JP2009028691A - Mat washing apparatus - Google Patents

Mat washing apparatus Download PDF

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JP2009028691A
JP2009028691A JP2007197865A JP2007197865A JP2009028691A JP 2009028691 A JP2009028691 A JP 2009028691A JP 2007197865 A JP2007197865 A JP 2007197865A JP 2007197865 A JP2007197865 A JP 2007197865A JP 2009028691 A JP2009028691 A JP 2009028691A
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feed roller
mat
upper feed
feeding roller
brush
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JP4567032B2 (en
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Hidefumi Komada
秀文 駒田
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Okatsune Gears Manufacturing Inc
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Okatsune Gears Manufacturing Inc
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Abstract

<P>PROBLEM TO BE SOLVED: To provide a mat washing apparatus capable of carrying out brushing at the tip end part of a brush even in the case where a mat with a large thickness size is inserted and carrying out normal brushing with a small torque. <P>SOLUTION: An upper feeding roller 3 is installed above a lower feeding roller 1 and a rotary brush 2 arranged adjacently and in parallel each other. The mat washing apparatus is configured in a manner that a mat can be inserted and passed between the lower feeding roller 1 and the upper feeding roller 3 and between the rotary brush 2 and the upper feeding roller 3. The washing apparatus is provided with a slide mechanism S which slides the upper feeding roller 3 in the sliding directions E and E' to make the gap size between the rotary brush 2 and the upper feeding roller 3 changed to be large or small corresponding to the large or small change when the gap size between the lower feeding roller 1 and the upper feeding roller 3 is changed to be large or small. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

本発明は、マット洗浄機に関する。   The present invention relates to a mat cleaner.

従来のマット洗浄機には、マットを洗浄するために一対の上下ブラシを備えるものがある（例えば、特許文献１参照）。   Some conventional mat cleaning machines include a pair of upper and lower brushes for cleaning a mat (see, for example, Patent Document 1).

しかし、上ブラシと下ブラシの間隔寸法は一定であり、厚さ寸法が大きいマットを上下ブラシの間に挿通させた場合、ブラシの根元まで曲がるような大きなトルクがかかり、洗浄が不十分になるとともに、モーターやブラシの消耗が早いという欠点があった。また、特に厚さ寸法が大きいマットを挿通させた場合、洗浄中にモータを停止すると、再起動できないことが多く、マットを取り出すのに多くの時間を要するという欠点があった。
特開２００３−１９０８９７号公報 However, the distance between the upper brush and the lower brush is constant, and when a mat with a large thickness is inserted between the upper and lower brushes, a large torque is applied to bend to the base of the brush, resulting in insufficient cleaning. At the same time, the motor and brushes were consumed quickly. Further, when a mat having a particularly large thickness is inserted, there is a disadvantage that it often cannot be restarted when the motor is stopped during cleaning, and it takes a long time to take out the mat.
JP 2003-190897 A

解決しようとする課題は、厚さ寸法が大きいマットを挿通させた場合、ブラシの根元まで曲がるような大きなトルクがかかり、洗浄が不十分になるとともに、モーターやブラシの消耗が早いという点である。また、洗浄中にモータを停止すると、特に厚さ寸法が大きいマットを挿通させた場合、再起動できないことが多く、マットを取り出すのに多くの時間を要するという点である。すなわち、マットの厚さ寸法に対応して適切な洗浄することができない点である。   The problem to be solved is that when a mat with a large thickness is inserted, a large torque is applied to bend to the base of the brush, cleaning becomes insufficient, and the motor and brush are consumed quickly. . Further, when the motor is stopped during cleaning, particularly when a mat having a large thickness is inserted, it is often impossible to restart, and it takes a lot of time to take out the mat. That is, it is not possible to perform appropriate cleaning according to the thickness dimension of the mat.

そこで、本発明に係るマット洗浄機は、相互に接近して並設した下送りローラと回転ブラシの上方に上送りローラを配設し、上記下送りローラと上送りローラの間、上記回転ブラシと上送りローラの間を、順にマットが挿通可能に構成し、上記下送りローラと上送りローラの隙間寸法が大小変化すると、上記回転ブラシと上送りローラの隙間寸法が上記大小に対応して大小変化するようなスライド方向に上記上送りローラがスライドするスライド機構を備えたものである。   Accordingly, the mat cleaning machine according to the present invention includes an upper feed roller disposed above the lower feed roller and the rotary brush arranged in parallel with each other, and the rotary brush between the lower feed roller and the upper feed roller. When the gap between the lower feed roller and the upper feed roller changes in size, the gap between the rotary brush and the upper feed roller corresponds to the above size. A slide mechanism is provided in which the upper feed roller slides in a sliding direction that changes in size.

また、下送りローラと上記上送りローラの接点をＡとし、上記回転ブラシと上記上送りローラの接点をＢとしたときに、上記スライド機構によって、上記上送りローラの回転軸心が上記接点Ａと上記接点Ｂを結んだ線分の垂直等分線上を移動するように構成したものである。
また、スライド機構が、上送りローラを上記スライド方向へ直線的にスライド自在にガイドする直線ガイド機構から成り、さらに、上記上送りローラを上記下送りローラ及び回転ブラシに接近するスライド方向に弾発付勢する押さえ機構を、備えたものである。 When the contact between the lower feed roller and the upper feed roller is A and the contact between the rotary brush and the upper feed roller is B, the slide mechanism causes the rotation axis of the upper feed roller to be the contact A. And the vertical segment of the line segment connecting the contact B is moved.
The slide mechanism includes a linear guide mechanism that guides the upper feed roller so as to be linearly slidable in the slide direction. Further, the upper feed roller is elastically moved in the slide direction approaching the lower feed roller and the rotating brush. A pressing mechanism for energizing is provided.

本発明のマット洗浄機によれば、厚さ寸法が大きいマットを挿通させた場合にも、ブラシの先端部でブラッシングして、小さなトルクで、正常なブラッシングを行うことができる。そして、モータやブラシの耐久性を良くし、電気消費量を抑えることができる。さらに、洗浄中にモータを停止しても、再起動時のブラシの負担を小さくして、厚さ寸法が大きいマットを挿通させている場合でも容易に再起動することが可能であり、マットを取出すための無駄な時間をなくすことができる。   According to the mat cleaning machine of the present invention, even when a mat having a large thickness is inserted, normal brushing can be performed with a small torque by brushing at the tip of the brush. And durability of a motor or a brush can be improved and an electric consumption can be suppressed. Furthermore, even if the motor is stopped during cleaning, it is possible to easily restart even when a mat with a large thickness is inserted by reducing the burden on the brush during restarting. It is possible to eliminate wasted time for taking out.

図１・図２は、本発明の実施の一形態を示し、このマット洗浄機は、相互に接近して並設した下送りローラ１と回転ブラシ２の上方（斜め上方を含むものとする。）に上送りローラ３を配設し、下送りローラ１と上送りローラ３の間、回転ブラシ２と上送りローラ３の間を、矢印Ｐに示すように順にマットＭ（例えば、玄関マット、あるいは、自動車の足元に敷設されるパイル地付きマット）が挿通可能に構成されている。回転ブラシ２にブラシ20が植毛されており、ブラシ20（の先端部20ａ）によって、マットＭに付着した土、埃、ゴミ等が払い落とされる。４は上スポンジローラを示す。５は下スポンジローラを示す。そして、マットＭは、下送りローラ１と上送りローラ３の間、回転ブラシ２と上送りローラ３の間、及び、上スポンジローラ４と下スポンジローラ５の間を挿通する間に、洗浄される。   FIG. 1 and FIG. 2 show an embodiment of the present invention, and this mat cleaning machine is located above a lower feed roller 1 and a rotating brush 2 (including an obliquely upper part) arranged close to each other. An upper feed roller 3 is disposed, and a mat M (for example, an entrance mat, or the like) is sequentially placed between the lower feed roller 1 and the upper feed roller 3 and between the rotary brush 2 and the upper feed roller 3 as indicated by an arrow P. A mat with a pile ground laid at the foot of an automobile) can be inserted. A brush 20 is planted on the rotating brush 2, and dirt, dust, dust, etc. adhering to the mat M are wiped off by the brush 20 (the tip 20 a thereof). Reference numeral 4 denotes an upper sponge roller. Reference numeral 5 denotes a lower sponge roller. The mat M is cleaned while being inserted between the lower feed roller 1 and the upper feed roller 3, between the rotating brush 2 and the upper feed roller 3, and between the upper sponge roller 4 and the lower sponge roller 5. The

下送りローラ１と上送りローラ３の隙間寸法Ｈ1 が大小変化すると、回転ブラシ２と上送りローラ３の隙間寸法Ｈ2 が上記大小に対応して大小変化するようなスライド方向Ｅ，Ｅ’に上送りローラ３が（可逆的に）スライドするスライド機構Ｓを備えている。すなわち、スライド方向Ｅは、隙間寸法Ｈ1 及び隙間寸法Ｈ2 が大きくなる方向を示す。スライド方向Ｅ’は、隙間寸法Ｈ1 及び隙間寸法Ｈ2 が小さくなる方向（スライド方向Ｅの逆方向）を示す。 When the gap dimension H 1 between the lower feed roller 1 and the upper feed roller 3 changes in size, the slide directions E and E ′ such that the gap dimension H 2 between the rotating brush 2 and the upper feed roller 3 changes in size corresponding to the above magnitude. The upper feed roller 3 includes a slide mechanism S that slides (reversibly). That is, the sliding direction E indicates the direction in which the gap dimension H 1 and gap dimension H 2 is increased. The slide direction E ′ indicates a direction in which the gap dimension H 1 and the gap dimension H 2 are reduced (the direction opposite to the slide direction E).

具体的には、図３に示すように、下送りローラ１と上送りローラ３の接点をＡとし、回転ブラシ２と上送りローラ３の接点をＢとしたときに、スライド機構Ｓ（図１参照）によって、上送りローラ３の回転軸心Ｘが接点Ａと接点Ｂを結んだ線分Ｒの垂直２等分線Ｎ上を往復動可能に移動するように構成されている。   Specifically, as shown in FIG. 3, when the contact between the lower feed roller 1 and the upper feed roller 3 is A and the contact between the rotating brush 2 and the upper feed roller 3 is B, the slide mechanism S (FIG. 1). The rotation axis X of the upper feed roller 3 is configured to reciprocate along a perpendicular bisector N of a segment R connecting the contact A and the contact B.

次に、図１に戻って、スライド機構Ｓが、上送りローラ３をスライド方向Ｅへ直線往復動自在（直線的にスライド自在）にスライド自在にガイドする直線ガイド機構Ｊから成る。   Next, referring back to FIG. 1, the slide mechanism S includes a linear guide mechanism J that guides the upper feed roller 3 so as to be slidable linearly reciprocally (slidably linearly) in the slide direction E.

具体的には、直線ガイド機構Ｊは、次のように構成されている。垂直２等分線Ｎ（図３参照）と平行な方向のガイド溝６，６を有するスライド式ベアリングケース７が、洗浄機本体８に取着されている。上送りローラ３を回転自在に枢支するベアリング９はスライド式ベアリングケース７を介して洗浄機本体８に取着されている。   Specifically, the linear guide mechanism J is configured as follows. A sliding bearing case 7 having guide grooves 6 and 6 in a direction parallel to the vertical bisector N (see FIG. 3) is attached to the washing machine body 8. A bearing 9 that pivotally supports the upper feed roller 3 is attached to a washing machine body 8 via a slide type bearing case 7.

マット洗浄機は、上送りローラ３を下送りローラ１及び回転ブラシ２に接近するスライド方向Ｅ’に（結果的に）弾発付勢する押さえ機構Ｋを、備えている。具体的には、押さえ機構Ｋは、次のように構成されている。ベアリング９をベアリングケース７のガイド溝６に沿ってスライド方向Ｅ’に揺動しつつ押さえる押さえ部材10を備える。押さえ部材10の基端部11が、洗浄機本体８に枢支軸12をもって枢着されるとともに、先端部13が、弾性部材（例えば引張バネ）14の一端15と連結されて、スライド方向Ｅ’にベアリング９の外輪９ａを弾発付勢する。押さえ機構Ｋによって、上送りローラ３からマットＭに押さえ力Ｆ（図２参照）がはたらく。   The mat cleaning machine includes a pressing mechanism K that elastically urges the upper feed roller 3 in the slide direction E ′ approaching the lower feed roller 1 and the rotating brush 2 (results). Specifically, the pressing mechanism K is configured as follows. A pressing member 10 is provided that presses the bearing 9 while swinging in the sliding direction E ′ along the guide groove 6 of the bearing case 7. A base end portion 11 of the pressing member 10 is pivotally attached to the cleaning machine main body 8 with a pivot shaft 12, and a distal end portion 13 is connected to one end 15 of an elastic member (for example, a tension spring) 14 so that the sliding direction E The outer ring 9a of the bearing 9 is elastically biased. A pressing force F (see FIG. 2) acts on the mat M from the upper feed roller 3 by the pressing mechanism K.

次に、図４を用いて、マットＭの厚さ寸法Ｔ（図２参照）が大小それぞれの場合の上送りローラ３の移動について説明する。上述のスライド機構Ｓ（図１参照）によって、厚さ寸法Ｔが小さいマットＭが、下送りローラ１と上送りローラ３の間に挿通すると、上送りローラ３がスライド方向Ｅへスライドして、上送りローラ３の回転軸心Ｘが、垂直２等分線Ｎ上を回転ブラシ２から遠ざかった位置Ｙへ移動する。このときの下送りローラ１と上送りローラ３との隙間寸法をＧ1 、回転ブラシ２と上送りローラ３との隙間寸法をＧ2 とすると、隙間寸法Ｇ1 と隙間寸法Ｇ2 が略等しい。 Next, the movement of the upper feed roller 3 when the thickness dimension T (see FIG. 2) of the mat M is large or small will be described with reference to FIG. When the mat M having a small thickness T is inserted between the lower feed roller 1 and the upper feed roller 3 by the slide mechanism S (see FIG. 1), the upper feed roller 3 slides in the slide direction E, The rotational axis X of the upper feed roller 3 moves to a position Y away from the rotary brush 2 on the vertical bisector N. If the gap dimension between the lower feed roller 1 and the upper feed roller 3 at this time is G 1 and the gap dimension between the rotary brush 2 and the upper feed roller 3 is G 2 , the gap dimension G 1 and the gap dimension G 2 are substantially equal. .

厚さ寸法Ｔが大きいマットＭが、下送りローラ１と上送りローラ３の間に挿通すると、上送りローラ３がスライド方向Ｅへスライドして、上送りローラ３の回転軸心Ｘが、垂直２等分線Ｎ上を位置Ｙよりもさらに回転ブラシ２から遠ざかった位置Ｚへ移動する。このときの下送りローラ１と上送りローラ３との隙間寸法をＧ1 ’、回転ブラシ２と上送りローラ３との隙間寸法をＧ2 ’とすると、隙間寸法をＧ1 ’と隙間寸法をＧ2 ’が略等しい。すなわち、マットＭの厚さ寸法Ｔにかかわらず（マットＭの厚さ寸法Ｔに対応して）、下送りローラ１と上送りローラ３の隙間寸法Ｈ1 と、回転ブラシ２と上送りローラ３の隙間寸法Ｈ2 が近似的に等しくなる。 When the mat M having a large thickness T is inserted between the lower feed roller 1 and the upper feed roller 3, the upper feed roller 3 slides in the sliding direction E, and the rotation axis X of the upper feed roller 3 is vertical. It moves on the bisector N to a position Z further away from the rotary brush 2 than the position Y. If the gap dimension between the lower feed roller 1 and the upper feed roller 3 at this time is G 1 ′ and the gap dimension between the rotating brush 2 and the upper feed roller 3 is G 2 ′, the gap dimension is G 1 ′ and the gap dimension. G 2 'is substantially equal. That is, regardless of the thickness dimension T of the mat M (corresponding to the thickness dimension T of the mat M), the gap dimension H 1 between the lower feed roller 1 and the upper feed roller 3, the rotating brush 2 and the upper feed roller 3. gap dimension H 2 is equal to approximately the.

図１に戻って、上スポンジローラ４が、下スポンジローラ５に接近離間自在に構成されている。具体的には、上スポンジローラ４が、回転軸17廻りに揺動自在な揺動板材18に取付けられている。スポンジローラ用弾性部材（例えば引張バネ）19が、揺動板材18を下スポンジローラ５に接近する方向Ｑに弾発付勢する。   Returning to FIG. 1, the upper sponge roller 4 is configured to be close to and away from the lower sponge roller 5. Specifically, the upper sponge roller 4 is attached to a swing plate member 18 that can swing around the rotation shaft 17. A sponge roller elastic member (for example, a tension spring) 19 elastically urges the swing plate member 18 in the direction Q approaching the lower sponge roller 5.

なお、本発明は、設計変更可能であって、例えば、スライド方向Ｅを、隙間寸法Ｈ1 と隙間寸法Ｈ2 が常に等しくなるような円弧状曲線とするも好ましい。すなわち、スライド機構Ｓが、曲線ガイド機構（図示省略）から成る。また、下送りローラ１、回転ブラシ２、上送りローラ３以外のローラの構成は設計変更自由であり、例えば、上スポンジローラ４、下スポンジローラ５を省略したり、他のローラを付加しても良い。 In the present invention, the design can be changed. For example, the slide direction E is preferably an arcuate curve in which the gap dimension H 1 and the gap dimension H 2 are always equal. That is, the slide mechanism S includes a curved guide mechanism (not shown). The configuration of the rollers other than the lower feed roller 1, the rotating brush 2, and the upper feed roller 3 can be freely changed. For example, the upper sponge roller 4 and the lower sponge roller 5 can be omitted or other rollers can be added. Also good.

以上のように、本発明は、相互に接近して並設した下送りローラ１と回転ブラシ２の上方に上送りローラ３を配設し、下送りローラ１と上送りローラ３の間、回転ブラシ２と上送りローラ３の間を、順にマットＭが挿通可能に構成し、下送りローラ１と上送りローラ３の隙間寸法Ｈ1 が大小変化すると、回転ブラシ２と上送りローラ３の隙間寸法Ｈ2 が大小に対応して大小変化するようなスライド方向Ｅ，Ｅ’に上送りローラ３がスライドするスライド機構Ｓを備えたので、厚さ寸法Ｔが大きいマットＭを挿通させた場合にも、ブラシ20の先端部20ａでブラッシングして、小さなトルクで、正常なブラッシングを行うことができる。そして、モータやブラシ20の耐久性を良くし、電気消費量を抑えることができる。 As described above, according to the present invention, the upper feed roller 3 is disposed above the lower feed roller 1 and the rotating brush 2 that are arranged close to each other and rotate between the lower feed roller 1 and the upper feed roller 3. The mat M can be inserted between the brush 2 and the upper feed roller 3 in order, and when the gap dimension H 1 between the lower feed roller 1 and the upper feed roller 3 changes in size, the gap between the rotating brush 2 and the upper feed roller 3 is changed. sliding direction E as dimension H 2 changes the magnitude in response to the magnitude, since the upper feed roller 3 provided with a slide mechanism S to slide E ', if it is inserted the thickness T is large mat M However, it is possible to perform normal brushing with a small torque by brushing with the tip 20a of the brush 20. And durability of a motor and the brush 20 can be improved, and an electric consumption can be suppressed.

さらに、洗浄中にモータを停止しても、再起動時のブラシ20の負担を小さくして、厚さ寸法Ｔが大きいマットＭを挿通させている場合でも容易に再起動することが可能であり、マットＭを取出すための無駄な時間をなくすことができる。   Furthermore, even if the motor is stopped during cleaning, it is possible to easily restart even when the mat M having a large thickness dimension T is inserted by reducing the burden on the brush 20 at the time of restarting. In this case, useless time for taking out the mat M can be eliminated.

また、下送りローラ１と上送りローラ３の接点をＡとし、回転ブラシ２と上送りローラ３の接点をＢとしたときに、スライド機構Ｓによって、上送りローラ３の回転軸心Ｘが接点Ａと接点Ｂを結んだ線分Ｒの垂直２等分線Ｎ上を移動するように構成したので、マットＭの厚さ寸法Ｔにかかわらず、下送りローラ１と上送りローラ３の隙間寸法Ｈ1 と、回転ブラシ２と上送りローラ３の隙間寸法Ｈ2 を、近似的に等しくすることができ、上送りローラ３がマットＭを押さえる力（押さえ力Ｆ）を略一定にすることができる。 Further, when the contact point between the lower feed roller 1 and the upper feed roller 3 is A and the contact point between the rotary brush 2 and the upper feed roller 3 is B, the slide mechanism S causes the rotation axis X of the upper feed roller 3 to be a contact point. Since it is configured to move on the vertical bisector N of the line segment R connecting A and the contact point B, the gap dimension between the lower feed roller 1 and the upper feed roller 3 regardless of the thickness dimension T of the mat M. H 1 and the gap dimension H 2 between the rotating brush 2 and the upper feed roller 3 can be made approximately equal, and the force (pressing force F) by which the upper feed roller 3 presses the mat M can be made substantially constant. it can.

また、スライド機構Ｓが、上送りローラ３をスライド方向Ｅへ直線的にスライド自在にガイドする直線ガイド機構Ｊから成り、さらに、上送りローラ３を下送りローラ１及び回転ブラシ２に接近するスライド方向Ｅ’に弾発付勢する押さえ機構Ｋを、備えたので、曲線ガイド機構を備えるものと比較して容易にかつ低コストで製造することができるとともに、上送りローラ３にてマットＭに送りを確実に与えて、回転ブラシ２にて適切に洗浄することができる。   The slide mechanism S includes a linear guide mechanism J that guides the upper feed roller 3 linearly in the slide direction E, and further slides the upper feed roller 3 closer to the lower feed roller 1 and the rotating brush 2. Since the holding mechanism K for elastically urging and energizing in the direction E ′ is provided, it can be manufactured easily and at a lower cost than the one having the curved guide mechanism, and the upper feed roller 3 is used for the mat M. The feed can be reliably applied and the rotary brush 2 can be appropriately cleaned.

本発明の実施の一形態を示す側面透視図である。It is a side perspective view showing one embodiment of the present invention. 使用状態を示す要部拡大簡略図である。It is a principal part expansion simplified figure which shows a use condition. 説明図である。It is explanatory drawing. 説明図である。It is explanatory drawing.

符号の説明Explanation of symbols

１ 下送りローラ
２ 回転ブラシ
３ 上送りローラ
Ａ 接点
Ｂ 接点
Ｅ スライド方向
Ｅ’スライド方向
Ｈ1 隙間寸法
Ｈ2 隙間寸法
Ｊ 直線ガイド機構
Ｋ 押さえ機構
Ｍ マット
Ｎ 垂直２等分線
Ｒ 線分
Ｓ スライド機構
Ｘ 回転軸心 DESCRIPTION OF SYMBOLS 1 Lower feed roller 2 Rotating brush 3 Upper feed roller A Contact B Contact E Slide direction E 'Slide direction H 1 Clearance dimension H 2 Clearance dimension J Linear guide mechanism K Holding mechanism M Matt N Vertical bisection line R Line segment S Slide Mechanism X Center of rotation

Claims (3)

相互に接近して並設した下送りローラ（１）と回転ブラシ（２）の上方に上送りローラ（３）を配設し、上記下送りローラ（１）と上送りローラ（３）の間、上記回転ブラシ（２）と上送りローラ（３）の間を、順にマット（Ｍ）が挿通可能に構成し、上記下送りローラ（１）と上送りローラ（３）の隙間寸法（Ｈ1 ）が大小変化すると、上記回転ブラシ（２）と上送りローラ（３）の隙間寸法（Ｈ2 ）が上記大小に対応して大小変化するようなスライド方向（Ｅ）（Ｅ’）に上記上送りローラ（３）がスライドするスライド機構（Ｓ）を備えたことを特徴とするマット洗浄機。 An upper feed roller (3) is disposed above the lower feed roller (1) and the rotating brush (2) that are arranged close to each other and between the lower feed roller (1) and the upper feed roller (3). The mat (M) can be inserted between the rotary brush (2) and the upper feed roller (3) in order, and the gap dimension (H 1 ) between the lower feed roller (1) and the upper feed roller (3). ) Changes in size, the clearance dimension (H 2 ) between the rotating brush (2) and the upper feed roller (3) changes in the sliding direction (E) (E ′) so that the size changes corresponding to the size. A mat cleaning machine comprising a slide mechanism (S) for sliding the feed roller (3). 上記下送りローラ（１）と上記上送りローラ（３）の接点を（Ａ）とし、上記回転ブラシ（２）と上記上送りローラ（３）の接点を（Ｂ）としたときに、上記スライド機構（Ｓ）によって、上記上送りローラ（３）の回転軸心（Ｘ）が上記接点（Ａ）と上記接点（Ｂ）を結んだ線分（Ｒ）の垂直２等分線（Ｎ）上を移動するように構成した請求項１記載のマット洗浄機。   When the contact between the lower feed roller (1) and the upper feed roller (3) is (A) and the contact between the rotating brush (2) and the upper feed roller (3) is (B), the slide By the mechanism (S), the rotational axis (X) of the upper feed roller (3) is on the perpendicular bisector (N) of the line (R) connecting the contact (A) and the contact (B). The mat washing machine according to claim 1, wherein the mat washing machine is configured to move. 上記スライド機構（Ｓ）が、上送りローラ（３）を上記スライド方向（Ｅ）へ直線的にスライド自在にガイドする直線ガイド機構（Ｊ）から成り、さらに、上記上送りローラ（３）を上記下送りローラ（１）及び回転ブラシ（２）に接近するスライド方向（Ｅ’）に弾発付勢する押さえ機構（Ｋ）を、備えた請求項１又は２記載のマット洗浄機。   The slide mechanism (S) includes a linear guide mechanism (J) that guides the upper feed roller (3) in a linearly slidable manner in the slide direction (E). The mat washing machine according to claim 1 or 2, further comprising a pressing mechanism (K) for elastically energizing in a sliding direction (E ') approaching the lower feed roller (1) and the rotating brush (2).
JP2007197865A 2007-07-30 2007-07-30 Mat washing machine Active JP4567032B2 (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2012087969A (en) * 2010-10-18 2012-05-10 Corona Corp Air conditioner
CN105902251A (en) * 2016-05-09 2016-08-31 陈科 Device for cleaning summer sleeping mats and other articles

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5259958A (en) * 1975-11-10 1977-05-17 Seikoo Seisakushiyo Kk Method of and apparatus for washing sheettlike material
JPH06280119A (en) * 1993-03-23 1994-10-04 Howa Mach Ltd Lap winder and lap winding-up method
JPH0891105A (en) * 1994-09-21 1996-04-09 Mk Seiko Co Ltd Mat washing machine
JP2007015358A (en) * 2005-05-31 2007-01-25 Advanced Engineering:Kk Inking device of offset rotary press

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5259958A (en) * 1975-11-10 1977-05-17 Seikoo Seisakushiyo Kk Method of and apparatus for washing sheettlike material
JPH06280119A (en) * 1993-03-23 1994-10-04 Howa Mach Ltd Lap winder and lap winding-up method
JPH0891105A (en) * 1994-09-21 1996-04-09 Mk Seiko Co Ltd Mat washing machine
JP2007015358A (en) * 2005-05-31 2007-01-25 Advanced Engineering:Kk Inking device of offset rotary press

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2012087969A (en) * 2010-10-18 2012-05-10 Corona Corp Air conditioner
CN105902251A (en) * 2016-05-09 2016-08-31 陈科 Device for cleaning summer sleeping mats and other articles
CN105902251B (en) * 2016-05-09 2018-03-02 陈科 Clean the device of summer sleeping mat article

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