JPH0625324Y2 - Water receptor - Google Patents
Water receptorInfo
- Publication number
- JPH0625324Y2 JPH0625324Y2 JP4780190U JP4780190U JPH0625324Y2 JP H0625324 Y2 JPH0625324 Y2 JP H0625324Y2 JP 4780190 U JP4780190 U JP 4780190U JP 4780190 U JP4780190 U JP 4780190U JP H0625324 Y2 JPH0625324 Y2 JP H0625324Y2
- Authority
- JP
- Japan
- Prior art keywords
- water receiving
- water
- receiving sheet
- drainage
- heat
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Landscapes
- Lining Or Joining Of Plastics Or The Like (AREA)
- Injection Moulding Of Plastics Or The Like (AREA)
Description
【考案の詳細な説明】 「産業上の利用分野」 本考案はインサート成形により水受用シートに容器本体
を一体成形するとき排水口を設ける水受容器に関する。[Detailed Description of the Invention] "Industrial application field" The present invention relates to a water receiver provided with a drainage port when a container body is integrally formed with a water receiving sheet by insert molding.
「従来の技術」 この種インサート成形品は、真空成形(シート成形)品
である水受用シートと射出成形品である排水口とを、別
々に発泡金型に挿入し、発泡成形を行い、その後発泡成
形品を取出し、前記水受用シートと排水口とを、接着剤
により接合し、水洩れを防止していた。"Prior art" This type of insert-molded product has a water-receiving sheet that is a vacuum-formed (sheet-formed) product and a drainage port that is an injection-molded product that are separately inserted into a foam mold, and then foam-molded. The foamed molded product was taken out, and the water receiving sheet and the drainage port were joined with an adhesive to prevent water leakage.
「考案が解決しょうとする問題点」 前記従来技術は、水受用シートと排水口が別体であるた
め、インサート成形後に水洩れ処理を行う必要があり、
しかもこの処理作業は手間がかかる割りに、完全なシー
ルを施し難く、成形上のネックとなっていた。そこで水
受シートと排出口とが一体になった射出成形品であれ
ば、水洩れ処理する必要がないが、その射出成形品は、
成形時間が長く、また別体に成形するものに比べコスト
アップになる等の不都合がある。"Problems to be solved by the invention" In the conventional technology, since the water receiving sheet and the drainage port are separate bodies, it is necessary to perform water leakage treatment after insert molding,
Moreover, although this processing work is time-consuming, it is difficult to form a perfect seal, which is a bottleneck in molding. Therefore, if it is an injection molded product in which the water receiving sheet and the discharge port are integrated, it is not necessary to perform water leak treatment, but the injection molded product is
There are inconveniences such as a long molding time and an increase in cost as compared with molding separately.
「問題点を解決するための手段」 然るに本考案は、インサート成形前に前記水受用シート
の開口部に排水口を熱融着により接合させたものであ
る。"Means for Solving Problems" However, according to the present invention, the drain port is joined to the opening of the water receiving sheet by heat fusion before the insert molding.
「作用」 従って本考案によれば、成形時間の増大やコストアップ
を招くことなく、インサート成形後の水洩れ処理を不必
要にして、水受用シートと排水口との接合部からの水洩
れを簡単に且つ確実に防止することができるものであ
る。[Operation] Therefore, according to the present invention, the water leakage treatment after the insert molding is made unnecessary and the water leakage from the joint between the water receiving sheet and the drain port is prevented without increasing the molding time and the cost. It can be easily and surely prevented.
「実施例」 以下本考案の一実施例を図面に基づいて詳述する。第1
図は要部の説明図、第2図は断面図、第3図は分解図で
あり、図中(1)はプラスチック製の水受容器で、真空成
形により成形する水受用シート(2)と、射出成形により
成形する排水口である左右排水パイプ(3)(3)と、発泡成
形により成形する容器本体(4)とをインサート成形によ
り一体成形したものである。[Embodiment] An embodiment of the present invention will be described below in detail with reference to the drawings. First
The figure is an explanatory view of the main part, FIG. 2 is a cross-sectional view, and FIG. 3 is an exploded view. In the figure, (1) is a water receiver made of plastic, and a water receiving sheet (2) formed by vacuum forming and The left and right drainage pipes (3) and (3), which are drainage ports formed by injection molding, and the container body (4), which is formed by foam molding, are integrally formed by insert molding.
前記水受用シート(2)は、長方形の偏平な水受主面(2a)
と、前記水受主面(2a)の一方の長尺側縁に直角に析曲形
成する偏平な幅狭の水受副面(2b)と、前記水受主面(2a)
と水受副面(2b)の側縁から上方に向って外側に広がる傾
斜側面(2c)とを設け、前記水受主面(2a)或いは水受副面
(2b)に水を貯留可能にL形のトレー形状に水受用シート
(2)を成形すると共に、前記水受副面(2b)の両側下端部
に排水用の左右開口(2d)を設けている。The water receiving sheet (2) is a rectangular flat water receiving main surface (2a)
A flat and narrow water receiving sub-surface (2b) that is formed by diffracting and forming a right angle on one long side edge of the water receiving main surface (2a), and the water receiving main surface (2a)
And an inclined side surface (2c) that spreads outward from the side edge of the water receiving subsurface (2b) upward, and the water receiving main surface (2a) or the water receiving subsurface
L-shaped tray for receiving water that can store water in (2b)
(2) is molded, and left and right openings (2d) for drainage are provided at lower end portions on both sides of the water receiving subsurface (2b).
前記排水パイプ(3)は第4図乃至第6図にも示す如く、
前記水受シート(2)の水受主面(2a)外側に当接支持させ
る長方形の偏平な第1受座(3a)と、前記第1受座(3a)の
一方の長尺側縁から直角に折曲形成し、前記水受シート
(2)の水受副面(2b)外側に当接支持させる長方形の偏平
な第2受座(3b)と、前記第2受座(3b)の裏側から直角方
向に延設形成するパイプ部(3c)とを設け、前記パイプ部
(3c)の内孔(3d)を前記第2受座(3b)表面側に開口し、前
記L形の第1及び第2受座(3a)(3b)を介して前記水受シ
ート(2)の水受副面(2b)の開口(2d)部裏面側にパイプ部
(3c)を突出支持させ、水受シート(2)の開口(2d)を排水
パイプ(3)のパイプ部(3c)を介して容器本体(4)外側に連
通させるように構成している。As shown in FIGS. 4 to 6, the drain pipe (3) is
From a rectangular flat first seat (3a) to be brought into contact with and supported on the outside of the water receiving main surface (2a) of the water receiving sheet (2), and from one long side edge of the first seat (3a) The water receiving sheet is bent at a right angle.
(2) A rectangular flat second seat (3b) to be brought into contact with and supported on the outer side of the water receiving sub-surface (2b), and a pipe portion extending from the back side of the second seat (3b) in a perpendicular direction. (3c) is provided, the pipe portion
The inner hole (3d) of (3c) is opened to the surface side of the second receiving seat (3b), and the water receiving sheet (2) is inserted through the L-shaped first and second receiving seats (3a) (3b). ) Water receiving subsurface (2b) opening (2d) part back side pipe part
(3c) is projected and supported, and the opening (2d) of the water receiving sheet (2) is configured to communicate with the outside of the container body (4) via the pipe portion (3c) of the drainage pipe (3).
そして、前記水受シート(2)に排水パイプ(3)を熱融着に
より接合させるもので、前記第2受座(3b)表面側にパイ
プ部(3c)の開口部左右両側及び上側を囲う形の熱融着
用リブ(3e)を膨出形成すると共に、前記第1受座(3a)表
面側に前記リブ(3e)と同幅で第2受座(3b)表面から所定
長さの四角形熱融着面(3f)を膨出形成し、前記リブ(3e)
両端を前記熱融着面(3f)上面に円弧部(3g)を介して連設
させ、前記リブ(3e)を水受用シート(2)の水受副面(2b)
の開口(2d)外周側に、また前記リブ(3e)両端から切目な
く前記熱融着面(3f)の外側縁を一定幅で水受用シート
(2)の水受主面(2a)に熱融着により接合させ、水受シー
ト(2)と排水パイプ(3)とも接合部からの水洩れを防止す
る四角枠状の熱シール(5)を施すように構成している。Then, the drainage pipe (3) is joined to the water receiving sheet (2) by heat fusion, and the right and left sides and the upper side of the opening of the pipe portion (3c) are surrounded by the surface side of the second receiving seat (3b). Shaped ribs (3e) for heat fusion are formed so as to bulge out, and a rectangular shape having the same width as the ribs (3e) on the surface side of the first seat (3a) and having a predetermined length from the surface of the second seat (3b). The heat-sealing surface (3f) is bulged to form the rib (3e)
Both ends are connected to the upper surface of the heat-sealing surface (3f) through an arc portion (3g), and the rib (3e) is attached to the water receiving sub-surface (2b) of the water receiving sheet (2).
On the outer peripheral side of the opening (2d), and without any cut from both ends of the rib (3e), the outer edge of the heat-sealing surface (3f) has a constant width and a water receiving sheet.
A square frame-shaped heat seal (5) that is joined to the water receiving main surface (2a) of (2) by heat fusion to prevent water leakage from the joint between the water receiving sheet (2) and the drainage pipe (3). It is configured to apply.
ここで、真空成形品である前記水受シート(2)と、射出
成形品である排水パイプ(3)は、熱融着接合が完全に行
われるように、同一の主原料樹脂を使用し、熱シール
(5)が完全に施されるようにしている。Here, the water receiving sheet (2) which is a vacuum molded product, and the drain pipe (3) which is an injection molded product, so that the thermal fusion bonding is completely performed, the same main raw material resin is used, Heat seal
(5) is completely applied.
なお図中(3h)(3i)は容器本体(1)に対する位置決めを兼
用する補強用リブである。In the figure, (3h) and (3i) are reinforcing ribs that also serve as positioning with respect to the container body (1).
前記容器本体(4)は前記排水パイプ(3)のパイプ部(3c)の
長さより若干薄い厚みを持って前記水受シート(2)の裏
面側にL形に成形される。The container body (4) is formed in an L shape on the back side of the water receiving sheet (2) with a thickness slightly smaller than the length of the pipe portion (3c) of the drainage pipe (3).
第7図及び第8図に示す如く、前記水受シート(2)に左
右排水パイプ(3)を熱融着させる左右一対の昇降可能な
熱融着用治具(6)を設けるシール装置(7)を備えるもの
で、該装置(7)は機台(8)の上面後部左右側に立設固定す
る左右一対の支柱(9)上側部から前方に水平にシリンダ
ブラケット(10)を延設し、支柱(9)に基端側を上下調節
自在に連結させる前記シリンダブラケット(10)先端側上
面にエアシリンダ(11)を立設固定させ、前記シリンダブ
ラケット(10)下面に突出させる前記シリンダ(11)のピス
トンロッド(12)先端に治具取付体(13)を介して前記熱融
着用治具(6)を着脱自在に取付けると共に、前記シリン
ダブラケット(10)中間上面に固定する筒軸(14)に上下摺
動自在に垂直昇降案内用のガイド棒(15)を挿通支持さ
せ、前記シリンダブラケット(10)下面に突出させる前記
ガイド棒(15)下端を前記取付板(13)に一体形成するアー
ム部(13a)に連結し、前記シリンダ(11)により熱融着用
治具(6)を垂直に昇降させるように構成している。また
前記治具(6)にはこれを加熱するためヒータ(16)を内装
している。As shown in FIGS. 7 and 8, a sealing device (7) provided with a pair of right and left heat fusing jigs (6) for fusing the left and right drainage pipes (3) to the water receiving sheet (2) by heat fusion. ), The device (7) has a cylinder bracket (10) extending horizontally forward from the upper side of a pair of left and right columns (9) vertically fixed on the rear left and right sides of the upper surface of the machine base (8). The cylinder bracket (10) that connects the base end side to the column (9) so that it can be adjusted up and down is installed and fixed on the upper surface of the tip side of the cylinder bracket (10), and the air cylinder (11) is projected to the lower surface of the cylinder bracket (10) ( A cylindrical shaft (11) to which the heat fusion jig (6) is detachably attached to the tip of the piston rod (12) via a jig attachment body (13), and which is fixed to the intermediate upper surface of the cylinder bracket (10). Before inserting the guide rod (15) for vertical lifting guide into the 14) so that it can slide up and down, and projecting it to the lower surface of the cylinder bracket (10). The lower end of the guide rod (15) is connected to the arm portion (13a) integrally formed with the mounting plate (13), and the heat welding jig (6) is vertically moved by the cylinder (11). There is. Further, the jig (6) is internally provided with a heater (16) for heating the jig.
さらに、前記左右熱融着用治具(6)は水受シート(2)の開
口(2d)ピッチと同じ間隔で配置すると共に、第9図にも
示す如く、前記治具(6)の先端をV字形に形成し、直角
を成す偏平四角形の第1及び第2傾斜先端面(6a)(6b)を
設けるもので、前記機台(8)上面で左右の治具(6)の対向
下方位置に左右排水パイプ(3)を支持するV字形の受台
(16)を取付け、前記排水パイプ(3)の直角を成す第1及
び第2受座(3a)(3b)のみを前記受台(16)上面側に支持す
ると共に、前記排水パイプ(3)の第1及び第2受座(3a)
(3b)表面側で前記水受シート(2)の水受主面(2a)と水受
副面(2b)との角部を前記受台(16)に支持させ、また一端
側を前記受台(16)に支持させる水受シート(2)の水受主
面(2a)の他端側を下方から支持する左右支持片(17)を前
記機台(8)上面に取付け、左右受台(16)及び支持片(17)
により機台(8)上面に水受シート(2)及び左右排水パイプ
(3)を接合する状態に傾斜支持させ、前記治具(6)を下降
させて下降死点位置に至ったとき、該治具(6)の第2傾
斜先端面(6b)を水受シート(2)の水受副面(2b)の開口(2
d)外周部を挟んで排水パイプ(3)の第2受座(3b)の熱融
着用リブ(3e)に圧着させると共に、前記治具(6)の第1
傾斜先端面(6a)に膨出形成する形の熱融着用リブ(6c)
を水受シート(2)の水受主面(2a)の開口(2d)外周部を挟
んで排水パイプ(3)の第1受座(3a)の熱融着面(3f)外側
縁部に圧着させ、前記四角枠状の熱シール(5)を施し
て、この熱シール(5)部分の熱融着により水受シート(2)
の左右開口(2d)に左右排水パイプ(3)を接合させるよう
に構成している。Further, the left and right heat fusion jigs (6) are arranged at the same intervals as the pitch of the openings (2d) of the water receiving sheet (2), and as shown in FIG. It is a V-shaped and is provided with first and second inclined tip surfaces (6a) and (6b) of a right-angled rectangular quadrangle, which are located on the upper surface of the machine base (8) and below the jigs (6) facing each other. V-shaped pedestal supporting left and right drainage pipes (3)
(16) is attached, and only the first and second seats (3a) (3b) forming a right angle with the drainage pipe (3) are supported on the upper surface side of the pedestal (16), and the drainage pipe (3) is attached. First and second seats (3a)
(3b) On the surface side, the corners of the water receiving main surface (2a) and the water receiving sub surface (2b) of the water receiving sheet (2) are supported on the receiving table (16), and one end side is the receiving side. Attach the left and right support pieces (17) supporting the other end side of the water receiving main surface (2a) of the water receiving sheet (2) to be supported on the table (16) from above to the machine stand (8), (16) and support pieces (17)
The water receiving sheet (2) and the left and right drainage pipes on the upper surface of the machine base (8)
When the jig (6) is lowered to reach the descending dead center position, the second inclined tip surface (6b) of the jig (6) is attached to the water receiving sheet. Opening (2) of water receiving subsurface (2b) of (2)
d) It is pressed against the heat fusion rib (3e) of the second seat (3b) of the drainage pipe (3) while sandwiching the outer peripheral part, and the first of the jig (6) is
Ribs (6c) for heat fusion that are formed to bulge on the inclined tip surface (6a)
On the outer edge of the heat-sealing surface (3f) of the first seat (3a) of the drainage pipe (3) with the opening (2d) of the water receiving main surface (2a) of the water receiving sheet (2) sandwiching the outer periphery. Water-bonding sheet (2) by crimping, applying heat seal (5) in the shape of a rectangular frame, and heat-sealing this heat seal (5)
The left and right drainage pipes (3) are joined to the left and right openings (2d) of the.
なお、図中(19)は左右熱融着用治具(6)それぞれの加熱
温度や熱融着時間を設定する制御ボックスである。In the figure, (19) is a control box for setting the heating temperature and the heat fusion time of each of the left and right heat fusion jigs (6).
本実施例は上記のように構成するもので、水受用シート
(2)を真空成形により、また排水パイプ(3)を射出成形に
より、同一の原料樹脂を用いて別々に成形し、水受用シ
ート(2)の左右開口(2d)部に排水パイプ(3)をシール装置
(7)により熱融着させて接合すると共に、その熱融着部
分の熱シール(5)により水受シート(2)と排水パイプ(3)
との接合部からの水洩れ処理を完全に施した後、一体化
された水受用シート(2)と排水パイプ(3)とを発泡金型に
挿入し、発泡成形を行う、インサート成形により排水口
(3)を設ける水受容器(1)が成形される。This embodiment is configured as described above, and the water receiving sheet
(2) by vacuum molding and drain pipe (3) by injection molding separately using the same raw material resin, drain pipe (3) in the left and right openings (2d) of the water receiving sheet (2) The sealing device
(7) is heat-sealed and joined together, and the water-sealing sheet (2) and drain pipe (3) are provided by the heat-sealing (5) of the heat-sealed portion.
After completely performing water leakage treatment from the joint with, the integrated water receiving sheet (2) and drain pipe (3) are inserted into the foam mold and foam molding is performed. mouth
A water receiver (1) provided with (3) is molded.
上記のように成形された水受容器(1)は、第10図及び
第11図に示す如く例えば空調機器(20)の内部に水受シ
ート(2)の水受主面(2a)が水平になるような横置き、或
いは水受シート(2)の水受副面(2b)が水平になるような
縦置きで設置され、水受シート(2)の水受主面(2a)或い
は水受副面(2b)で空調機器(20)内部で各種装置から出る
水を受止め貯留し、水受容器(1)の排水口(3)から空調機
器(20)外側の排水管に排出するものである。In the water receiver (1) molded as described above, the water receiving main surface (2a) of the water receiving sheet (2) is horizontal inside the air conditioner (20), for example, as shown in FIGS. 10 and 11. Installed horizontally, or vertically installed so that the water receiving subsurface (2b) of the water receiving sheet (2) is horizontal, and the water receiving main surface (2a) or water of the water receiving sheet (2) is installed. The receiving surface (2b) receives and stores water from various devices inside the air conditioner (20) and discharges it from the drain port (3) of the water receiver (1) to the drain pipe outside the air conditioner (20). It is a thing.
第12図乃至第14図は前記排水パイプ(3)の変形例を
示し、該排水パイプ(21)は例えば水受シート(2)の水受
主面(2a)中央部に排水用の開口(22)を設けてある場合に
用いるもので、つまり、前記実施例の排水パイプ(3)は
底面角部用で該変形例の排水パイプ(3)は底面平面用で
ある。従って変形例における排水パイプ(21)は、水受主
面(2a)の開口(22)部に当接支持させる例えば円形の受座
(21a)の裏面側から直角にパイプ部(21b)を延設形成する
と共に、パイプ部(21b)の内孔(21c)を受座(21a)表面側
に開口し、この受座(21a)表面側にパイプ部(3c)の開口
部を囲う輪状の熱融着用リブ(21d)を膨出形成させてい
る。而して前記シール装置(7)を用いて排水パイプ(21)
を水受シート(2)の開口(22)に熱融着により接合させる
場合、熱融着用治具(6)を先端が偏平なものに取換える
と共に、受台(17)を上面側に水平に受座(21a)を載せて
排水パイプ(21)を機台(8)に支持するものに取換え、ま
た支持片(18)を水受主面(2a)が水平になるように取換え
た受台とで水受シート(2)を機台(8)に支持するものに取
換えることにより、排水パイプ(21)の前記熱融着用リブ
(21d)とこれに対応する水受シート(2)の開口(22)外周部
が熱融着により接合させることができ、水受シート(2)
と排水パイプ(21)との接合部からの水洩れを防止する輪
状の熱シール(23)を施すことができるものである。12 to 14 show a modified example of the drainage pipe (3). The drainage pipe (21) has a drainage opening (eg, a drainage opening) at the center of the water receiving main surface (2a) of the water receiving sheet (2). 22) is provided, that is, the drainage pipe (3) of the above embodiment is for the bottom corner portion, and the drainage pipe (3) of the modified example is for the bottom plane. Therefore, the drainage pipe (21) in the modified example is, for example, a circular seat that is brought into contact with and supported by the opening (22) of the water main surface (2a).
The pipe portion (21b) is formed so as to extend at a right angle from the back surface side of (21a), and the inner hole (21c) of the pipe portion (21b) is opened to the surface side of the seat (21a), and this seat (21a) A ring-shaped heat-melting rib (21d) surrounding the opening of the pipe portion (3c) is formed on the front surface side so as to bulge out. Then, using the sealing device (7), the drain pipe (21)
When joining to the opening (22) of the water receiving sheet (2) by heat fusion, the heat welding jig (6) is replaced with a flat tip and the pedestal (17) is placed horizontally on the upper surface side. Replace the drain pipe (21) with one that supports the drainage pipe (21) on the machine base (8), and replace the support piece (18) so that the water receiving main surface (2a) is horizontal. By replacing the water receiving sheet (2) with the one that supports the machine stand (8), the rib for heat fusion of the drainage pipe (21) is replaced.
(21d) and the opening (22) outer peripheral portion of the water receiving sheet (2) corresponding thereto can be joined by heat fusion, the water receiving sheet (2)
It is possible to provide a ring-shaped heat seal (23) that prevents water leakage from the joint between the drainage pipe (21) and the drainage pipe (21).
「考案の効果」 以上実施例から明らかなように本考案は、インサート成
形により水受用シート(2)に容器本体(4)を一体成形する
とき排水口(3)(21)を設ける水受容器において、インサ
ート成形前に前記水受用シート(2)の開口(2d)(22)部に
排水口(3)(21)を熱融着により接合させたものであるか
ら、成形時間の増大やコストアップを招くことなく、イ
ンサート成形後の水洩れ処理を不必要にして、水受用シ
ート(2)と排水口(3)(21)との接合部からの水洩れを簡単
に且つ確実に防止することができる顕著な効果を奏する
ものである。[Advantages of the Invention] As is apparent from the above embodiments, the present invention is a water receiver in which the drainage ports (3) and (21) are provided when the container body (4) is integrally formed with the water receiving sheet (2) by insert molding. In the above, since the drainage port (3) (21) is joined to the opening (2d) (22) of the water receiving sheet (2) by heat fusion before insert molding, the molding time is increased and the cost is increased. Water leakage from the joint between the water receiving sheet (2) and the drainage ports (3) and (21) can be easily and reliably prevented by eliminating the need for water leakage treatment after insert molding without inviting up. It has a remarkable effect.
第1図は熱融着部の斜視図、第2図は全体の断面図、第
3図は分解説明図、第4図は排水パイプの正面図、第5
図は同平面図、第6図は同側面図、第7図はシール装置
の正面図、第8図は同側面図、第9図は熱融着用治具先
端の拡大側面図、第10図及び第11図は水受容器の使
用説明図、第12図は排水パイプの変形例を示す正面
図、第13図は同側面図、第14図は同熱融着部の斜視
図である。 (2)……水受用シート(真空成形品) (3)……排水パイプ(排水口)(射出成形品) (2d)(22)……排水用の開口(水受用シートの) (3e)(21d)……熱融着用リブ(排水パイプの)FIG. 1 is a perspective view of the heat-sealing portion, FIG. 2 is an overall cross-sectional view, FIG. 3 is an exploded explanatory view, FIG. 4 is a front view of a drainage pipe, and FIG.
The figure is the same plan view, FIG. 6 is the same side view, FIG. 7 is the front view of the sealing device, FIG. 8 is the same side view, and FIG. 9 is an enlarged side view of the tip of the heat-sealing jig, and FIG. FIG. 11 is an explanatory view of use of the water receiver, FIG. 12 is a front view showing a modified example of the drainage pipe, FIG. 13 is a side view of the same, and FIG. 14 is a perspective view of the same heat-sealed portion. (2) …… Water receiving sheet (vacuum molded product) (3) …… Drainage pipe (drainage port) (injection molded product) (2d) (22) …… Drainage opening (for water receiving sheet) (3e) (21d) …… Rib for heat fusion (of drain pipe)
Claims (1)
本体を一体成形するとき排水口を設ける水受容器におい
て、インサート成形前に前記水受用シートの開口部に排
水口を熱融着により接合させたことを特徴とする水受容
器。1. In a water receiver provided with a drain when a container body is integrally molded with a water receiving sheet by insert molding, the drain is joined to the opening of the water receiving sheet by heat fusion before insert molding. A water receptor characterized by the following.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP4780190U JPH0625324Y2 (en) | 1990-05-08 | 1990-05-08 | Water receptor |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP4780190U JPH0625324Y2 (en) | 1990-05-08 | 1990-05-08 | Water receptor |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH047128U JPH047128U (en) | 1992-01-22 |
JPH0625324Y2 true JPH0625324Y2 (en) | 1994-07-06 |
Family
ID=31564054
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP4780190U Expired - Lifetime JPH0625324Y2 (en) | 1990-05-08 | 1990-05-08 | Water receptor |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPH0625324Y2 (en) |
-
1990
- 1990-05-08 JP JP4780190U patent/JPH0625324Y2/en not_active Expired - Lifetime
Also Published As
Publication number | Publication date |
---|---|
JPH047128U (en) | 1992-01-22 |
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