JP4368660B2 - Floor polishing pad - Google Patents

Floor polishing pad Download PDF

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JP4368660B2
JP4368660B2 JP2003378023A JP2003378023A JP4368660B2 JP 4368660 B2 JP4368660 B2 JP 4368660B2 JP 2003378023 A JP2003378023 A JP 2003378023A JP 2003378023 A JP2003378023 A JP 2003378023A JP 4368660 B2 JP4368660 B2 JP 4368660B2
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pad
floor surface
floor
polishing machine
cotton
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JP2005137635A (en
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裕三 新屋
浩之 鴨志田
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Amano Corp
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Amano Corp
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本発明は、パッドをモータで高速回転することにより、ワックスが塗布されている床面の艶出しを行うことができるように構成した床面艶出機の技術分野に属するものであって、具体的には、床面艶出機に用いて好適なパッドに関するものである。   The present invention belongs to the technical field of a floor surface polishing machine configured to polish a floor surface coated with wax by rotating a pad at a high speed with a motor. Specifically, the present invention relates to a pad suitable for use in a floor polishing machine.

床面艶出機のパッドに関しては、従来より、例えば特許文献１に見られるように、床面上に塗布された樹脂ワックスの表面を鏡面状態に修復する為のパッドであって、基布の表面に８０％の木綿紡績糸と、２０％のナイロンフィラメントを撚糸状にした糸を基布にタフティングすることにより、厚さが約１ｃｍの繊維層を設けると共に、上記基布の裏面にはフェルトからなるバッキング材を設けた、全体が円形状に切断され、且つ、中央部に穴を設けた構造の清掃用パッドが存在する。   Regarding the pad of the floor surface polishing machine, conventionally, for example, as seen in Patent Document 1, it is a pad for repairing the surface of the resin wax applied on the floor surface to a mirror state, By tufting 80% cotton spun yarn and 20% nylon filament twisted yarn on the surface of the base fabric, a fiber layer having a thickness of about 1 cm is provided. There is a cleaning pad having a structure in which a backing material made of felt is provided, the whole is cut into a circular shape, and a hole is provided in the center.

上記特許文献１に記載のパッドは、パッドの高速回転に従って、繊維層のナイロンフィラメントから摩擦熱が発生して、繊維層の木綿紡績糸が熱の逃げるのを防止するため、床面上に塗布されたワックスの温度を上昇させて軟化させることができ、その結果、ワックスの表面を鏡面状態に修復することができる利点を備えている。
特開２０００−２７１０５５号公報 The pad described in Patent Document 1 is applied on the floor surface in order to prevent friction heat from being generated from the nylon filament of the fiber layer as the pad rotates at a high speed and the cotton spun yarn of the fiber layer escapes heat. It is possible to raise the temperature of the wax that has been made soft, and as a result, it has the advantage that the surface of the wax can be restored to a mirror state.
JP 2000-271055 A

ところが、上記特許文献１に記載されているパッドは、繊維層の構成材としてナイロンフィラメントを使用しているため、パッド回転時に発生する摩擦熱が高く、艶出しを行った床面上にパッドの回転跡である三日月状の傷が残ってしまう問題があった。加えて、パッドの毛長の状態や毛の密度状態によっても、同様な三日月状の傷が床面上に残ってしまうことも判明した。   However, since the pad described in Patent Document 1 uses nylon filaments as the constituent material of the fiber layer, the frictional heat generated when the pad rotates is high, and the pad is placed on the polished floor. There was a problem that the crescent-shaped scratches that were the rotation marks remained. In addition, it was also found that similar crescent-shaped scratches remain on the floor surface depending on the state of the pad hair length and the hair density state.

そこで本発明の技術的課題は、モータでパッドを高速回転して床面の艶出しを行うに際して、床面を滑らかな鏡面状に磨くことができると共に、床面にパッドによる三日月状の回転跡を残すことが無く、また、床面をウエット感のある状態に磨くことができるように工夫した床面艶出機用パッドを提供することである。   Therefore, the technical problem of the present invention is that when polishing the floor surface by rotating the pad at high speed with a motor, the floor surface can be polished into a smooth mirror surface, and the crescent-shaped rotation trace by the pad on the floor surface It is intended to provide a pad for a floor surface polishing machine that is devised so that the floor surface can be polished in a wet state without leaving any residual.

（１） 上記の技術的課題を解決するために、本発明の請求項１に係る床面艶出機用パッドは、モータを駆動して高速回転させることにより、ワックスが塗布されている床面の艶出しを行うことができる床面艶出機用のパッドであって、基布に対して綿１００％の綿糸を基布面より１２〜１６ｍｍの長さで植毛して構成した繊維層と、基布の裏側に縫製してバッキングしたフェルト材とで構成され、且つ、上記植毛された綿糸のパッド面積当たりの重量が、０．１２〜０．１９ｇ／ｃｍ２であることを特徴としている。 (1) In order to solve the above technical problem, a floor polisher pad according to claim 1 of the present invention is a floor surface on which wax is applied by driving a motor and rotating it at high speed. A pad for a floor surface polishing machine that can polish the surface of the base fabric, and a fiber layer constituted by flocking a cotton thread of 100% cotton with a length of 12 to 16 mm from the base fabric surface; And a felt material sewn and backed on the back side of the base fabric, and the weight per pad area of the planted cotton yarn is 0.12 to 0.19 g / cm 2 . .

（２） また、本発明の請求項２に係る床面艶出機用パッドは、前記フェルト材が、レギュラーポリエステル繊維２０％と、低融点ポリエステル繊維８０％の混紡材にて構成され、且つ、ニードルパンチ処理及び溶着処理が施されていることを特徴としている。 (2) Moreover, in the pad for a floor surface polishing machine according to claim 2 of the present invention, the felt material is composed of a blended material of 20% regular polyester fiber and 80% low-melting polyester fiber, and It is characterized by being subjected to needle punching and welding.

以上述べた本発明に係る床面艶出機用パッドによれば、綿１００％の綿糸を使用したことで、床面との摩擦熱が抑えられる。毛長を所定の長さにしたことで、磨きの度合が適正になった。綿糸の重量を適正値にすることで、磨き効果と共に、三日月傷等のパッドによる回転跡が残らない。フェルトをバッキング材とすることで、床面へのクッション効果が得られる。等の優れた艶出し効果を発揮することができる。   According to the floor surface polishing machine pad according to the present invention described above, friction heat with the floor surface can be suppressed by using 100% cotton yarn. By making the hair length a predetermined length, the degree of polishing became appropriate. By setting the weight of the cotton yarn to an appropriate value, there will be no polishing marks left by the pad, such as crescent scratches, along with the polishing effect. By using felt as a backing material, a cushioning effect on the floor surface can be obtained. It can exhibit an excellent glazing effect.

また、従来のフェルト材や、化学繊維を含むパッドで床面のワックス磨きを行うと、ワックス表面が一部削りとられてしまって、その粉が床面上に残って滑りを発生させる要因になったり、或は、ワックスが削り取られた床面は細かな凹凸が形成されて摩擦抵抗が減り、滑りを発生させる原因になっていたが、本発明では綿１００％のパッドを用いて床面の艶出しを行うことで、ワックス面を削り取ることがなく、従って、滑りの要因と見られるワックスの粉を床面に散りばめられることなく仕上げることができると共に、表面の凹凸も少いから、床面の仕上がり面がしっとりとした仕上がり、つまり吸盤の持つ吸着される感覚をもった、いわゆるスリップ度合が少い床面に仕上げることができる利点を発揮することができる。これと同時に、ワックスの消耗量が少い事にもなるので、床面の艶出しを経済的に行うことができる利点も発揮することができる。   Also, if the floor surface is polished with a conventional felt material or a pad containing chemical fibers, the wax surface is partly scraped off, causing the powder to remain on the floor surface and cause slippage. The floor surface from which the wax has been scraped is formed with fine irregularities, which reduces frictional resistance and causes slippage. In the present invention, the floor surface is made of 100% cotton pad. By polishing the wax surface, the wax surface is not scraped off, so the wax powder, which is considered to be the cause of slipping, can be finished without being scattered on the floor surface, and the surface irregularities are also small. The finish of the surface is moist, that is, it has the feeling of being sucked by the suction cup, and the advantage of being able to finish the floor surface with a low so-called slip degree can be exhibited. At the same time, since the amount of consumption of the wax is small, the advantage that the polishing of the floor surface can be performed economically can be exhibited.

更に本発明で用いるバッキング材によれば、ニードルパンチで繊維を交錯させて絡ませ、且つ、溶着させて丈夫な繊維層を形成するから、パッドを剥離可能な接着テープ（商品名：マジックテープ）を介してパッド台に取付ける際に、しっかりとパッド台に固定ができると共に、耐久性を維持することができ、また、一般的に使用されるプラスチック性のバッキングプレート等を使用しないから、重量が軽く、且つ、回転時のアンバランスの発生が少い特徴も備えるものであって、床面艶出機用のパッドとして、まことに画期的なものである。   Further, according to the backing material used in the present invention, fibers are interlaced with a needle punch and entangled and welded to form a strong fiber layer. When attaching to the pad base, it can be firmly fixed to the pad base and the durability can be maintained, and since a commonly used plastic backing plate is not used, the weight is light. In addition, it also has a feature that the occurrence of unbalance during rotation is small, and it is a truly innovative pad for a floor surface polishing machine.

以下に、上述した本発明に係る床面艶出機用パッドの最良の形態を図面と共に説明すると、図１と図２は本発明のパッドを用いる床面艶出機の一例を示した側面図と、その要部を示した拡大断面図で、これ等の図面に於いて、１は艶出機で、２は艶出機１の前部底面側に取付けたパッドカバー、３はこのパッドカバー２の内部に回転自在に取付けた本発明に係るパッドであって、艶出機１の外ケース１ａ内に取付けたモータ４の回転軸４ａに取付けた駆動プーリ４ｂと、上記パッド３の回転軸３ａに取付けた連動プーリ３ｂの間に駆動ベルト４Ｖが掛渡されていて、モータ４が回転するとパッド３が駆動ベルト４Ｖによって連動して高速回転される仕組に成っている。   The best mode of the above-described floor polishing machine pad according to the present invention will be described below with reference to the drawings. FIGS. 1 and 2 are side views showing an example of the floor polishing machine using the pad of the present invention. In these drawings, 1 is a polishing machine, 2 is a pad cover attached to the front bottom side of the polishing machine 1, and 3 is this pad cover. 2, a pad according to the present invention that is rotatably mounted inside 2, a drive pulley 4 b that is mounted on a rotating shaft 4 a of a motor 4 that is mounted in an outer case 1 a of the polishing machine 1, and a rotating shaft of the pad 3. A drive belt 4V is stretched between interlocking pulleys 3b attached to 3a. When the motor 4 rotates, the pad 3 is rotated at a high speed in conjunction with the drive belt 4V.

また、２ａはパッドカバー２の下端口に取付けたスカート、３Ｘは回転軸３ａにパッド３を固定するブラケット、３Ｔはこのブラケット３Ｘの底面に本発明に係るパッド３を剥離自在に接着する接着テープ（商品名：マジックテープ）、５は艶出機１の後方部に取付けた車軸、６はこの車軸５に取付けた走行用車輪、７は同じく艶出機１の後部に脚杆７ａを取付けて立設した操作ハンドル、８は操作ハンドル７の上端に取付けた操作ボックスで、８ａ，８ａと８ｂ，８ｂは操作ボックス８の左右に取付けたハンドルレバーと、操作レバーを示し、更に、１１は艶出機１の後部に架設した車軸１１ａに取付けた補助輪を示す。   Further, 2a is a skirt attached to the lower end of the pad cover 2, 3X is a bracket for fixing the pad 3 to the rotating shaft 3a, and 3T is an adhesive tape for releasably bonding the pad 3 according to the present invention to the bottom surface of the bracket 3X. (Product name: Velcro) 5 is an axle attached to the rear part of the polishing machine 1, 6 is a traveling wheel attached to the axle 5, and 7 is a leg rod 7 a attached to the rear part of the polishing machine 1. 8 is an operation box attached to the upper end of the operation handle 7, 8a, 8a, 8b and 8b are handle levers and operation levers attached to the left and right of the operation box 8, and 11 is gloss The auxiliary wheel attached to the axle shaft 11a constructed in the rear part of the machine 1 is shown.

更に図中、９はその取入口９ｂを上述したパッドカバー２の後部に開口して接続したダクトで、外ケース１ａの後部に向けて水平に設けられたこのダクト９の先端部９ａは上向きに屈曲されていて、この先端部９ａにダスト捕集用のフイルターバッグ１０が上向きに、而も、脱着自在に取付けられている。   Further, in the figure, reference numeral 9 denotes a duct in which the intake port 9b is opened and connected to the rear part of the pad cover 2 described above, and the front end part 9a of the duct 9 provided horizontally toward the rear part of the outer case 1a is directed upward. The filter bag 10 for collecting dust is upwardly attached to the distal end portion 9a and is detachably attached.

上記のフイルターバッグ１０は上端辺に吊環を介してナスカン１０Ｔが取付けられていて、このナスカン１０Ｔを外ケース１ａの後部上面に取付けた支持材１Ｔに引掛けると、ダクト９の先端部９ａに接続したフイルターバッグ１０の全体を図示の如く上向きに立った状態に吊下げることができるように構成されている。   The filter bag 10 has an eggplant 10T attached to the upper end of the filter bag 10 via a hanging ring. When the eggplant 10T is hooked on the support material 1T attached to the rear upper surface of the outer case 1a, it is connected to the tip 9a of the duct 9. The entire filter bag 10 can be suspended so as to stand upward as shown in the figure.

次に、１０Ｍはフイルターバッグ１０の内底部側に設けた中仕切り筒であって、全体をナイロン地のような可撓性の布地を用いて上端開口のチューブ状に形成したこの中仕切り筒１０Ｍの上端口１０Ｍｂは、フイルターバッグ１０の内部に上向きに開口され、また、その下端口１０Ｍａはフイルターバッグ１０の下端部より底面側に突出し、且つ、その内側にゴム製の接続管を嵌着することによって、ダクト９の先端部９ａに対して脱着自在な接続口を構成し、更に、このフイルターバッグ１０の背面中央部分には内部に捕集したダストを外部に廃棄する場合に開くファスナが設けられている。   Next, 10M is a partition cylinder provided on the inner bottom side of the filter bag 10, and this partition cylinder 10M is formed in a tube shape with an upper end opening using a flexible cloth such as nylon. The upper end opening 10Mb is opened upward in the filter bag 10, and the lower end opening 10Ma protrudes from the lower end of the filter bag 10 to the bottom surface side, and a rubber connection pipe is fitted inside the lower end opening 10Ma. Thus, a connecting port that can be freely attached to and detached from the front end portion 9a of the duct 9 is formed, and a fastener that opens when the dust collected inside is disposed outside is provided at the center of the back surface of the filter bag 10. It has been.

本発明で使用する床面艶出機は以上述べた如き構成であるから、図面に示すようにフイルターバッグ１０をダクト９の先端部９ａに上向きに接続し、且つ、上辺のナスカン１０Ｔを外ケース１ａの支持材１Ｔに引掛けた状態にして艶出し運転を行うと、モータ４によって高速回転されるパッド３が床面を磨いて艶出し（バッフイング）を行う一方、この艶出しによって生じた各種ダストを、パッド３の回転による旋回気流に乗せてパッドカバー２内よりダクト９及び、可撓性の中仕切り筒１０Ｍを通してフイルターバッグ１０内に送り込んで集塵することができる仕組に成っている。   Since the floor polishing machine used in the present invention is configured as described above, as shown in the drawing, the filter bag 10 is connected upward to the front end portion 9a of the duct 9, and the upper side NAS 10T is connected to the outer case. When the glazing operation is performed while being hooked on the support material 1T of 1a, the pad 3 rotated at high speed by the motor 4 polishes the floor surface and glazes (buffing). The dust can be put on a swirling airflow generated by the rotation of the pad 3 and sent from the pad cover 2 through the duct 9 and the flexible partition cylinder 10M into the filter bag 10 to collect the dust.

図３は上記本発明に係るパッド３の一例を示した平面図、図４はその拡大断面図であって、これ等の図面（特に図４）において、符号３ＶＴで全体的に示したのは、ポリエステル繊維で造った基布３Ｖに対して、綿１００％の綿糸３Ｗ…を基布３Ｖの表面より１２〜１６ｍｍの長さで植毛及びカットして構成した繊維層で、図４においてＬはこの繊維層３ＶＴの厚み（１２〜１６ｍｍ）を示す。   FIG. 3 is a plan view showing an example of the pad 3 according to the present invention, and FIG. 4 is an enlarged cross-sectional view thereof. In these drawings (particularly FIG. 4), the reference numeral 3VT represents the whole. 4 is a fiber layer constructed by flocking and cutting 100% cotton yarn 3W ... with a length of 12 to 16 mm from the surface of the base fabric 3V to the base fabric 3V made of polyester fiber. In FIG. The thickness (12-16 mm) of this fiber layer 3VT is shown.

更に上記植毛される綿糸３Ｗの構成を具体的に説明すると、太さ１０番の綿糸３Ｗを５本撚ったものを、１孔当たり３本纏めてパッド３の全面、即ち、基布３Ｖの全面に植毛するものであって、パッド３の全体としては、単位面積当たりの綿糸重量が０．１２〜０．１９ｇ／ｃｍ２となるように綿糸３Ｗを植毛すように構成されている。 Further, the structure of the cotton yarn 3W to be planted will be described in detail. Three twisted cotton yarns 3W having a thickness of 10 are twisted together into three per hole, that is, the entire surface of the pad 3, that is, the base fabric 3V. The entire pad 3 is configured so that the cotton thread 3W is implanted so that the weight of the cotton thread per unit area is 0.12 to 0.19 g / cm 2 .

上記単位面積当たりの綿糸重量は、実験において、綿パッド面積／１４２８ｃｍ２のパッド３に対して上記の毛長１２〜１６ｍｍの綿糸３Ｗを植毛し、その重量を１７０〜２７０ｇにしたものであり、実験において、１７０ｇ未満の場合は、パッド跡である三日月状の傷が付きやすいことが判明した。単位当たりの綿糸重量を少くすると、単位面積当たりの接触圧力が上昇し、傷を発生するものと考えられる。尚、パッド３をできるだけ少い電流で回転させたり停止するために、パッド３の全体重量はできるだけ少いことが好ましく、単位面積当たりの重量の上限を実用限界である２７０ｇとした。パッドの外周端、内周端には、後述するように綿テープを取付けてバッキング用のフェルトの解れを保護している。 The weight of the cotton yarn per unit area is obtained by planting the cotton yarn 3W having a hair length of 12 to 16 mm to the pad 3 having a cotton pad area / 1428 cm 2 in the experiment, and setting the weight to 170 to 270 g. In the experiment, it was found that when the weight is less than 170 g, a crescent-shaped scratch that is a pad mark is easily attached. When the weight of the cotton yarn per unit is decreased, the contact pressure per unit area is increased, and it is considered that the flaw is generated. In order to rotate or stop the pad 3 with as little current as possible, the total weight of the pad 3 is preferably as small as possible, and the upper limit of the weight per unit area is set to 270 g which is a practical limit. A cotton tape is attached to the outer peripheral end and inner peripheral end of the pad, as will be described later, to protect the backing felt from unwinding.

基布３Ｖの裏面には、基布３Ｖを補強する為、ポリエステル製のフェルト材３Ｒ（１２ｍｍ）を基布３Ｖと共にミシンで縫い合わせ３Ｅ…して一体に構成する。ポリエステル製のフェルト材３Ｒは、例えば、目付量８５０ｇ／ｍ２であり、レギュラーポリエステル繊維（６デニール、長さ５１ｍｍ繊維）２０％と、低融点ポリエステル繊維（１５デニール、長さ７６ｍｍ繊維）８０％とで混紡され、ニードルパンチ処理で繊維を互いに絡ませ、且つ、熱溶着処理により低融点ポリエステル繊維を溶着して互いに絡ませ、繊維同士をしっかりと繋ぎ、丈夫な繊維とするものである。そして、この様に構成されたフェルト材３Ｒの面を前記接着テープ３Ｔを用いてブラケット３Ｘの底面側に接着することによって、パッド３がブラケット３Ｘ側に剥離自在に接着される仕組に成っている。 In order to reinforce the base fabric 3V, a polyester felt material 3R (12 mm) is sewn together with the base fabric 3V by a sewing machine 3E. The polyester felt material 3R has, for example, a basis weight of 850 g / m 2 , 20% regular polyester fiber (6 denier, 51 mm long fiber), and 80% low melting point polyester fiber (15 denier, 76 mm long fiber). And the fibers are entangled with each other by a needle punching process, and the low melting point polyester fibers are welded and entangled with each other by a heat welding process to firmly connect the fibers to form a strong fiber. Then, the surface of the felt material 3R configured as described above is adhered to the bottom surface side of the bracket 3X using the adhesive tape 3T, so that the pad 3 is detachably adhered to the bracket 3X side. .

尚、図３と図４において、３Ｚは上記回転軸３ａに取付けるためにパッド３の中心部に設けた取付穴で、３Ｓ…は上記フェルト材３Ｒの外周部と、この取付穴３Ｚを設けた内周部とを保護してフエルトの解れを防止するために、これ等外周部と内周部を包むように取付けた綿テープを示す。また、図４においてＨは上記フェルト材３Ｒの厚み（１２ｍｍ）を示す。   3 and 4, 3Z is a mounting hole provided in the center of the pad 3 for mounting on the rotating shaft 3a, 3S... Is provided with the outer peripheral portion of the felt material 3R and the mounting hole 3Z. In order to protect the inner peripheral portion and prevent the felt from unraveling, a cotton tape attached so as to wrap the outer peripheral portion and the inner peripheral portion is shown. In FIG. 4, H indicates the thickness (12 mm) of the felt material 3R.

図５は、本発明に係る綿１００％のパッド３と、従来の公知のパッドとの性能の比較を表わしたものである。図５において、本発明に係るパッド３は、磨き上昇値において従来のパッドである綿８０％／化繊２０％構成のパッドや、不織布パッドと比較して、勝る程の性能は無いが、パッドの回転跡である三日月状の傷の発生状態、ワックスの削れ量、並びに床面のスリップにおいて好ましい結果が得られている。これ等の結果から、綿１００％のパッド３が、床面に対して極めてソフトなタッチで接触し、結果的にワックスの削り量が少く、つまり、傷の少い滑らかな床面で、且つ、スリップの少い床面を形成する効果があることが明らかになった。   FIG. 5 shows a comparison of performance between the 100% cotton pad 3 according to the present invention and a conventional known pad. In FIG. 5, the pad 3 according to the present invention does not have a superior performance compared to a pad of 80% cotton / 20% synthetic fiber, which is a conventional pad, and a non-woven pad, in terms of polished increase value. Favorable results are obtained in the state of occurrence of crescent-shaped scratches, which are rotation marks, the amount of wax shaving, and the floor slip. From these results, the pad 3 made of 100% cotton comes into contact with the floor surface with a very soft touch. As a result, the amount of wax shaving is small, that is, the floor surface is smooth with few scratches, and As a result, it became clear that there was an effect of forming a floor surface with less slip.

図６は、本発明に係る綿１００％のパッド３において、その毛長が床面の磨きに与える影響を表わしたものであって、毛長１６ｍｍを越える場合は、パッドの回転跡（三日月傷）は残らないものの、磨き上昇値が充分でなく、毛長が１２ｍｍに見たない場合は、パッドの磨き上昇値は十分なれど、パッドの回転跡（三日月跡）が残る。毛長が１６〜１２ｍｍの範囲では、磨き上昇値が良く、並びにパッドの回転跡（三日月跡）が残らないといった結果になった。   FIG. 6 shows the effect of the hair length on the floor polishing in the pad 3 of 100% cotton according to the present invention. When the hair length exceeds 16 mm, the pad rotation mark (crescent wound) ) Does not remain, but if the brushing value is not sufficient and the hair length is not seen at 12 mm, the pad polishing mark is sufficient, but the pad rotation mark (crescent mark) remains. When the hair length was in the range of 16 to 12 mm, the polished increase value was good, and the result was that no pad rotation trace (a crescent moon trace) remained.

上述した磨き上昇値の実験条件は、以下の通りである。
１．測定試料
Ｐタイル：ホモジニアスビニル床タイル
ＷＡＸ：フロアーコーティング３０
（イ） ＰタイルにＷＡＸを５層塗りする。（ＷＡＸ塗布→３０分乾燥→ＷＡＸ塗布を５回繰返す）
（ロ） １回のＷＡＸ塗布量は１ｍｇ（５層で５ｍｇ／１枚）
（ハ） ２４時間乾燥させた後バフィング試験機でＰタイルを粗し光沢を測定する。（粗し光沢値は５０％±３％とする）
２．光沢測定点
光沢計：ハンディ光沢計 グロスチェッカ ＩＧ−３２０
測定治具：アマノ専用測定治具
（イ） 測定治具を用いてＰタイル１枚当り１６ポイントを測定し平均を取る。
（ロ） 実機を１．６Ｋｍ／ｈの移動速度でバフィングさせる。
（ハ） １パスさせた時のＰタイルの光沢値を左右１６ポイント系３２ポイント測定し平均を取る。 The above-described experimental conditions for the polishing increase value are as follows.
1. Measurement sample P tile: Homogeneous vinyl floor tile WAX: Floor coating 30
(B) Apply five layers of WAX to the P tile. (WAX application → 30 minutes drying → WAX application is repeated 5 times)
(B) The amount of WAX applied at a time is 1 mg (5 mg / sheet for 5 layers)
(C) After drying for 24 hours, the P tile is roughened with a buffing tester and the gloss is measured. (The rough gloss value is 50% ± 3%)
2. Gloss measurement point Gloss meter: Handy gloss meter Gloss Checker IG-320
Measuring jig: Amano dedicated measuring jig (A) Using a measuring jig, measure 16 points per P tile and take the average.
(B) Buff the actual machine at a moving speed of 1.6 km / h.
(C) The gloss value of the P tile at the time of one pass is measured and averaged by measuring 32 points on the left and right 16 points.

本発明に係るパッドを取付けた床面艶出機の一例を示した側面図。The side view which showed an example of the floor surface polishing machine which attached the pad which concerns on this invention. 図１に示した床面艶出機の要部を拡大して示した側断面図。The sectional side view which expanded and showed the principal part of the floor surface polishing machine shown in FIG. 本発明に係るパッドの平面図。The top view of the pad which concerns on this invention. 本発明に係るパッドの断面図。Sectional drawing of the pad which concerns on this invention. 本発明に係るパッドと従来のパッドの性能を比較して表にした図。The figure which compared and showed the performance of the pad which concerns on this invention, and the conventional pad. 本発明に係るパッドの毛長の違いによる性能の差を比較して表にした図。The figure which compared and showed the difference of the performance by the difference in the hair length of the pad which concerns on this invention.

符号の説明Explanation of symbols

１ 床面艶出機
３ パッド
３Ｖ 基布
３Ｗ 綿糸
３ＶＴ 繊維層
３Ｒ フェルト材
３Ｔ 接着テープ
３Ｘ ブラケット
４ モータ DESCRIPTION OF SYMBOLS 1 Floor surface polishing machine 3 Pad 3V Base cloth 3W Cotton thread 3VT Fiber layer 3R Felt material 3T Adhesive tape 3X Bracket 4 Motor

Claims (2)

モータを駆動して高速回転させることにより、ワックスが塗布されている床面の艶出しを行うことができる床面艶出機用のパッドであって、
基布に対して綿１００％の綿糸を基布面より１２〜１６ｍｍの長さで植毛して構成した繊維層と、基布の裏側に縫製してバッキングしたフェルト材とで構成され、且つ、上記植毛された綿糸のパッド面積当たりの重量が、０．１２〜０．１９ｇ／ｃｍ２であることを特徴とする床面艶出機用パッド。 It is a pad for a floor polishing machine that can polish a floor coated with wax by driving a motor to rotate at high speed,
It is composed of a fiber layer constituted by flocking cotton thread of 100% cotton with respect to the base fabric at a length of 12 to 16 mm from the base fabric surface, and a felt material sewn and backed on the back side of the base fabric, and A pad for a floor surface polishing machine, wherein the weight of padded cotton yarn per pad area is 0.12 to 0.19 g / cm 2 . 前記フェルト材が、レギュラーポリエステル繊維２０％と、低融点ポリエステル繊維８０％の混紡材にて構成され、且つ、ニードルパンチ処理及び溶着処理が施されていることを特徴とする請求項１に記載の床面艶出機用パッド。 2. The felt material according to claim 1, wherein the felt material is composed of a blended material of 20% regular polyester fibers and 80% low-melting polyester fibers, and subjected to needle punching and welding. Pad for floor surface polishing machine.
JP2003378023A 2003-11-07 2003-11-07 Floor polishing pad Expired - Fee Related JP4368660B2 (en)

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JP4368660B2 true JP4368660B2 (en) 2009-11-18

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US9907449B2 (en) 2015-03-16 2018-03-06 Irobot Corporation Autonomous floor cleaning with a removable pad
JP6633474B2 (en) * 2015-08-17 2020-01-22 アイロボット・コーポレーション Autonomous floor cleaning using removable pads

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