JP3127420U - Holder device - Google Patents
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- JP3127420U JP3127420U JP2006007657U JP2006007657U JP3127420U JP 3127420 U JP3127420 U JP 3127420U JP 2006007657 U JP2006007657 U JP 2006007657U JP 2006007657 U JP2006007657 U JP 2006007657U JP 3127420 U JP3127420 U JP 3127420U
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Abstract
【課題】ハンドルに対する各ホルダの内周面の当接面積を有効に稼ぎ、良好な締付状態を実現できるホルダ装置を提供する。
【解決手段】円筒状のハンドル4を挟持し得る第1ホルダH1及び第2ホルダH2と、これらホルダH1、H2同士を締め付ける締付部材H3とを備えてなり、各ホルダH1、H2の内周面H11、H21に、曲率の中心を他の部位の曲率の中心とずらした当接円弧面H11a、H21aをそれぞれ設けた。
【選択図】図5The present invention provides a holder device capable of effectively obtaining a contact area of an inner peripheral surface of each holder with respect to a handle and realizing a good tightening state.
SOLUTION: A first holder H1 and a second holder H2 capable of sandwiching a cylindrical handle 4 and a fastening member H3 for fastening the holders H1, H2 to each other are provided, and inner circumferences of the holders H1, H2 are provided. Abutting arc surfaces H11a and H21a in which the centers of curvature are shifted from the centers of curvature of other portions are provided on the surfaces H11 and H21, respectively.
[Selection] Figure 5
Description
本考案は、外周面が断面円形である固定対象物を固定するホルダ装置に関するものである。 The present invention relates to a holder device for fixing a fixed object whose outer peripheral surface is circular in cross section.
従来より、例えばハンドル等のパイプ状の部材を一対のホルダを用いて固定する態様として、各ホルダに、ハンドルの外周面に嵌合し得る内周面をそれぞれ設け、これら内周面の間にハンドルを挟み込んだ状態でホルダ同士をボルト等の締付部材によって締め付ける態様が知られている(例えば特許文献1参照)。
しかしながら、従来のものは、各ホルダの内周面全体をハンドルの外周面に当接させるように設定しているものの、ハンドルに公差があるため、各ホルダの内周面全体をハンドルの外周面に正確に当接させることは極めて困難であり、実際のところは、各ホルダの内周面の一部が、ハンドルの軸方向に平行な線に沿って当接するいわゆる線当りとなって、ハンドルがぐらつかないように、ホルダ同士を複数のネジ等の締付部材によって強く締め付け、ハンドル又はホルダを若干変形させることによって各ホルダの内周面の大部分をハンドルの外周面に当接させる態様が実施されている。しかしながらこのような態様を採用した場合、強い締付力が要求され、締付作業に手間が掛かる上、締付部材が複数必要であるため、部品点数も増えるといった不具合もあった。しかも、各締付部材の締付力がアンバランスであればハンドルを強固に固定することができないという不具合も生じる。 However, although the conventional one is set so that the entire inner peripheral surface of each holder is in contact with the outer peripheral surface of the handle, since there is a tolerance in the handle, the entire inner peripheral surface of each holder is In actuality, it is extremely difficult to make contact with each other. Actually, a part of the inner peripheral surface of each holder comes into contact with a line along a line parallel to the axial direction of the handle. In order to prevent wobbling, the holders are strongly tightened with a plurality of tightening members such as screws, and the handle or the holder is slightly deformed so that most of the inner peripheral surface of each holder is brought into contact with the outer peripheral surface of the handle. It has been implemented. However, when such an aspect is adopted, there is a problem that a strong tightening force is required, and it takes time and labor for the tightening work, and a plurality of tightening members are required, and the number of parts increases. Moreover, if the tightening force of each tightening member is unbalanced, there is a problem that the handle cannot be firmly fixed.
本考案は、このような課題に着目してなされたものであって、主たる目的は、ハンドル等の固定対象物に対する各ホルダの内周面の当接面積を有効に稼ぎ、良好な締付状態を実現できるホルダ装置を提供することにある。 The present invention has been made paying attention to such problems, and its main purpose is to effectively earn the contact area of the inner peripheral surface of each holder with respect to a fixed object such as a handle, and to achieve a good tightening state. It is providing the holder apparatus which can implement | achieve.
すなわち、本考案のホルダ装置は、外周面が断面円形である固定対象物を挟持し得る一対のホルダと、これらホルダ同士を締め付ける締付部材とを備えたものであって、前記各ホルダの内周面に、曲率の中心を他の部位の曲率の中心とずらし且つ他の部位よりも優先して前記固定対象物に当接する当接円弧面を設けたことを特徴とする。 That is, the holder device of the present invention includes a pair of holders that can hold a fixed object whose outer peripheral surface is circular in cross section, and a tightening member that tightens the holders, The circumferential surface is provided with a contact arc surface that shifts the center of curvature from the center of curvature of another part and contacts the fixed object in preference to the other part.
このようなものであれば、各ホルダの当接円弧面を固定対象物の外周面にその周方向に沿って確実に当接させて接触面積を有効に稼ぐことができるため、弱い締付力でも固定対象物を強固に挟持することが可能となり、固定対象物のぐらつきを防止することができる。加えて、このように、軸心が異なった内周面を有するホルダで締め付けることにより、固定対象物の公差を吸収することができる。 In such a case, since the contact arc surface of each holder can be reliably contacted with the outer peripheral surface of the fixed object along the circumferential direction, the contact area can be effectively obtained, so that a weak tightening force However, the fixed object can be firmly held, and the fixed object can be prevented from wobbling. In addition, the tolerance of the fixed object can be absorbed by tightening with the holder having the inner peripheral surfaces with different axis centers.
特に、一方のホルダの内周面における当接円弧面の形成部位と、他方のホルダの内周面における当接円弧面の形成部位とを異ならせていれば、各当接円弧面を確実に固定対象物に当接させることができ、より強固な締付状態を実現することができる。 In particular, if the abutting arc surface forming part on the inner peripheral surface of one holder is different from the forming part of the abutting arc surface on the inner peripheral surface of the other holder, each abutting arc surface is surely secured. It can be brought into contact with the fixed object, and a stronger tightening state can be realized.
締付作業及び締付解除作業を簡単且つ的確に行えるようにするには、各ホルダの一端部同士を回動可能に係合する係合手段を備え、各ホルダの他端部同士を単一の前記締付部材によって締め付けるようにすればよい。 In order to be able to perform the tightening operation and the tightening release operation easily and accurately, it is provided with engaging means for rotatably engaging the one end portions of the holders, and the other end portions of the holders are united with each other. The tightening member may be used for tightening.
好適な実施態様としては、前記各ホルダがアルミダイキャスト製品である態様が挙げられる。 As a preferred embodiment, an embodiment in which each of the holders is an aluminum die cast product can be mentioned.
以上説明したように本考案によれば、固定対象物に対する各ホルダの内周面の当接面積を有効に稼ぎ、良好な締付状態を実現できる。 As described above, according to the present invention, the contact area of the inner peripheral surface of each holder with respect to the fixed object can be effectively obtained, and a good tightening state can be realized.
以下、本考案の一実施形態を、図面を参照して説明する。 Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
本実施形態に係るホルダ装置Hは、図1に示すように、例えば刈払機Xに適用されるものである。 As shown in FIG. 1, the holder device H according to the present embodiment is applied to a brush cutter X, for example.
刈払機Xは、原動機1と、基端部を原動機1に接続した操作杆2と、操作杆2の先端部に設けた刈刃3と、操作杆2の所定部位に設けたハンドル4とを備えたものであり、ホルダ装置Hを介してハンドル4を操作杆2に固定している。
The brush cutter X includes a
ハンドル4は、断面円筒状をなし概略U字形又はコ字形に折り曲げたハンドル本体41と、ハンドル本体41の両端部に設けたハンドルグリップ42とを備えたものであり、ハンドル本体41の中央部位をホルダ装置Hに固定している。ハンドル本体41が、本考案の「固定対象物」に相当する。
The handle 4 includes a handle body 41 that has a cylindrical cross section and is bent into a generally U shape or a U shape, and handle
ホルダ装置Hは、ハンドル本体41を挟持し得る第1ホルダH1及び第2ホルダH2と、これらホルダH1、H2同士を締め付ける締付部材H3とを備えたものである。 The holder device H includes a first holder H1 and a second holder H2 that can sandwich the handle main body 41, and a fastening member H3 that fastens the holders H1 and H2.
第1ホルダH1は、図2及び図3(図3(a)、(b)はそれぞれ第1ホルダH1の平面図、(a)のX方向矢視図である)に示すように、上面部に、ハンドル本体41の外周の略半分を被覆し得る第1内周面H11を形成している。そして、この第1内周面H11の長手方向略中央部位に、曲率の中心を第1内周面H11の他の部位の曲率の中心と異ならせ且つ他の部位よりも優先してハンドル本体41に当接する第1当接円弧面H11aを設けている。また、第1ホルダH1の一端部には、後述する第2ホルダH2の係合部H22が係合可能な被係合部H12を設け、他端部には、締付部材H3が挿入可能な第1挿入孔H13を設けている。被係合部H12は、第1ホルダH1及び第2ホルダH2を相対的に回動させる際に回動軸として機能するものである。なお、この被係合部H12と第1内周面H11との間に係合部H22の挿入及び回動を許容する挿入許容空間H14を形成している。さらに、他端部の底面部には、ホルダ装置Hを操作杆2に取り付けるための取付部材Tに嵌合可能な第1嵌合部H15を設けている。第1嵌合部H15は、前記第1挿入孔H13を中心としてその周方向に沿って第1凸部H15aを所定ピッチで設けた凹凸状をなすものである。 As shown in FIGS. 2 and 3 (FIGS. 3A and 3B are a plan view of the first holder H1 and a view in the X direction of FIG. Further, a first inner peripheral surface H11 that can cover substantially half of the outer periphery of the handle body 41 is formed. The center of curvature is made different from the center of curvature of the other part of the first inner peripheral surface H11 at the substantially central part in the longitudinal direction of the first inner peripheral surface H11, and the handle main body 41 is given priority over other parts. A first abutting arcuate surface H11a that abuts is provided. Further, an engaged portion H12 that can be engaged with an engaging portion H22 of a second holder H2 to be described later is provided at one end portion of the first holder H1, and a fastening member H3 can be inserted at the other end portion. A first insertion hole H13 is provided. The engaged portion H12 functions as a rotation shaft when the first holder H1 and the second holder H2 are relatively rotated. An insertion allowable space H14 that allows insertion and rotation of the engaging portion H22 is formed between the engaged portion H12 and the first inner peripheral surface H11. Furthermore, the 1st fitting part H15 which can be fitted to the attachment member T for attaching the holder apparatus H to the operating rod 2 is provided in the bottom face part of the other end part. The 1st fitting part H15 makes the uneven | corrugated shape which provided the 1st convex part H15a with the predetermined pitch along the circumferential direction centering | focusing on the said 1st insertion hole H13.
ここで、取付部材Tについて説明する。取付部材Tは、操作杆2に固定されるものであり、上面部に、第1ホルダH1の第1嵌合部H15が嵌合可能な図示しない第2嵌合部を設けるとともに、第2嵌合部の中央部に、第1嵌合部H15と第2嵌合部とを嵌合させた場合に第1ホルダH1の第1挿入孔H13に連通する図示しないネジ孔を形成している。第2嵌合部は、ネジ孔を中心としてその周方向に沿って第2凸部を所定ピッチで設けたものである。そして第1ホルダH1の第1嵌合部H15と第2嵌合部との嵌合位置を変更することにより操作杆2に対するホルダ装置H及びハンドル4の取付姿勢を変更可能にしている。 Here, the attachment member T will be described. The attachment member T is fixed to the operating rod 2 and has a second fitting portion (not shown) that can fit the first fitting portion H15 of the first holder H1 on the upper surface portion. A screw hole (not shown) that communicates with the first insertion hole H13 of the first holder H1 when the first fitting part H15 and the second fitting part are fitted to each other is formed at the center of the joint part. The second fitting portion is provided with second convex portions at a predetermined pitch along the circumferential direction around the screw hole. And the attachment attitude | position of the holder apparatus H with respect to the operating rod 2 and the handle | steering-wheel 4 can be changed by changing the fitting position of the 1st fitting part H15 of the 1st holder H1, and the 2nd fitting part.
第2ホルダH2は、図2及び図4(図4(a)、(b)はそれぞれ第1ホルダH1の平面図、(a)のY―Y線断面図である)に示すように、底面部に、ハンドル本体41の外周の略半分を被覆し得る第2内周面H21を形成している。そして、この第2内周面H21における長手方向両端部位に、曲率の中心を第2内周面H21の他の部位の曲率の中心と異ならせ且つ他の部位よりも優先してハンドル本体41に当接する第2当接円弧面H21aを設けている。また、第2ホルダH2の一端部には、第1ホルダH1の被係合部H12に係合可能な係合部H22を設け、他端部には、締付部材H3が挿入可能であり且つ第1ホルダH1の第1挿入孔H13に連通する第2挿入孔H23を設けている。係合部H22は、他の部位より下方に突出した側面視部分円弧状をなすものである。本実施形態では、係合部H22及び被係合部H12によって本考案の「係合手段HK」を構成している。 As shown in FIGS. 2 and 4 (FIGS. 4A and 4B are a plan view of the first holder H1 and a cross-sectional view taken along line YY in FIG. 4A), the second holder H2 has a bottom surface. A second inner peripheral surface H21 that can cover substantially half of the outer periphery of the handle main body 41 is formed in the part. The center of curvature is made different from the center of curvature of other parts of the second inner peripheral surface H21 at both ends in the longitudinal direction of the second inner peripheral surface H21, and the handle main body 41 is given priority over other parts. A second abutting arc surface H21a that abuts is provided. An engaging portion H22 that can be engaged with the engaged portion H12 of the first holder H1 is provided at one end of the second holder H2, and a fastening member H3 can be inserted into the other end. A second insertion hole H23 communicating with the first insertion hole H13 of the first holder H1 is provided. The engaging portion H22 has a partial arc shape in a side view protruding downward from other portions. In the present embodiment, the engaging portion H22 and the engaged portion H12 constitute the “engaging means HK” of the present invention.
また、第1ホルダH1及び第2ホルダH2は、金型により成形されるアルミダイキャスト製のものであり、所定部位に空洞部を形成し、軽量化を図っている。 Moreover, the 1st holder H1 and the 2nd holder H2 are the things made from the aluminum die-casting shape | molded by a metal mold | die, The hollow part is formed in the predetermined part and the weight reduction is achieved.
締付部材H3は、外周にネジを螺刻した軸部H31と、軸部H31の基端部に設けられた操作部H32とを有するものである。軸部H31の基端部側に、他の部位より大径であり且つ締め付け作業時に第2ホルダH2の上面に押圧する押圧部H31aを設けている。 The tightening member H3 includes a shaft portion H31 in which a screw is threaded on the outer periphery, and an operation portion H32 provided at the base end portion of the shaft portion H31. On the base end side of the shaft portion H31, a pressing portion H31a that is larger in diameter than other portions and that presses against the upper surface of the second holder H2 during a tightening operation is provided.
次に、このようなホルダ装置Hを利用してハンドル4を固定する方法及び作用について図5(同図は、ホルダ装置Hでハンドル4を固定した状態を、図2(b)に対応させて示す図である)を参照して説明する。 Next, a method and an operation for fixing the handle 4 using such a holder device H will be described with reference to FIG. 5 (in the figure, the state in which the handle 4 is fixed by the holder device H corresponds to FIG. 2B). Will be described with reference to FIG.
先ず、第2ホルダH2の係合部H22を第1ホルダH1の被係合部H12に係合した状態で、第1ホルダH1の第1嵌合部H15と取付部材Tの第2嵌合部とを相互に嵌合させることにより取付部材Tに第1ホルダH1及び第2ホルダH2を仮セットする。そして、第1ホルダH1の被係合部H12を回転軸として第2ホルダH2を第1ホルダH1から離間する方向に回動するとともに、開放された第1ホルダH1の第1内周面H11にハンドル本体41を載置し、次いで第2ホルダH2を第1ホルダH1に近接する方向に回動する。これにより、ハンドル本体41の外周が各ホルダH1、H2の内周面H11、H21に被覆された状態となる。この状態において、第2ホルダH2の第2挿入孔H23、第1ホルダH1の第1挿入孔H13、取付部材Tのネジ孔がこの順で連通しており、締付部材H3の軸部H31を第2挿入孔H23から挿入するとともに、締付部材H3の操作部H32を所定方向に回転する操作力を付与することにより軸部H31の先端部をネジ孔に螺合させる。その結果、軸部H31に設けた押圧部H31aが第2ホルダH2を押圧し、第1当接円弧面H11a及び第2当接円弧面H21aの全域がハンドル本体41の外周面にその周方向に沿って当接する(図5参照)。具体的には、ホルダH1、H2の内周面H11、H21に被覆されたハンドル本体41のうち、中央部位に第1当接円弧面H11aが当接し、両端部位に各第2当接円弧面H21aが当接する。そして、これら第1当接円弧面H11a及び第2当接円弧面H21aをそれぞれハンドル本体41の外周面に接触させた状態でハンドル本体41を締め付けることによりハンドル本体41が強固に固定される。 First, in a state where the engaging portion H22 of the second holder H2 is engaged with the engaged portion H12 of the first holder H1, the first fitting portion H15 of the first holder H1 and the second fitting portion of the mounting member T. And the first holder H1 and the second holder H2 are temporarily set on the mounting member T. And while rotating the 2nd holder H2 in the direction away from the 1st holder H1 by making the to-be-engaged part H12 of the 1st holder H1 into a rotating shaft, on the 1st internal peripheral surface H11 of the open | released 1st holder H1 The handle body 41 is placed, and then the second holder H2 is rotated in the direction approaching the first holder H1. Thereby, the outer periphery of the handle body 41 is covered with the inner peripheral surfaces H11 and H21 of the holders H1 and H2. In this state, the second insertion hole H23 of the second holder H2, the first insertion hole H13 of the first holder H1, and the screw hole of the mounting member T are communicated in this order, and the shaft portion H31 of the tightening member H3 is connected. While inserting from the 2nd insertion hole H23, the front-end | tip part of the axial part H31 is screwed by the screw hole by giving the operation force which rotates the operation part H32 of the fastening member H3 in a predetermined direction. As a result, the pressing portion H31a provided on the shaft portion H31 presses the second holder H2, and the entire area of the first contact arc surface H11a and the second contact arc surface H21a is in the circumferential direction on the outer peripheral surface of the handle body 41. It abuts along (see FIG. 5). Specifically, among the handle main bodies 41 covered with the inner peripheral surfaces H11 and H21 of the holders H1 and H2, the first contact arc surface H11a contacts the central portion, and each second contact arc surface on both end portions. H21a contacts. The handle body 41 is firmly fixed by tightening the handle body 41 in a state where the first contact arc surface H11a and the second contact arc surface H21a are in contact with the outer peripheral surface of the handle body 41, respectively.
なお、第1ホルダH1の第1内周面H11にハンドル本体41を嵌合した後、ハンドル本体41の上方から第2ホルダH2を第1ホルダH1に取り付けるようにしてもよく、また、ホルダH1、H2の内周面H11、H21にハンドル本体41を挟み込んだ状態で取付部材Tに第1ホルダH1及び第2ホルダH2を仮セットするようにしてもよい。 Note that after the handle main body 41 is fitted to the first inner peripheral surface H11 of the first holder H1, the second holder H2 may be attached to the first holder H1 from above the handle main body 41, or the holder H1. The first holder H1 and the second holder H2 may be temporarily set on the mounting member T in a state where the handle body 41 is sandwiched between the inner peripheral surfaces H11 and H21 of H2.
本実施形態では、単一の締付部材H3を用いて、第1ホルダH1と第2ホルダH2とでハンドル本体41を挟持した状態で締め付けるとともに、これらホルダH1、H2を取付部材Tに取付可能にしている。そして、締付部材H3の操作部H32を前記回転方向とは逆方向に回転させる操作力を付与すると、第1当接円弧面H11a及び第2当接円弧面H21aによるハンドル本体41の締付状態が解除されるとともに、取付部材Tに対するホルダH1、ホルダH2の取付状態も解除される。その結果、ホルダ装置Hに対するハンドル4の取付姿勢、及び操作杆2に対するホルダ装置Hの取付姿勢を変更することができ、刈払作業を終えて所定の収納スペースに収納する場合には刈払機Xの全巾をコンパクトにすることが可能である。 In the present embodiment, a single fastening member H3 is used to fasten the handle body 41 between the first holder H1 and the second holder H2, and the holders H1 and H2 can be attached to the attachment member T. I have to. When the operating force for rotating the operation portion H32 of the tightening member H3 in the direction opposite to the rotation direction is applied, the handle body 41 is tightened by the first contact arc surface H11a and the second contact arc surface H21a. Is released, and the attachment state of the holder H1 and the holder H2 to the attachment member T is also released. As a result, the mounting posture of the handle 4 with respect to the holder device H and the mounting posture of the holder device H with respect to the operating rod 2 can be changed. When the brushing operation is completed and stored in a predetermined storage space, the brush cutter X It is possible to make the entire width of the compact.
このように、本実施形態に係るホルダ装置Hは、各ホルダH1、H2の内周面H11、H21に、軸心を他の部位の軸心とずらし且つ他の部位よりも優先してハンドル本体41に当接する当接円弧面H11a、H21aを設けているため、これら各当接円弧面H11a、H21aをハンドル本体41の外周面にその周方向に沿って面的に当接させることができ、当接(接触)面積を有効に稼ぎ、弱い締付力でも確実に各ホルダH1、H2の内周面H11、H21間にハンドル本体41を固定することができる。加えて、当接円弧面H11a、H21aを設けることにより各内周面H11、H21に段差が形成され、この段差により、ハンドル本体41に生じる公差を吸収でき、良好な当接状態を維持したまま締め付けることができ、ハンドル本体41のぐらつきを防止する。 As described above, the holder device H according to the present embodiment shifts the axis from the axis of the other part to the inner peripheral surfaces H11 and H21 of the holders H1 and H2, and gives priority to the handle body over the other part. Since the contact arcuate surfaces H11a and H21a that come into contact with 41 are provided, each of these contact arcuate surfaces H11a and H21a can be brought into surface contact with the outer peripheral surface of the handle body 41 along the circumferential direction thereof. The handle main body 41 can be fixed between the inner peripheral surfaces H11 and H21 of the holders H1 and H2 with certainty even with a weak tightening force. In addition, by providing contact arcuate surfaces H11a and H21a, a step is formed on each of the inner peripheral surfaces H11 and H21. By this step, tolerances generated in the handle body 41 can be absorbed, and a good contact state is maintained. The handle body 41 can be prevented from wobbling.
特に、第1ホルダH1と第2ホルダH2とを組み付けた状態において、第1ホルダH1に設けた第1当接円弧面H11aと第2ホルダH2に設けた第2当接円弧面H21aとが相互に対向しないように設定しているため、各当接円弧面H11a、H21aを確実にハンドル本体41に当接させることができ、より強固な固定状態を実現することができる。 In particular, in a state where the first holder H1 and the second holder H2 are assembled, the first contact arc surface H11a provided on the first holder H1 and the second contact arc surface H21a provided on the second holder H2 are mutually connected. Therefore, the contact arcuate surfaces H11a and H21a can be reliably brought into contact with the handle main body 41, and a more firmly fixed state can be realized.
加えて、各ホルダH1、H2の一端部同士を回動可能に係合する係合手段HKを備え、各ホルダH1、H2の他端部同士を単一の締付部材H3によって締め付けるため、締付作業及び締付解除作業を簡単に行うことができ、部品点数の削減にも資する。また、複数の締付部材H3を用いた場合に生じる不具合、すなわち、各締付部材H3の締付力がアンバランスとなり、良好な締付状態を得られないという不具合を防止することができる。殊に、本実施形態に示す刈払機のように、使用時におけるホルダ装置Hに対するハンドル4の取付姿勢(取付角度)、及び使用時又は不使用時における操作杆2に対するハンドル4の取付姿勢をその都度変更することが要求される機具に本考案のホルダ装置Hを適用することにより、ハンドルの取付姿勢(取付角度)を変更する作業を容易且つ的確に行うことができる。 In addition, an engagement means HK for rotatably engaging one end of each holder H1, H2 is provided, and the other end of each holder H1, H2 is tightened by a single tightening member H3. Attaching work and tightening releasing work can be easily performed, which contributes to a reduction in the number of parts. Further, it is possible to prevent a problem that occurs when a plurality of tightening members H3 are used, that is, a problem that the tightening force of each tightening member H3 becomes unbalanced and a good tightening state cannot be obtained. In particular, as in the brush cutter shown in the present embodiment, the mounting posture (mounting angle) of the handle 4 with respect to the holder device H during use, and the mounting posture of the handle 4 with respect to the operating rod 2 when used or not used are shown. By applying the holder device H of the present invention to a device that is required to be changed each time, it is possible to easily and accurately perform an operation of changing the mounting posture (mounting angle) of the handle.
また、各ホルダH1、H2がアルミダイキャスト製品であるため、寸法精度が高く、剛性に優れたものとなる。 Moreover, since each holder H1, H2 is an aluminum die-cast product, the dimensional accuracy is high and the rigidity is excellent.
なお、本考案は、以上に詳述した実施形態に限られるものではない。 The present invention is not limited to the embodiment described in detail above.
例えば、各ホルダの内周面に設ける当接円弧部の個数は適宜増減してもよい。また、各ホルダの内周面における当接円弧面の形成部位を一致させても構わない。 For example, the number of contact arc portions provided on the inner peripheral surface of each holder may be increased or decreased as appropriate. In addition, the formation part of the contact arc surface on the inner peripheral surface of each holder may be matched.
また、係合手段は、各ホルダの一端部同士を回動可能に係合するものであればよく、上記実施形態に示した態様以外のものであってもよい。 Moreover, the engaging means should just be what engages the one end parts of each holder so that rotation is possible, and may be things other than the aspect shown to the said embodiment.
また、上記実施形態では、固定対象物としてハンドル本体を適用した場合を例示したが、固定対象物は、外周面が円形のものであればどのようなものであってもよく、例えば、固定対象物として操作杆本体を採用してもよく、或いは車輪付の補助フレームを操作杆に着脱可能に設定したいわゆる車輪付刈払機における前記補助フレームを固定対象物として採用してもよい。 In the above embodiment, the case where the handle body is applied as the fixed object is illustrated, but the fixed object may be any object as long as the outer peripheral surface is circular, for example, the fixed object. An operating rod main body may be adopted as an object, or the auxiliary frame in a so-called wheeled brush cutter in which an auxiliary frame with wheels is set to be detachable from the operating rod may be adopted as a fixed object.
その他、各部の具体的構成についても上記実施形態に限られるものではなく、本考案の趣旨を逸脱しない範囲で種々変形が可能である。 In addition, the specific configuration of each part is not limited to the above embodiment, and various modifications can be made without departing from the spirit of the present invention.
H…ホルダ装置
H1…第1ホルダ
H11…第1内周面
H11a…第1当接円弧面
H2…第2ホルダ
H21…第2内周面
H21a…第2当接円弧面
H3…締付部材
HK…係合手段
41…固定対象物(ハンドル本体)
H ... Holder device H1 ... 1st holder H11 ... 1st inner peripheral surface H11a ... 1st contact circular arc surface H2 ... 2nd holder H21 ... 2nd internal peripheral surface H21a ... 2nd contact circular arc surface H3 ... Fastening member HK ... Engagement means 41 ... Fixed object (handle body)
Claims (4)
前記各ホルダの内周面に、曲率の中心を他の部位の曲率の中心とずらし且つ他の部位よりも優先して前記固定対象物に当接する当接円弧面を設けたことを特徴とするホルダ装置。 A holder device comprising a pair of holders capable of sandwiching a fixed object whose outer peripheral surface is circular in cross section, and a fastening member for fastening the holders together,
The inner peripheral surface of each holder is provided with an abutting arc surface that shifts the center of curvature from the center of curvature of another part and abuts the fixed object in preference to the other part. Holder device.
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Cited By (1)
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JP2022014757A (en) * | 2020-07-07 | 2022-01-20 | 株式会社クボタ | Engine head structure |
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Publication number | Priority date | Publication date | Assignee | Title |
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JP2022014757A (en) * | 2020-07-07 | 2022-01-20 | 株式会社クボタ | Engine head structure |
JP7419183B2 (en) | 2020-07-07 | 2024-01-22 | 株式会社クボタ | engine head structure |
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