formed on the outer peripheral edge of the vertical bar, the horizontal bar is provided with a support part at the front, and a hollow fitting column is provided at the rear, and the support part and the fitting column are provided. The tank chamber is formed at the lower position, the tank chamber is provided with a storage tank port that communicates with the inside of the fitting column at the rear, the pivot hole is penetrated on both sides, and the blind hole is formed on the upper side. The elastic element is installed between the transverse bar and the stop part, and in the normal state, it is slanted against the stop part, and the stop part extends from the pushing part and then the rear end is It consists of a butt portion that curves downward from the top and a pin for penetrating the fixed shaft at the corner. Ttohoru is formed.
[Selection] Figure 1
Description
本考案は、管柱体棚板位置付け構造に関し、特に、位置付け力が確実であるため、重い物を積載することによりか下方から外力を受けることにより脱落することの恐れがない物に関する。 The present invention relates to a tube column shelf positioning structure, and particularly to an object that has a reliable positioning force and is not likely to fall off by loading a heavy object or receiving an external force from below.
既存の管柱体と棚板との位置付け構造は、図１１と１２を参照しながら、主として、二つの主支持棒６０上に、上方に積載板６２が固設される複数の対応する支持棒６１が嵌合され、積載板６２を持ち上げることにより、支持棒６１と主支持棒６０との係合が解除され、それから、直接に積載板６２を変位して、高さを調整し、また、積載板６２を下へ押すと、支持棒６１と主支持棒６０とが、再び係合されて位置付けられ、物を積載することに供する。 The positioning structure of the existing tube column body and the shelf board is mainly a plurality of corresponding support bars in which a stacking plate 62 is fixed on two main support bars 60 with reference to FIGS. 61 is fitted and the stacking plate 62 is lifted to release the engagement between the support bar 61 and the main support bar 60, and then the stacking plate 62 is directly displaced to adjust the height. When the loading plate 62 is pushed downward, the support bar 61 and the main support bar 60 are re-engaged and positioned to serve for loading an object.
上記の従来の構造は、次の問題点がある。 The above conventional structure has the following problems.
主支持棒６０と各支持棒６１との間に、係合力だけにより、積載板６２が位置付けられる形態であって、行き止め力が不足であるため、重い物を積載する時、全体として、下へ滑る恐れがあって、積載物が落ちる恐れがある。 The stacking plate 62 is positioned between the main support bar 60 and each support bar 61 only by the engagement force, and the stop force is insufficient. Therefore, when a heavy object is loaded, There is a risk that the load may fall.
支持棒６１と主支持棒６０との間にある下への係合位置付け力が、支持棒６１が外力により持ち上げられることを防止できないため、当該積載棚が支持棒６１の下方から外力を受ける時、支持棒６１と積載板６２とが一緒に持ち上げられて物品が脱落する恐れがあり、図１３のようである。 When the downward engaging positioning force between the support bar 61 and the main support bar 60 cannot prevent the support bar 61 from being lifted by an external force, the loading shelf receives an external force from below the support bar 61. The support bar 61 and the stacking plate 62 are lifted together, and the article may fall off, as shown in FIG.
高さを調整する時、まず、支持棒６１を持ち上げなければならなく、持ち上げ角度が正しくないため、支持棒６１がスムーズに移動できない恐れがある。 When adjusting the height, first, the support bar 61 must be lifted, and since the lifting angle is not correct, the support bar 61 may not move smoothly.
本考案の主な目的は、横方向棒が、弾性素子の付勢と行き止め部品の係止とにより、確実に立て棒上に位置付けられ、位置付け力が確実であるため、物を積載することによりか下方から外力を受けることにより脱落することの恐れがない管柱体棚板位置付け構造を提供する。 The main purpose of the present invention is to load the object because the lateral bar is positioned on the upright bar reliably by the biasing of the elastic element and the locking of the stop parts, and the positioning force is reliable. Therefore, there is provided a tube column shelf positioning structure that is not likely to drop by receiving external force from below.
本考案の他の目的は、横方向棒が、嵌合柱により立て棒上に嵌合され、また、抵当部が立て棒のリング溝に係止されることにより、立て棒上に位置付けられ、横方向棒の下方から外力を受けても、当該横方向棒が嵌合柱全体により嵌合されるため、係止力が確実で、脱落することの恐れがない管柱体棚板位置付け構造を提供する。 Another object of the present invention is that the lateral bar is fitted onto the vertical bar by the fitting column, and the mortar portion is locked to the ring groove of the vertical bar, thereby being positioned on the vertical bar. Even if it receives external force from below the horizontal bar, the horizontal bar is fitted by the entire fitting column, so the locking force is reliable and there is no risk of falling off. provide.
本考案の更に他の目的は、横方向棒の高さを調整する時、上へ持ち上げることが必要しなく、行き止め部品の押し部を押すことだけで良い管柱体棚板位置付け構造を提供する。 Still another object of the present invention is to provide a tube column shelf positioning structure that does not need to be lifted up when the height of the horizontal bar is adjusted, and only has to push the pushing portion of the dead end component. To do.
請求項１の考案は、立て棒上に複数の横方向棒が嵌合され、各横方向棒が、下方において、弾性素子の付勢と行き止め部品の係止とにより、確実に立て棒上に位置付けられる管柱体棚板位置付け構造であって、立て棒の外周縁上に多数のリング溝が形成され、横方向棒において、前方に支持部が形成され、後方に、中空状で内周径が立て棒の外周径よりやや大きい嵌合柱が設けられ、横方向棒が、嵌合柱の設置により、立て棒上に嵌合され、また、支持部と嵌合柱とが交差する位置において、下方に槽室が形成され、槽室において、後方に、嵌合柱の内部と連通する収納槽口が設けられ、両側にピボットホールが貫通され、上方に止まり穴が形成され、弾性素子が、横方向棒と行き止め部品との間に形成され、常態である場合、行き止め部品に抵当して斜めになり、行き止め部品が、押し部と、それから延伸して後方端が上から下へ湾曲する抵当部とからなり、また、当該行き止め部品のコーナーに、固定軸を貫穿するためのピボットホールが形成され、弾性素子と行き止め部品とが、下から上へ順に横方向棒の槽室に入れ込まれ、そして、固定軸を横方向棒と行き止め部品とのピボットホールに貫穿して、行き止め部品が横方向棒上に軸設され、この時、弾性素子の上方端が止まり穴の中に嵌入されて位置付けられていて、また、下方端が行き止め部品に抵当して斜めになり、そして、押し部に対して上への押し力を印加すると、行き止め部品が回転し、抵当部が収納槽口を介して嵌合柱の内部から外へ移動し、横方向棒が、嵌合柱により立て棒上に嵌合され、また、押し部を放すと、行き止め部品が、弾性素子の付勢により、回転して斜めの状態に戻り、抵当部が、再び、収納槽口から嵌合柱の内部に入り、対応するリング溝に係止される、ことを特徴とする管柱体棚板位置付け構造である。 According to the first aspect of the present invention, a plurality of horizontal bars are fitted on the vertical bar, and each horizontal bar is surely fixed on the vertical bar by the biasing of the elastic element and the locking of the stop part in the lower part. The tube column shelf positioning structure positioned at the top of the vertical rod is formed with a number of ring grooves on the outer peripheral edge of the vertical bar, the support portion is formed in the front of the horizontal bar, and the hollow inner periphery is formed in the rear. A fitting column whose diameter is slightly larger than the outer diameter of the vertical rod is provided, the horizontal bar is fitted on the vertical rod by installing the vertical column, and the position where the support portion and the fitting column intersect In the tank chamber, a storage tank port communicating with the inside of the fitting column is provided at the rear, a pivot hole is penetrated on both sides, a blind hole is formed on the upper side, and the elastic element Is formed between the transverse bar and the dead end part and is normal, the dead end part The stopper part is slanted, and the stopper part is composed of a pushing part and a stopper part that is then extended and the rear end curves from top to bottom, and a fixed shaft is penetrated at a corner of the stopper part. A pivot hole is formed, and the elastic element and the stop part are inserted into the tank chamber of the horizontal bar in order from the bottom to the top, and the fixed shaft is inserted into the pivot hole of the horizontal bar and the stop part. The stop piece is pivotally mounted on the transverse bar and the upper end of the elastic element is positioned in the stop hole and the lower end is in contact with the stop piece. When the pushing force is applied to the pushing part, the stop part rotates, and the mortgage part moves from the inside of the fitting column to the outside via the storage tank port, and the lateral direction. The rod is fitted onto the vertical rod by the fitting column, and the pushing part is released. Then, the dead end component rotates and returns to an oblique state by the urging of the elastic element, and the butt portion enters the inside of the fitting column again from the storage tank port and is locked in the corresponding ring groove. This is a tube column body shelf positioning structure.
請求項２の考案は、横方向棒が異なる方向に立て棒上に設置され、或いは、二つの対向する横方向棒の支持部上に積載板を結合し、或いは、二つの対向する横方向棒の支持部の前方に吊り下げ棒が結合されることを特徴とする請求項１に記載の管柱体棚板位置付け構造である。 The invention of claim 2 is characterized in that the lateral bars are installed on the vertical bars in different directions, or the loading plate is coupled on the support of two opposing lateral bars, or two opposing lateral bars 2. The pipe column shelf positioning structure according to claim 1, wherein a hanging rod is coupled to the front of the support portion.
請求項３の考案は、横方向棒が対称するように設置され、当該対称する横方向棒の二つの嵌合柱に、それぞれ、立て棒を貫穿し、二つの槽室に、それぞれ、行き止め部品と弾性素子が軸設されて位置付けられ、当該横方向棒が、連動板を嵌合することにより、同時に押すことにより、二つの行き止め部品が同時に回転されて、二つの立て棒上の高さを調整することを特徴とする請求項１に記載の管柱体棚板位置付け構造。 The invention of claim 3 is arranged such that the transverse bars are symmetrical, the two fitting columns of the symmetrical transverse bars are respectively penetrated with the vertical bars, and the dead ends are respectively provided in the two tank chambers. The part and the elastic element are axially positioned and the lateral bar is pushed simultaneously by fitting the interlocking plate, so that the two stop-parts are rotated simultaneously, and the high on the two vertical bars. The pipe column shelf positioning structure according to claim 1, wherein the height is adjusted.
図１と２を参照しながら、立て棒１０に複数の横方向棒２０が嵌合され、各横方向棒２０は、下方にある弾性素子３０の付勢と行き止め部品４０の係止とにより、確実に立て棒１０上に位置付けられ、また、立て棒１０の外周縁上に多数のリング溝１１が形成され、横方向棒２０は、前方に支持部２１が形成され、後方に、中空状で内周径が立て棒１０の外周径よりやや大きい嵌合柱２２が設けられ、横方向棒２０が、嵌合柱２２の設置により、立て棒１０上に嵌合され、また、支持部２１と嵌合柱２２とが交差する位置において、下方に槽室２３が形成され、槽室２３は、後方に、嵌合柱２２の内部と連通する収納槽口２４が設けられ、両側にピボットホール２５が貫通され、上方に止まり穴２６が形成され、弾性素子３０は、横方向棒２０と行き止め部品４０との間に設置され、常態である場合、行き止め部品４０に抵当して斜めになり、行き止め部品４０は、押し部４１と、それから延伸して後方端が上から下へ湾曲する抵当部４２とからなり、また、コーナーに、固定軸を貫穿するためのピボットホール４３が形成される。 With reference to FIGS. 1 and 2, a plurality of lateral bars 20 are fitted to the vertical bar 10, and each lateral bar 20 is caused by the biasing of the elastic element 30 below and the locking of the stop piece 40. The ring rod 11 is formed on the outer peripheral edge of the upright bar 10, the support bar 21 is formed on the front side of the horizontal bar 20, and the rear side is hollow. A fitting column 22 having an inner diameter slightly larger than the outer diameter of the vertical rod 10 is provided, and the horizontal bar 20 is fitted onto the vertical rod 10 by the installation of the fitting column 22, and the support portion 21. A tank chamber 23 is formed in the lower part at a position where the fitting column 22 intersects, and the tank chamber 23 is provided with a storage tank port 24 communicating with the inside of the fitting column 22 on the rear side, and pivot holes on both sides. 25 is penetrated, a blind hole 26 is formed in the upper side, and the elastic element 30 is In the normal state, it is laid against the dead end component 40 and becomes slanted. The dead end component 40 extends from the pushing portion 41 and the rear end thereof extends from the upper side to the lower side. A pivot hole 43 for penetrating the fixed shaft is formed at the corner.
図１と３を参照しながら、弾性素子３０と行き止め部品４０とは、下から上へ順に横方向棒２０の槽室２３に入れ込まれ、そして、固定軸を横方向棒２０と行き止め部品４０とのピボットホール２５、４３に貫穿して、行き止め部品４０が横方向棒２０上に軸設され、この時、弾性素子３０は、上方端が止まり穴２６の中に嵌入されて位置付けられていて、また、下方端が行き止め部品４０に抵当して斜めになり、そして、押し部４１に対して上への押し力を印加すると、行き止め部品４０が回転し、抵当部４２が収納槽口２４を介して嵌合柱２２の内部から外へ移動し、横方向棒２０は、嵌合柱２２により立て棒１０上に嵌合されて、適当な高さに位置して、押し部４１を放すと、行き止め部品４０が、弾性素子３０の付勢により、回転して斜めの状態に戻り、抵当部４２が、再び、収納槽口２４から嵌合柱２２の内部に入り、対応するリング溝１１に係止され、当該係止の力により、確実且つ安定的に立て棒１０上に位置付けられる。 With reference to FIGS. 1 and 3, the elastic element 30 and the stop piece 40 are inserted in the tank chamber 23 of the horizontal bar 20 in order from the bottom to the top, and the fixed shaft is connected to the horizontal bar 20 and the dead end. The dead end piece 40 is pivotally mounted on the lateral bar 20 through the pivot holes 25 and 43 with the part 40. At this time, the elastic element 30 is positioned with the upper end inserted into the dead hole 26. In addition, when the lower end is slanted against the stop part 40 and is applied to the push part 41, the stop part 40 is rotated and the stop part 42 is moved. It moves from the inside of the fitting column 22 to the outside through the storage tank port 24, and the horizontal bar 20 is fitted onto the upright bar 10 by the fitting column 22, positioned at an appropriate height, and pushed. When the part 41 is released, the dead end component 40 is rotated by the biasing force of the elastic element 30. Returning to the oblique state, the mortar portion 42 enters the inside of the fitting column 22 from the storage tank port 24 again, and is locked in the corresponding ring groove 11, and is securely and stably raised by the locking force. Positioned on the bar 10.
図４を参照しながら、横方向棒２０の高さを調整する時、押し部４１に対して上への押し力を印加すると、行き止め部品４０が回転し、抵当部４２が、収納槽口２４を介して外へ移動し、立て棒１０のリング溝１１に係止されることが解除され、横方向棒２０は、係止の力が解除されるため、立て棒１０上で高さを調整でき、適当な高さに調整されて、押し部４１を放すと、行き止め部品４０が、弾性素子３０の付勢により、回転して斜めの状態に戻り、抵当部４２が、再び、対応するリング溝１１に係止されることにより、再び、位置付けられる。 Referring to FIG. 4, when adjusting the height of the horizontal bar 20, if an upward pushing force is applied to the pushing portion 41, the dead end component 40 is rotated, and the mortgage portion 42 is placed in the storage tank port. 24, it is released from being locked in the ring groove 11 of the vertical bar 10, and the horizontal bar 20 is released from the locking force. When the pushing portion 41 is released after being adjusted to an appropriate height, the dead end component 40 rotates and returns to an oblique state by the urging of the elastic element 30, and the mortgage portion 42 again responds. It is positioned again by being locked by the ring groove 11 to be performed.
また、図５を参照しながら、横方向棒２０は、異なる方向に立て棒１０上に設置されていいし、また、図６を参照しながら、二つの対向する横方向棒２０の支持部２１上に積載板２７を結合してもいいし、また、図７を参照しながら、二つの対向する横方向棒２０の支持部２１の前方に吊り下げ棒２８が結合されてよく、以上のように、当該管柱体棚板位置付け構造は、衣服棚や積載棚或いは干し物掛け等の形態がある。 In addition, referring to FIG. 5, the horizontal bar 20 may be installed on the upright bar 10 in different directions. Also, referring to FIG. 6, the support portions 21 of the two opposing horizontal bars 20. The loading plate 27 may be coupled to the upper side, and the suspension bar 28 may be coupled to the front of the support portions 21 of the two opposing lateral bars 20 with reference to FIG. In addition, the tube column shelf positioning structure has a form such as a clothes rack, a loading rack or a clothes rack.
また、図８乃至１０を参照しながら、横方向棒２０が対称するように設置されても良く、当該対称する横方向棒２０の二つの嵌合柱２２に、それぞれ、立て棒１０を貫穿し、また、二つの槽室２３に、それぞれ、行き止め部品４０と弾性素子３０が軸設されて位置付けられ、当該横方向棒２０は、連動板５０を嵌合することにより、同時に押すことにより、二つの行き止め部品４０が同時に回転されて、二つの立て棒１０上の高さを調整できる。 In addition, referring to FIGS. 8 to 10, the lateral bar 20 may be installed so as to be symmetric, and the vertical bar 10 is penetrated into the two fitting columns 22 of the symmetric lateral bar 20, respectively. In addition, the dead end component 40 and the elastic element 30 are respectively positioned in the two tank chambers 23, and the horizontal bar 20 is pressed simultaneously by fitting the interlocking plate 50, The two stop parts 40 can be simultaneously rotated to adjust the height on the two vertical bars 10.
上記の具体的な実施例の構造によれば、次の効果が得られる。 According to the structure of the specific embodiment described above, the following effects can be obtained.
横方向棒２０は、弾性素子３０の付勢と行き止め部品４０の係止とにより、確実に立て棒１０上に位置付けられ、積載物や吊り下げ物が重くても、当該横方向棒２０が、確実な位置付け力により支持されるため、下へ滑ることなく、物が落ちて破壊される恐れことは、ない。 The horizontal bar 20 is surely positioned on the upright bar 10 by the biasing of the elastic element 30 and the locking of the dead end component 40, and even if the load or the suspended object is heavy, the horizontal bar 20 is Because it is supported by a certain positioning force, there is no fear that an object will fall and be destroyed without sliding down.
横方向棒２０は、嵌合柱２２により立て棒１０上に嵌合され、抵当部４２が立て棒１０のリング溝１１に係止されることにより、立て棒１０上に位置付けられるため、横方向棒２０の下方から外力が印加されても、嵌合柱２２で嵌合することと確実に係止力を有することにより、上へ上げられて全体が地面に落ちる恐れは、ない。 Since the horizontal bar 20 is fitted onto the vertical bar 10 by the fitting column 22 and the butt portion 42 is locked to the ring groove 11 of the vertical bar 10, the horizontal bar 20 is positioned on the vertical bar 10. Even if an external force is applied from below the rod 20, there is no fear that it will be lifted up and fall to the ground as a result of being fitted by the fitting column 22 and having a locking force.
横方向棒２０は、高さを調整する時、上へ持ち上げることが必要しなく、行き止め部品４０の押し部４１を押すことだけで良く、そのため、持ち上げ角度が正しくなく、横方向棒２０がスムーズに移動できない問題は、ない。 When the height of the horizontal bar 20 is adjusted, it does not need to be lifted up, and it is only necessary to press the pushing portion 41 of the stop piece 40. Therefore, the lifting angle is not correct, and the horizontal bar 20 There is no problem that cannot move smoothly.
１０ 立て棒
１１ リング溝
２０ 横方向棒
２１ 支持部
２２ 嵌合柱
２３ 槽室
２４ 収納槽口
２５ ピボットホール
２６ 止まり穴
２７ 積載板
２８ 吊り下げ棒
３０ 弾性素子
４０ 行き止め部品
４１ 押し部
４２ 抵当部
４３ ピボットホール
５０ 連動板
DESCRIPTION OF SYMBOLS 10 Standing bar 11 Ring groove 20 Lateral bar 21 Support part 22 Fitting pillar 23 Tank chamber 24 Storage tank port 25 Pivot hole 26 Blind hole 27 Loading board 28 Suspension bar 30 Elastic element 40 Stopping part 41 Pushing part 42 Contact part 43 Pivot hole 50 interlocking plate
Claims (3)
立て棒の外周縁上に多数のリング溝が形成され、横方向棒において、前方に支持部が形成され、後方に、中空状で内周径が立て棒の外周径よりやや大きい嵌合柱が設けられ、横方向棒が、嵌合柱の設置により、立て棒上に嵌合され、また、支持部と嵌合柱とが交差する位置において、下方に槽室が形成され、槽室において、後方に、嵌合柱の内部と連通する収納槽口が設けられ、両側にピボットホールが貫通され、上方に止まり穴が形成され、弾性素子が、横方向棒と行き止め部品との間に形成され、常態である場合、行き止め部品に抵当して斜めになり、行き止め部品が、押し部と、それから延伸して後方端が上から下へ湾曲する抵当部とからなり、また、当該行き止め部品のコーナーに、固定軸を貫穿するためのピボットホールが形成され、
弾性素子と行き止め部品とが、下から上へ順に横方向棒の槽室に入れ込まれ、そして、固定軸を横方向棒と行き止め部品とのピボットホールに貫穿して、行き止め部品が横方向棒上に軸設され、この時、弾性素子の上方端が止まり穴の中に嵌入されて位置付けられていて、また、下方端が行き止め部品に抵当して斜めになり、そして、押し部に対して上への押し力を印加すると、行き止め部品が回転し、抵当部が収納槽口を介して嵌合柱の内部から外へ移動し、横方向棒が、嵌合柱により立て棒上に嵌合され、また、押し部を放すと、行き止め部品が、弾性素子の付勢により、回転して斜めの状態に戻り、抵当部が、再び、収納槽口から嵌合柱の内部に入り、対応するリング溝に係止される、
ことを特徴とする管柱体棚板位置付け構造。 A plurality of horizontal bars are fitted on the vertical bar, and each horizontal bar is surely positioned on the vertical bar at the lower side by urging the elastic element and locking the dead end part. A board positioning structure,
A large number of ring grooves are formed on the outer peripheral edge of the vertical rod, a support portion is formed in the front of the horizontal rod, and a rear fitting column is hollow and has an inner diameter slightly larger than the outer diameter of the vertical rod. The horizontal bar is fitted on the vertical bar by the installation of the fitting column, and at the position where the support portion and the fitting column intersect, a tank chamber is formed below, On the rear side, a storage tank port communicating with the inside of the fitting column is provided, pivot holes are penetrated on both sides, a blind hole is formed on the upper side, and an elastic element is formed between the lateral bar and the stop-off component In the normal state, the stop part is tangled with the stop part, and the stop part is composed of a pushing part and a stop part that extends and then bends from the top to the bottom. A pivot hole for penetrating the fixed shaft is formed in the corner of the stop part. ,
The elastic element and the stop part are inserted into the tank chamber of the horizontal bar in order from the bottom to the top, and the fixed shaft penetrates the pivot hole of the horizontal bar and the stop part, so that the stop part is Pivoted on a horizontal bar, at this time the upper end of the elastic element is positioned in a blind hole and the lower end is slanted against the stop piece and pushed When the upward pushing force is applied to the part, the stop part rotates, the mortgage part moves from the inside of the fitting column to the outside through the storage tank port, and the horizontal bar is raised by the fitting column. When it is fitted onto the rod and the pushing part is released, the dead end part rotates and returns to an oblique state by the biasing force of the elastic element, and the mortgage part again comes from the storage tank port to the fitting column. Entering inside and locked into the corresponding ring groove,
A tube column shelf positioning structure characterized by that.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2006004807U JP3124861U (en) | 2006-06-20 | 2006-06-20 | Tube column shelf positioning structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2006004807U JP3124861U (en) | 2006-06-20 | 2006-06-20 | Tube column shelf positioning structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP3124861U true JP3124861U (en) | 2006-08-31 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2006004807U Expired - Fee Related JP3124861U (en) | 2006-06-20 | 2006-06-20 | Tube column shelf positioning structure |
Country Status (1)
| Country | Link |
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| JP (1) | JP3124861U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114347444A (en) * | 2022-01-06 | 2022-04-15 | 迈博瑞新材料(嘉兴)有限公司 | Shaping device for filter element production |
-
2006
- 2006-06-20 JP JP2006004807U patent/JP3124861U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114347444A (en) * | 2022-01-06 | 2022-04-15 | 迈博瑞新材料(嘉兴)有限公司 | Shaping device for filter element production |
| CN114347444B (en) * | 2022-01-06 | 2024-02-02 | 迈博瑞新材料(嘉兴)有限公司 | Shaping device for filter element production |
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