JP3149578U - Acrylic polishing machine - Google Patents

Acrylic polishing machine Download PDF

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JP3149578U
JP3149578U JP2009000239U JP2009000239U JP3149578U JP 3149578 U JP3149578 U JP 3149578U JP 2009000239 U JP2009000239 U JP 2009000239U JP 2009000239 U JP2009000239 U JP 2009000239U JP 3149578 U JP3149578 U JP 3149578U
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acrylic
baffle plate
side plates
polishing machine
cutting
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俊▲慧▼ 江
俊▲慧▼ 江
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江俊慧
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Abstract

【課題】アクリル加工部品を載置する際の精度を効果的に向上させることが出来ると共に、直接サイズの大きめなアクリル加工部品に研磨加工を行うことができ、余計な切断加工を行う必要が無いアクリル研磨機を提供する。【解決手段】バッフルプレート４１は駆動装置３２によって駆動されて、載置面１３に対向して上下移動を行って下向きに載置面の傍まで移動すると、バッフルプレート４１と載置面１３との間に加工間隔が形成される。こうして、バッフルプレート４１を台座の傍まで下降させると、オペレーターはアクリル加工部品をバッフルプレート方向に向けてプッシュするだけで、速やかにアクリル加工部品に必要な加工間隔が取れ、且つ台座の側板１２の切欠１５によって載置面周辺に開放スペースを構成することで、アクリル加工部品の長さが制限されないようにする。【選択図】図1[PROBLEMS] To effectively improve the accuracy when placing acrylic processed parts, and to directly polish large-sized acrylic processed parts without the need for extra cutting. An acrylic polishing machine is provided. When a baffle plate 41 is driven by a driving device 32 and moves up and down to face the placement surface 13 and moves downward to the side of the placement surface, the baffle plate 41 and the placement surface 13 are moved. A processing interval is formed between them. Thus, when the baffle plate 41 is lowered to the side of the pedestal, the operator can quickly push the acrylic processed part toward the baffle plate to quickly obtain the processing interval required for the acrylic processed part, and the side plate 12 of the pedestal 12 By forming an open space around the placement surface by the notch 15, the length of the acrylic processed part is not limited. [Selection] Figure 1

Description

本考案はアクリル研磨機に関し、特にアクリル加工部品に研磨加工を行うことができ、余計な切断加工を行う必要が無く、大き目のアクリル加工部品が加工できて、行程別加工を採用した場合でも、極めて高い表面歩留り率のニーズに応えられるものに関する。   The present invention relates to an acrylic polishing machine, in particular, it is possible to perform polishing processing on acrylic processed parts, it is not necessary to perform extra cutting processing, even when large acrylic processed parts can be processed, and processing by stroke is adopted, It relates to the one that can meet the needs of extremely high surface yield.

図９に示すように、従来のアクリル研磨機は台座１を具備し、台座１上にはアクリル加工部品２を載置して、台座１の一側には台座１の縁端に沿って移動可能な研磨切削具３を設け、こうして研磨切削具３は台座１上に載置したアクリル加工部品２の表面に研磨加工を施すことができる。   As shown in FIG. 9, the conventional acrylic polishing machine includes a pedestal 1, an acrylic processed part 2 is placed on the pedestal 1, and moves along the edge of the pedestal 1 on one side of the pedestal 1. A possible polishing cutting tool 3 is provided, and thus the polishing cutting tool 3 can polish the surface of the acrylic processed part 2 placed on the base 1.

然しながら、従来のアクリル研磨機は研磨加工を行う前に、まず手動で前記アクリル加工部品２の前記台座１上での位置を調整して、前記アクリル加工部品２の加工しようとする面４を前記台座１の端面から若干突出させ、続いて目測で前記アクリル加工部品２と前記切削具３の間の距離を計測することによって、前記切削具３の前記アクリル加工部品２に対する切削深度を決定する。然しながら、上記の目測で前記アクリル加工部品２と前記切削具３の間の距離を計測する方法は、時間が掛って作業効率が低下するだけでなく、目測で計測した距離又は水平度の誤差も大きくなる。   However, the conventional acrylic polishing machine first manually adjusts the position of the acrylic processed component 2 on the pedestal 1 before polishing, so that the surface 4 to be processed of the acrylic processed component 2 is formed on the surface 4. The cutting depth of the cutting tool 3 with respect to the acrylic processing component 2 is determined by slightly projecting from the end face of the base 1 and then measuring the distance between the acrylic processing component 2 and the cutting tool 3 by visual measurement. However, the method of measuring the distance between the acrylic machined part 2 and the cutting tool 3 by the above-described visual measurement not only takes time and decreases the work efficiency, but also causes an error in the distance or horizontality measured by the visual measurement. growing.

従来のアクリル研磨機の台座１の両側はそれぞれ上向きに支持プレート５を延伸させると共に、前記２枚の支持プレート５上に載置用部材６を架設して、前記載置用部材６上に複数のプレス部材７を取付けて、前記台座１上にあるアクリル加工部品２にプレス動作を行う。然しながら、前記台座１の両側の支持プレート５を設置してアクリル加工部品２の長さを制限すると、つまり前記アクリル加工部品２の長さが前記２枚の支持プレート５の間隔より長い場合、先ずアクリル加工部品２に切断加工を施してアクリル加工部品２の長さを前記２枚の支持プレート５の間隔より短くしないと、アクリル加工部品２を前記台座１上にスムースに載置して研磨作業を行うことができない。このため従来のアクリル研磨機は直接大きめなアクリル加工部品２に研磨加工を行うことができず、且つ余分な裁断加工を行うと作業効率が著しく低下するのみならず、コストをも大幅に押し上げてしまい、経済効率に見合わなくなる。   The both sides of the pedestal 1 of the conventional acrylic polishing machine extend the support plate 5 upward, and the mounting member 6 is constructed on the two support plates 5, and a plurality of the mounting members 6 are provided on the mounting member 6. The press member 7 is attached, and the acrylic processed component 2 on the pedestal 1 is pressed. However, when the support plates 5 on both sides of the pedestal 1 are installed to limit the length of the acrylic processed component 2, that is, when the length of the acrylic processed component 2 is longer than the interval between the two support plates 5, first, If the acrylic processed component 2 is cut and the length of the acrylic processed component 2 is not shorter than the distance between the two support plates 5, the acrylic processed component 2 is smoothly placed on the base 1 and polished. Can not do. For this reason, the conventional acrylic polishing machine cannot directly polish the large acrylic processed part 2, and if excessive cutting is performed, not only the work efficiency is remarkably lowered, but also the cost is greatly increased. As a result, economic efficiency is not met.

本考案の目的の一つ目は、アクリル加工部品を載置する際の精度を効果的に向上させることが出来ると共に、直接サイズの大きめなアクリル加工部品に研磨加工を行うことができ、余計な切断加工を行う必要が無いアクリル研磨機を提供することにある。   The first purpose of the present invention is to effectively improve the accuracy when placing acrylic processed parts, and can directly polish larger acrylic processed parts, which is unnecessary. The object is to provide an acrylic polishing machine that does not require cutting.

本考案の目的の二つ目は、大き目のアクリル加工部品を加工するのに、工程別加工を採用した場合でも、極めて高い表面歩留り率のニーズに応えられるアクリル研磨機を提供することにある。   The second object of the present invention is to provide an acrylic polishing machine that can meet the needs of an extremely high surface yield even when a process by process is adopted to process a large acrylic processed part.

前記の目的を達成するために、本考案に係るアクリル研磨機は、対向して設置した２枚の側板を有する台座であって、前記２枚の側板の間にはアクリル加工部品を載置できる載置面があり、前記２枚の側板が対向する端面上には各々レール溝が有り、前記２枚の側板はそれぞれ切欠を開設し、前記２枚の側板の切欠も対向状に設置して、前記載置面の両側に開放スペースを構成するものと、前記台座の載置面の傍に設けた切削具セットであって、前記切削具セットは前記載置面の縁端に沿って、切削起点と切削終点の間で切削工程を行えるものと、前記載置面の上に設けた載置用部材であって、前記載置用部材の一側には複数の空気圧シリンダーを設けて、それぞれプレス部材を下向きに前記載置面上にプレスすることができるものと、両側が各々ガイドレールを形成するバッフルプレートであって、前記バッフルプレートはそのガイドレールを前記２枚の側板のレール溝内に対応させて嵌設して駆動装置によって駆動されて、前記レール溝に沿って前記載置面に対向して上下移動を行い、さらに下向きに前記載置面の傍まで移動すると、前記載置面の端面に向かってストッパー面を構成し、且つ前記バッフルプレートと前記載置面の間に予め設定した加工間隔が形成されるものとからなる。   In order to achieve the above-mentioned object, an acrylic polishing machine according to the present invention is a pedestal having two side plates placed opposite to each other, on which an acrylic processed part can be placed between the two side plates. There is a mounting surface, each of which has a rail groove on the end face where the two side plates face each other, each of the two side plates opens a notch, and each of the two side plates has a notch arranged in an opposing manner, An open space on both sides of the mounting surface, and a cutting tool set provided near the mounting surface of the pedestal, the cutting tool set being cut along the edge of the mounting surface What can perform the cutting process between the starting point and the end point of cutting, and a mounting member provided on the mounting surface, a plurality of pneumatic cylinders are provided on one side of the mounting member, The press member can be pressed downward on the mounting surface, and both sides Baffle plates each forming a guide rail, the baffle plate being fitted with the guide rails fitted in the rail grooves of the two side plates and driven by a driving device, along the rail grooves When moving up and down facing the mounting surface and moving further down to the side of the mounting surface, a stopper surface is formed toward the end surface of the mounting surface, and the baffle plate and the mounting surface described above A preset machining interval is formed between the two.

本考案に係る上記及びその他の目的や長所については、下記の選択実施例での詳細説明と添付図面から深く理解することができる。   The above and other objects and advantages of the present invention can be more fully understood from the detailed description of the following preferred embodiments and the accompanying drawings.

本考案の斜視概略図である。1 is a schematic perspective view of the present invention. 本考案の使用状態の概略図で、バッフルプレートが下降する際の状態を示している。It is the schematic of the use condition of this invention, and the state at the time of a baffle plate falling is shown. 本考案の使用状態の概略図で、バッフルプレートが上昇し且つプレス部材が下降する際の状態を示している。It is the schematic of the use condition of this invention, and has shown the state at the time of a baffle plate raising and a press member falling. 本考案の使用状態の概略図で、大き目のアクリル加工部品が台座上に載置された時の状態を示している。It is the schematic of the use condition of this invention, and has shown the state when a large acryl processing component is mounted on the base. 本考案の使用状態の概略図で、アクリル加工部品の載置位置を調整する際の状態を示している。It is the schematic of the use condition of this invention, and has shown the state at the time of adjusting the mounting position of acrylic process components. 本考案の使用状態の概略図で、バッフルプレートが上昇した後、切削具が切削起点から切削終点に沿って第１工程の切削加工を行う時の状態を示している。It is the schematic of the use condition of this invention, and after the baffle plate raises, the state when the cutting tool performs the cutting process of the 1st process along the cutting end point from the cutting start point is shown. 本考案の使用状態の概略図で、アクリル加工部品をストッパー面の凸部に当接させて、予め残しておいた加工用のあそびを形成する時の状態を示している。FIG. 2 is a schematic view of a usage state of the present invention, showing a state when an acrylic processed component is brought into contact with a convex portion of a stopper surface to form a play for processing left in advance. 本考案の局部状態の概略図で、切削具が２度目の切削加工を行い刃が進入する際の状態を示している。It is the schematic of the local state of this invention, and has shown the state at the time of a blade approaching, when a cutting tool performs the 2nd cutting process. 従来のアクリル研磨機の斜視概略図である。It is a perspective schematic diagram of the conventional acrylic polisher.

先ず、図１乃至図３では、本考案で提供する加工用のあそびを予め残すことができるアクリル研磨機を示しており、主として台座１１、切削具セット２１、載置用部材３１及びバッフルプレート４１から構成されている。   First, FIG. 1 to FIG. 3 show an acrylic polishing machine that can leave a processing play provided in the present invention in advance, and mainly includes a pedestal 11, a cutting tool set 21, a mounting member 31, and a baffle plate 41. It is composed of

前記台座１１は対向して設置した２枚の側板１２を有し、前記２枚の側板１２の間にはアクリル加工部品１０を載置できる載置面１３があり、前記２枚の側板１２は各々レール溝１４と切欠１５を具備し、前記２枚の側板１２のレール溝１４と切欠１５は２つずつ対向して設置し、前記２枚の側板１２の切欠１５の設置によって、前記載置面１３の両側に開放スペース１６を構成すると共に、そのうちの１枚の側板１２上に制御パネル１７を設ける。   The pedestal 11 has two side plates 12 installed facing each other, and there is a mounting surface 13 on which the acrylic processed component 10 can be placed between the two side plates 12, and the two side plates 12 are Each of the two side plates 12 has a rail groove 14 and a notch 15, the rail grooves 14 and the notches 15 of the two side plates 12 are installed to face each other. Open spaces 16 are formed on both sides of the surface 13, and a control panel 17 is provided on one of the side plates 12.

前記切削具セット２１は横向き軌道２２と切削具２３を具備し、前記横向き軌道２２は前記台座１１の載置面１３の前側に設け、且つ前記切削具２３は前記横向き軌道２２上に設け、前記切削具２３を前記横向き軌道２２に沿って前記載置面１３の縁端に向けて水平移動させて、切削起点２４と切削終点２５間で切削工程を行うことができる（図６を示すように）。   The cutting tool set 21 includes a lateral track 22 and a cutting tool 23, the lateral track 22 is provided on the front side of the mounting surface 13 of the base 11, and the cutting tool 23 is provided on the lateral track 22, A cutting process can be performed between the cutting start point 24 and the cutting end point 25 by horizontally moving the cutting tool 23 along the lateral track 22 toward the edge of the mounting surface 13 (as shown in FIG. 6). ).

前記載置用部材３１は前記載置面１３の上に設けると共に、前記２枚の側板１２の間に位置し、且つ前記載置用部材３１上に駆動装置３２（本実施例では空気圧シリンダー構造）を設け、また前記載置用部材３１の一側に別途複数の空気圧シリンダー３３を設け、前記空気圧シリンダー３３は各々プレス部材３３１に連接して、前記載置面１３上のアクリル加工部品１０にプレス位置決め動作を行うことができる。   The mounting member 31 is provided on the mounting surface 13 and is positioned between the two side plates 12, and the driving device 32 (pneumatic cylinder structure in this embodiment) is mounted on the mounting member 31. In addition, a plurality of pneumatic cylinders 33 are separately provided on one side of the mounting member 31, and the pneumatic cylinders 33 are connected to the press members 331, respectively, on the acrylic processed component 10 on the mounting surface 13. A press positioning operation can be performed.

前記バッフルプレート４１は前記２枚の側板１２上の載置用部材３１に設け概ね」コ形をしており、その両側は各々ガイドレール４２を形成する。また前記バッフルプレート４１は前記アクリル加工部品１０方向の端面にストッパー面４３を形成し、その両側のガイドレール４２をそれぞれ前記２枚の側板１２のレール溝１４内に嵌設して前記駆動装置３２と接続して前記駆動装置３２に駆動され、前記２枚の側板１２のレール溝１４に沿って前記台座１１の載置面１３に対向して上下移動を行う。そして前記バッフルプレート４１は下向きに前記載置面１３の傍まで移動すると、前記バッフルプレート４１のストッパー面４３と前記台座１１の載置面１３の間に予め設けた加工間隔４４を形成すると共に、前記ストッパー面４３が前記切削具セット２１の切削起点２４に接近した箇所に凸部４５を形成する。本実施例では、前記バッフルプレート４１のストッパー面４３上に嵌め溝４５１を開設して、前記嵌め溝４５１内には凸起ブロック４５２を螺設すると共に、前記凸起ブロック４５２を前記ストッパー面４３から若干突出させて前記凸部４５を構成する。   The baffle plate 41 is provided on the mounting member 31 on the two side plates 12 and has a generally U shape, and both sides thereof form guide rails 42. Further, the baffle plate 41 has a stopper surface 43 formed on an end surface thereof in the direction of the acrylic processed component 10, and guide rails 42 on both sides thereof are fitted in the rail grooves 14 of the two side plates 12, respectively. And is driven by the drive device 32 to move up and down along the rail grooves 14 of the two side plates 12 so as to face the mounting surface 13 of the pedestal 11. Then, when the baffle plate 41 moves downward to the side of the mounting surface 13 described above, a processing interval 44 provided in advance between the stopper surface 43 of the baffle plate 41 and the mounting surface 13 of the pedestal 11 is formed, and A convex portion 45 is formed at a location where the stopper surface 43 approaches the cutting starting point 24 of the cutting tool set 21. In this embodiment, a fitting groove 451 is formed on the stopper surface 43 of the baffle plate 41, and a protruding block 452 is screwed into the fitting groove 451, and the protruding block 452 is attached to the stopper surface 43. The protrusion 45 is configured to protrude slightly from

本考案が実際に利用される場合、図２のように、先ず前記駆動装置３２で前記バッフルプレート４１を動かし、前記２本のレール溝１４に沿って下向きに前記台座１１の載置面１３の傍まで移動させると、前記バッフルプレート４１のストッパー面４３と前記載置面１３との間に前記加工間隔４４が形成される。従って、作業員はアクリル加工部品１０を直接前記台座１１の載置面１３上に載置すると共に、前記バッフルプレート４１のストッパー面４３方向にプッシュするだけで、前記バッフルプレート４１のストッパー面４３は前記アクリル加工部品１０の加工しようとする面を導く作用をし、また前記アクリル加工部品１０の切削深度の作用を制限することで、余計な計測手段を使わずして精度の極めて高い加工間隔４４が求められる。また本考案はさらに毎回研磨加工を行うアクリル加工部品１０の加工間隔４４を固定させることができ、図３の様に、前記バッフルプレート４１が上昇すると前記各空気圧シリンダー３３が前記プレス部材３３１を駆動して下降させ、前記アクリル加工部品１０をプレスすると共に、それによって前記アクリル加工部品１０を固定して、後続工程の切削具セットによる前記アクリル加工部品１０への研磨加工をし易くする。   When the present invention is actually used, as shown in FIG. 2, first, the baffle plate 41 is moved by the driving device 32, and the mounting surface 13 of the base 11 is moved downward along the two rail grooves 14. When moved to the side, the processing interval 44 is formed between the stopper surface 43 of the baffle plate 41 and the mounting surface 13 described above. Therefore, the worker places the acrylic processed component 10 directly on the placement surface 13 of the pedestal 11 and pushes it in the direction of the stopper surface 43 of the baffle plate 41, so that the stopper surface 43 of the baffle plate 41 is By working to guide the surface to be machined of the acrylic machined part 10 and limiting the action of the cutting depth of the acrylic machined part 10, an extremely high machining interval 44 without using extra measuring means. Is required. Further, according to the present invention, it is possible to fix the processing interval 44 of the acrylic processed part 10 to be polished every time. As shown in FIG. 3, when the baffle plate 41 is lifted, the pneumatic cylinders 33 drive the press members 331. Then, the acrylic processed component 10 is pressed, and the acrylic processed component 10 is fixed thereby, so that the acrylic processed component 10 can be easily polished by a cutting tool set in a subsequent process.

さらに、前記バッフルプレートが前記台座１１の載置面１３の傍まで下降すると、前記バッフルプレート４１両側のガイドレール４２が前記２枚の側板１２のレール溝１４内に嵌合するためのものであることから、作業員が前記アクリル加工部品１０をプッシュするパワーが大きくて、前記バッフルプレート４１のストッパー面４３に衝突する状況が起きても、前記ガイドレール４２と前記レール溝１４の設計によって、前記バッフルプレート４１は水平方向からの応力に対して好ましい支持強度を有し、水平方向からの応力に効果的に抵抗することができると同時に、前記バッフルプレート４１のストッパー面４３と前記載置面１３との間の加工間隔４４が固定されるので、アクリル加工部品１０の衝突によって誤差値が生じることは有り得ない。   Further, when the baffle plate is lowered to the side of the mounting surface 13 of the pedestal 11, the guide rails 42 on both sides of the baffle plate 41 are fitted into the rail grooves 14 of the two side plates 12. Therefore, even if a situation where the worker pushes the acrylic processed part 10 and the collision surface with the stopper surface 43 of the baffle plate 41 occurs, the guide rail 42 and the rail groove 14 can be used as described above. The baffle plate 41 has a preferable support strength against the stress from the horizontal direction, and can effectively resist the stress from the horizontal direction, and at the same time, the stopper surface 43 of the baffle plate 41 and the mounting surface 13 described above. Since the processing interval 44 between the two is fixed, an error value may occur due to the collision of the acrylic processed part 10 No.

図４の様に、本考案は前記２枚の側板１２上に対応する切欠１５を設けて、前記台座１１の載置面１３の左右及び後側に開放スペースを構成することができ、こうしてたとえ前記アクリル加工部品１０の長さが前記台座１１の載置面１３の長さを超えても、オペレーターは前記載置面１３側辺の開放スペースを経由してスムースに前記アクリル加工部品１０を前記載置面１３上に載置することができる。また図５の様に、オペレーターは前記アクリル加工部品１０の位置を調整することで、余計な裁断加工を行う必要がないという前提で、スムースに大き目のアクリル加工部品１０の研磨作業を完了させることができる。   As shown in FIG. 4, according to the present invention, corresponding cutouts 15 are provided on the two side plates 12, and open spaces can be formed on the left and right and rear sides of the mounting surface 13 of the pedestal 11. Even if the length of the acrylic processed component 10 exceeds the length of the mounting surface 13 of the pedestal 11, the operator smoothly moves the acrylic processed component 10 forward through the open space on the side of the mounting surface 13. It can be placed on the writing surface 13. Further, as shown in FIG. 5, the operator can smoothly complete the polishing operation of the large acrylic processed component 10 on the premise that it is not necessary to perform extra cutting by adjusting the position of the acrylic processed component 10. Can do.

続いて図６を参照すると、本考案において大き目のアクリル加工部品に工程別加工を採用した場合、先ず前記アクリル加工部品１０を直接前記台座１１の載置面１３上に載置して、前記バッフルプレート４１のストッパー面４３の方向にプッシュすると、第１工程の切削加工を行うことができる。そして、前記アクリル加工部品１０は第１工程の切削加工が完了すると、オペレーターは前記アクリル加工部品１０の位置を調整することにより、前記アクリル加工部品１０の未加工の端面１０１を前記切削具２３の切削工程において、続いて前記バッフルプレート４１を下降させると同時に、前記アクリル加工部品１０を前記バッフルプレート４１のストッパー面４３の方向にプッシュする。このとき図７の様に、オペレーターは前記アクリル加工部品１０を前記ストッパー面４３の凸部４５上に当接させると、前記アクリル加工部品１０と前記ストッパー面４３の間に予め残しておいた加工用のあそび４６を形成する。   Next, referring to FIG. 6, when processing according to process is adopted for a large acrylic processed part in the present invention, first, the acrylic processed part 10 is directly mounted on the mounting surface 13 of the pedestal 11, and the baffle is mounted. When pushed in the direction of the stopper surface 43 of the plate 41, the cutting process of the first step can be performed. When the acrylic processing component 10 completes the cutting process of the first step, the operator adjusts the position of the acrylic processing component 10 so that the unprocessed end surface 101 of the acrylic processing component 10 is removed from the cutting tool 23. In the cutting process, the baffle plate 41 is subsequently lowered, and at the same time, the acrylic processed component 10 is pushed in the direction of the stopper surface 43 of the baffle plate 41. At this time, as shown in FIG. 7, when the operator brings the acrylic processed part 10 into contact with the convex portion 45 of the stopper surface 43, the processing left in advance between the acrylic processed part 10 and the stopper surface 43. A play 46 is formed.

こうして図８の様に、前記切削具２３が２回目の切削加工を行う際、前記切削具２３は前記加工用のあそび４６によって、前記切削具２３の刃が進入しても直ちに前記アクリル加工部品１０と接触することはなく、これによって前記切削具２３と前記アクリル加工部品１０が互いに接触する時間を延長して前記切削具２３の回転速度を予め設定した数値に到達させることができ、前記切削具２３が２回目の切削加工において前記アクリル加工部品１０表面に切削の痕跡が残るという欠点を効果的に減らすことができると共に、極めて良好な表面歩留りを達成することができる。   Thus, as shown in FIG. 8, when the cutting tool 23 performs the second cutting, the cutting tool 23 is immediately processed by the play 46 for processing even if the blade of the cutting tool 23 enters the acrylic machined part. 10 so that the time during which the cutting tool 23 and the acrylic processed part 10 are in contact with each other can be extended so that the rotational speed of the cutting tool 23 reaches a preset numerical value. The tool 23 can effectively reduce the defect that the trace of cutting remains on the surface of the acrylic processed component 10 in the second cutting, and can achieve a very good surface yield.

（従来部分）
１ 台座
２ アクリル加工部品
３ 切削具
４ 加工しようとする面
５ 支持プレート
６ 載置用部材
７ プレス部材
（本考案部分）
１０ アクリル加工部品
１０１ 未加工の端面
１１ 台座
１２ 側板
１３ 載置面
１４ レール溝
１５ 切欠
１６ 開放スペース
１７ 制御パネル
２１ 切削具セット
２２ 横向き軌道
２３ 切削具
２４ 切削起点
２５ 切削終点
３１ 載置用部材
３２ 駆動装置
３３ 空気圧シリンダー
３３１ プレス部材
４１ バッフルプレート
４２ ガイドレール
４３ ストッパー面
４４ 加工間隔
４５ 凸部
４５１ 嵌め溝（ｒａｂｂｅｔ）
４５２ 凸起ブロック
４６ あそび (Conventional part)
DESCRIPTION OF SYMBOLS 1 Base 2 Acrylic process part 3 Cutting tool 4 Surface to process 5 Support plate 6 Mounting member 7 Press member (part of this invention)
DESCRIPTION OF SYMBOLS 10 Acrylic processed part 101 Unprocessed end surface 11 Pedestal 12 Side plate 13 Mounting surface 14 Rail groove 15 Notch 16 Open space 17 Control panel 21 Cutting tool set 22 Sideways track 23 Cutting tool 24 Cutting starting point 25 Cutting end point 31 Mounting member 32 Driving device 33 Pneumatic cylinder 331 Press member 41 Baffle plate 42 Guide rail 43 Stopper surface 44 Processing interval 45 Convex portion 451 Rubbing groove
452 Protruding block 46 Play

Claims (5)

台座、切削具セット、載置用部材及びバッフルプレートからなるアクリル研磨機であって、
対向して設置した２枚の側板を有する前記台座であって、前記２枚の側板の間にはアクリル加工部品を載置できる載置面があり、前記２枚の側板が対向する端面上には各々レール溝を具備し、前記２枚の側板はそれぞれ切欠を開設し、前記２枚の側板の切欠も対向状に設置して、前記載置面の両側に開放スペースを構成するものと、
前記台座の載置面の傍に設けた前記切削具セットであって、前記切削具セットは前記載置面の縁端に沿って、切削起点と切削終点の間で切削工程を行えるものと、
前記載置面の上に設けた前記載置用部材であって、前記載置用部材の一側には複数の空気圧シリンダーを設けて、それぞれプレス部材を下向きに前記載置面上にプレスすることができるものと、
両側が各々ガイドレールを形成するバッフルプレートであって、前記バッフルプレートはそのガイドレールを前記２枚の側板のレール溝内に対応させて嵌着して駆動装置によって駆動され、前記レール溝に沿って前記載置面に対向して上下移動を行い、さらに下向きに前記載置面の傍まで移動すると、前記載置面の端面に向かってストッパー面を構成し、且つ前記バッフルプレートと前記載置面の間に予め設定した加工間隔が形成されるものと、
からなることを特徴とするアクリル研磨機。 An acrylic polishing machine comprising a pedestal, a cutting tool set, a mounting member and a baffle plate,
The pedestal having two side plates disposed opposite to each other, wherein a mounting surface on which an acrylic processed component can be placed is provided between the two side plates, and the two side plates are disposed on opposite end surfaces. Each comprising a rail groove, the two side plates each having a notch, the notches of the two side plates are also arranged to face each other, forming an open space on both sides of the mounting surface;
The cutting tool set provided near the mounting surface of the pedestal, wherein the cutting tool set can perform a cutting process between the cutting start point and the cutting end point along the edge of the mounting surface,
A mounting member provided on the mounting surface, wherein a plurality of pneumatic cylinders are provided on one side of the mounting member, and each pressing member is pressed downward on the mounting surface. What can be
Baffle plates each having a guide rail on both sides, the baffle plate being driven by a driving device with the guide rails fitted in the rail grooves of the two side plates, along the rail grooves When moving up and down to face the placement surface, and moving downward to the side of the placement surface, a stopper surface is formed toward the end surface of the placement surface, and the baffle plate and the placement surface are placed. A preset machining interval is formed between the surfaces,
An acrylic polishing machine comprising: 前記２枚の側板の内、１枚に制御パネルを設けることを特徴とする請求項1に記載のアクリル研磨機。   2. The acrylic polishing machine according to claim 1, wherein a control panel is provided on one of the two side plates. 前記駆動装置は載置用部材上に設け、前記バッフルプレートを前記載置面に対向して上下移動させられることを特徴とする請求項1に記載のアクリル研磨機。   2. The acrylic polishing machine according to claim 1, wherein the driving device is provided on a mounting member, and the baffle plate is moved up and down to face the mounting surface. 前記バッフルプレートのストッパー面が前記切削具セットの切削起点付近に凸部を設け、アクリル加工部品を前記ストッパー面の凸部に向けて当接させると、前記アクリル加工部品と前記ストッパー面の間に予め残したバッファスペースが形成されることを特徴とする請求項1に記載のアクリル研磨機。   When the stopper surface of the baffle plate is provided with a convex portion near the cutting start point of the cutting tool set and the acrylic processed component is brought into contact with the convex portion of the stopper surface, the acrylic processed component and the stopper surface 2. The acrylic polishing machine according to claim 1, wherein a buffer space left in advance is formed. 前記バッフルプレートの前記ストッパー面に嵌め溝を開設し、前記嵌め溝内に凸起ブロックを螺設すると共に、前記凸起ブロックを前記ストッパー面から若干突出させて前記凸部を構成することを特徴とする請求項４に記載のアクリル研磨機。   A fitting groove is formed in the stopper surface of the baffle plate, a protruding block is screwed into the fitting groove, and the protruding block is slightly protruded from the stopper surface to form the protruding portion. The acrylic polishing machine according to claim 4.
JP2009000239U 2009-01-21 2009-01-21 Acrylic polishing machine Expired - Fee Related JP3149578U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR102327965B1 (en) * 2021-07-13 2021-11-17 김기수 Special Acrylic Grinding Process
KR102450291B1 (en) * 2022-06-28 2022-10-04 신기만 Cutting machine for manufacturing kitchen products and method for manufacturing kitchen products using the same

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR102327965B1 (en) * 2021-07-13 2021-11-17 김기수 Special Acrylic Grinding Process
KR102450291B1 (en) * 2022-06-28 2022-10-04 신기만 Cutting machine for manufacturing kitchen products and method for manufacturing kitchen products using the same

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