JP4517688B2 - Heated toilet seat and sanitary washing device equipped with the same - Google Patents

Heated toilet seat and sanitary washing device equipped with the same Download PDF

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JP4517688B2
JP4517688B2 JP2004068564A JP2004068564A JP4517688B2 JP 4517688 B2 JP4517688 B2 JP 4517688B2 JP 2004068564 A JP2004068564 A JP 2004068564A JP 2004068564 A JP2004068564 A JP 2004068564A JP 4517688 B2 JP4517688 B2 JP 4517688B2
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toilet seat
heating
side connector
connector
toilet
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JP2005253646A (en
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浩二 岡
白井  滋
克彦 宇野
孝 丹羽
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Panasonic Corp
Panasonic Holdings Corp
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Panasonic Corp
Matsushita Electric Industrial Co Ltd
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Description

本発明は、暖房機能を有する便座とそれを備えた衛生洗浄装置に関するものである。   The present invention relates to a toilet seat having a heating function and a sanitary washing device including the toilet seat.

従来のこの種の暖房便座では、図11に示すように便座1を、便器2に取り付けた本体3から取り外すことのできるものがあり、便座1と本体3には、本体3から、便座1に備えられたヒーター4へ電気を供給するための電極5、6がそれぞれ備えられている。便座1を本体3へ取り付けた場合、電極5、6を介して本体3からヒーター4に電気が供給される(例えば特許文献1参照)。
特開2001−321296号公報
In this type of conventional heated toilet seat, as shown in FIG. 11, there is a toilet seat 1 that can be detached from the main body 3 attached to the toilet bowl 2, and the toilet seat 1 and the main body 3 are connected to the toilet seat 1 from the main body 3. Electrodes 5 and 6 for supplying electricity to the heater 4 provided are provided. When the toilet seat 1 is attached to the main body 3, electricity is supplied from the main body 3 to the heater 4 via the electrodes 5 and 6 (see, for example, Patent Document 1).
JP 2001-321296 A

しかしながら前記従来の構成では、便座の回動に伴って電気接点部が摺動する構成であった。便座の回動は使用状態と関連しており、頻繁に回動が生じる場合も、また、長期に回動がない場合もあり、それぞれの状態で導通が一定でなく、接点部に比較的大きな電流を流す場合にはこの電気接点部での導通の障害が懸念されていた。さらに、この構成では男子が立ったまま小便をした場合、また、掃除などに水分が電気接点部にかかりやすいことも考えられて、好ましくなかった。   However, in the conventional configuration, the electrical contact portion slides with the rotation of the toilet seat. The rotation of the toilet seat is related to the state of use, and there are cases where it frequently rotates and may not rotate for a long period of time. In each state, conduction is not constant, and the contact portion is relatively large. In the case of passing an electric current, there is a concern about the failure of conduction at the electrical contact portion. In addition, this configuration is not preferable when a boy is pissing while standing, and water is likely to be applied to the electrical contact portion during cleaning or the like.

本発明は前記従来の課題を解決するもので、比較的値の大きな電流を必要とする場合でも、接点部の安定した導通状態が保たれる暖房便座を提供することを目的とする。   The present invention solves the above-described conventional problems, and an object thereof is to provide a heating toilet seat in which a stable conduction state of a contact portion is maintained even when a relatively large current is required.

前記従来の課題を解決するために、本発明の暖房便座、便座と、便器に取り付けられ前記便座の回動を支持すると共に電源より電力の供給を受ける支持手段と、内部に電気端子を有し外周が円環状の回転手段で内包されると共に前記便座に設けられた便座側コネクタと、前記便座内に配置され前記便座側コネクタの電気端子に接続された内部配線のみで結線された暖房手段と、前記支持手段に設けられ電気端子を内部に有する支持手段側コネクタとを備え、前記便座側コネクタと前記支持手段側コネクタは、何れかのコネクタの電気端子が他方のコネクタの電気端子内に挿入可能にしていると共に、前記便座側コネクタと前記支持手段側コネクタを嵌合することでお互いの電気端子が接続し合い、前記支持手段に供給される電力を前記便座側コネクタの電気端子を介して前記暖房手段へ供給しており、前記便座側コネクタと前記支持手段側コネクタを接続した状態で前記便座側コネクタを回動軸として、前記便座を回動可能にしている構成である。この構成によって、便座の回動にともなう電気接点部の摺動がなく、電気接点部の導通状態が安定し、暖房手段を便座に設置した場合にも、大きな電流を供給することが可能である。そして、便座回動自在、便座脱着可能で便座の手入れが容易に行えるのに加えて、また小便や掃除時の水分、薬液などが電気接点部にかかり難くすることができる。 In order to solve the conventional problems, toilet seats of the present invention, a stool seat, a support means for receiving a supply of power from the power supply to support the rotation of the toilet seat is attached to the toilet bowl, the electrical terminal therein Heating that has an outer periphery enclosed by an annular rotating means and is connected only by a toilet seat side connector provided in the toilet seat and an internal wiring disposed in the toilet seat and connected to an electrical terminal of the toilet seat side connector and means, the support means connector having electrical terminals provided on said support means therein, said support means side connector and the toilet seat side connector, either connector of the electrical terminals in electrical terminals of the other connector And the electrical terminals connected to each other by fitting the toilet seat side connector and the support means side connector so that the power supplied to the support means is supplied to the toilet seat. Through the electrical terminals of the connector are supplied to the heating means, as a pivot axis said seat-side connector while connected to the supporting means side connector and the toilet seat side connector, the toilet seat and rotatable It is the composition which is. This configuration, there is no sliding electrical contact portion with the rotation of the toilet seat, the conducting state of the electrical contact portion is stabilized, even when installed warm tress means on the toilet seat, able to supply a large current is there. The universal toilet seat rotation, in addition to enabling the easy clean toilet seat can seat desorption also moisture at urine and cleaning, chemical liquid or the like can be made difficult relates to electrical contacts.

本発明の暖房便座は、大きな電流を流す必要のある暖房手段を便座に設置した場合にも、安定した電気の供給が可能で、便座回動自在、便座脱着可能で便座の手入れが容易に行えるのに加えて、また小便や掃除時の水分、薬液などが電気接点部にかかりにくくすることができ、使い勝手のよい暖房便座となる。   The heating toilet seat according to the present invention is capable of supplying stable electricity even when a heating means that needs to pass a large current is installed in the toilet seat, and the toilet seat can be freely rotated and detached, so that the toilet seat can be easily maintained. In addition to this, it is possible to make it difficult for urine, water during cleaning, chemicals, etc. to be applied to the electric contact portion, and it becomes an easy-to-use heating toilet seat.

発明の暖房便座、便座と、便器に取り付けられ前記便座の回動を支持すると共に電源より電力の供給を受ける支持手段と、内部に電気端子を有し外周が円環状の回転手段で内包されると共に前記便座に設けられた便座側コネクタと、前記便座内に配置され前記便座側コネクタの電気端子に接続された内部配線のみで結線された暖房手段と、前記支持手段に設けられ電気端子を内部に有する支持手段側コネクタとを備え、前記便座側コネクタと前記支持手段側コネクタは、何れかのコネクタの電気端子が他方のコネクタの電気端子内に挿入可能にしていると共に、前記便座側コネクタと前記支持手段側コネクタを嵌合することでお互いの電気端子が接続し合い、前記支持手段に供給される電力を前記便座側コネクタの電気端子を介して前記暖房手段へ供給しており、前記便座側コネクタと前記支持手段側コネクタを接続した状態で前記便座側コネクタを回動軸として、前記便座を回動可能にしている構成である。この構成によって、便座の回動にともなう電気接点部の摺動がなく、電気接点部の導通状態が安定し、暖房手段を便座に設置した場合にも、大きな電流を供給することが可能である。そして、便座回動自在、便座脱着可能で便座の手入れが容易に行えるのに加えて、また小便や掃除時の水分、薬液などが電気接点部にかかり難くすることができる。 Heating seat of the present invention, a stool seat, a support means for receiving a supply of power from the power supply to support the rotation of the toilet seat is attached to the toilet bowl, the outer periphery has an electrical terminal therein by rotating means annular A toilet seat side connector included in the toilet seat and provided in the toilet seat, a heating unit disposed in the toilet seat and connected only by an internal wiring connected to an electrical terminal of the toilet seat side connector, and an electric unit provided in the support unit and a support means-side connector having a terminal therein, said support means side connector and the toilet seat side connector, with electrical terminals of any of the connector is to be inserted into the electrical terminals of the other connector, said toilet seat The electrical terminals are connected to each other by fitting the side connector and the support means side connector, and the power supplied to the support means is transmitted through the electrical terminals of the toilet seat side connector. It is supplied to the tuft means, as a pivot axis said seat-side connector while connected to the supporting means side connector and the toilet seat side connector, the toilet seat is configured to have rotatable. This configuration, there is no sliding electrical contact portion with the rotation of the toilet seat, the conducting state of the electrical contact portion is stabilized, even when installed warm tress means on the toilet seat, able to supply a large current is there. The universal toilet seat rotation, in addition to enabling the easy clean toilet seat can seat desorption also moisture at urine and cleaning, chemical liquid or the like can be made difficult relates to electrical contacts.

さらに、本発明の暖房便座は、回転手段がベアリングであることを特徴とする。 Furthermore, the heating toilet seat of the present invention is characterized in that the rotating means is a bearing.

さらに、本発明の暖房便座、挿入されるコネクタの電気端子が、入口部分の断面積が奥側の断面積よりも大きいことを特徴とするもので、コネクタの接続が容易に実施できる。 Furthermore, heating the toilet seat of the present invention, the connector electrical terminals to be inserted is, those sectional area of the inlet portion being greater than the cross-sectional area of the rear side, the connection of the connector can be easily performed.

さらに、本発明の暖房便座は、暖房手段が、使用者の着座を検知する着座検知手段の検知に応じて作動するランプヒーターと、小さな電力で常に動作する抵抗体のヒーターとによって構成されている。例え、ランプヒーターが極短時間で昇温することが可能であっても、着座した瞬間に使用者を冷たいと感じさせることがあり、小さな電力で抵抗体のヒーターを動作させて、常に便座を保熱しておくことで、着座時の冷温感をなくすことができる。Furthermore, in the heating toilet seat according to the present invention, the heating means is constituted by a lamp heater that operates in response to detection by the seating detection means that detects the seating of the user, and a resistor heater that always operates with small electric power. . For example, even if the lamp heater can raise the temperature in a very short time, the user may feel cold at the moment of sitting, and the resistor heater is operated with a small amount of power so that the toilet seat is always By keeping the heat, you can eliminate the cold feeling when sitting.

また、本発明の衛生洗浄装置は、前記暖房便座と、局部洗浄手段を備えたもので、暖房機能と同時に局部洗浄機能も利用でき、快適である。 Furthermore, the sanitary washing device of the present invention, said heating toilet seat, since ash includes a local washing unit, also available heating function simultaneously with the local washing function, a comfortable.

以下、本発明の実施の形態について、図面を参照しながら説明する。なお、この実施の形態によって本発明が限定されるものではない。   Hereinafter, embodiments of the present invention will be described with reference to the drawings. Note that the present invention is not limited to the embodiments.

(実施の形態1)
図1は、本発明の実施の形態1における暖房便座を便器に取り付けた状態を示す斜視図であり、図2、図3は、便座を便器から取り外した状態でのそれぞれ便座における便座用コネクタを示す図および、支持手段における支持手段側コネクタを示す図である。また図4は、便座の平面図である。
(Embodiment 1)
Figure 1 is a view to oblique plan view of the state in which the heating seat attached to the toilet bowl in the first embodiment of the present invention, FIG. 2, FIG. 3 is a seat in each seat in a state in which removal of the seat from the toilet It is a figure which shows a connector, and a figure which shows the support means side connector in a support means. FIG. 4 is a plan view of the toilet seat.

図1において暖房便座10は便器12に固定するよう取り付けられ、便座13の回動を支持すると共に電源14から電源コード17を通して電気の供給を受ける支持手段11と、暖房手段15を備える便座13と、電源から供給される電気エネルギーを便座13の暖房手段15に伝えるコネクタ16(支持手段側コネクタおよび、便座側コネクタ)を備えている。なお、便器12には便座13と同様に回動自在に上下して便器12と便座13の前面を覆う便座蓋を備えるが、その図は省略した。図2において便座13は暖房手段15に電気を供給するための電気端子18aを有する便座側コネクタ19と、便座側コネクタ19を支持手段側コネクタ(後述)に確実に取り付けるための接続手段20と、電気端子18aを接続したまま便座13の回動を可能とする回転手段21を備えている。また、図3において支持手段11は、便座13の暖房手段15に電気を供給するための電気端子18bと接続手段20とを有する支持手段側コネクタ22を備えている。 In FIG. 1, the heating toilet seat 10 is attached to be fixed to the toilet 12, supports the rotation of the toilet seat 13 and receives power from the power supply 14 through the power cord 17, and the toilet seat 13 including the heating means 15. , A connector 16 (support means side connector and toilet seat side connector) for transmitting electric energy supplied from the power source to the heating means 15 of the toilet seat 13 is provided. The toilet 12 is provided with a toilet seat cover that covers the front surface of the toilet 12 and the toilet seat 13 by moving up and down like the toilet seat 13, but the illustration is omitted. Seat 13 in FIG. 2 is a seat-side connector 19 having electrical terminals 1 8a for supplying electricity to the heating unit 15, connected for Keru Installing ensure seat side connector 1 9 the support means connector (described later) Rotating means 21 is provided that enables the toilet seat 13 to be rotated while the means 20 and the electrical terminal 18a are connected. In FIG. 3, the support means 11 includes a support means-side connector 22 having an electric terminal 18 b for supplying electricity to the heating means 15 of the toilet seat 13 and a connection means 20.

図4において、便座13は支持手段11から暖房手段15に電気の供給を受けるための電気端子18aを有する便座側コネクタ19と、支持手段11に取り付けるためでありかつ便座13自身が回動するための軸となる回動軸26と、便座13を支持手段11から脱着させるための脱着手段23を備えている。なお、図4において便座側コネクタ19は一方の回動軸26に備えられている。   In FIG. 4, the toilet seat 13 is for attaching to the toilet seat side connector 19 having an electrical terminal 18 a for receiving supply of electricity from the support means 11 to the heating means 15, and for the toilet seat 13 itself to rotate. And a detaching means 23 for detaching the toilet seat 13 from the support means 11. In FIG. 4, the toilet seat side connector 19 is provided on one rotating shaft 26.

図5において、便座13は暖房手段として輻射型発熱体24を備えている。図6は、その便座13の主要断面図で、空洞部27の内部には便座13の着座部25に対向して、アルミ板を鏡面仕上げした輻射反射板28と、輻射型発熱体としてランプヒーター29とが設けられている。   In FIG. 5, the toilet seat 13 includes a radiant heating element 24 as heating means. FIG. 6 is a main cross-sectional view of the toilet seat 13. In the cavity 27, a radiation reflector 28 having a mirror-finished aluminum plate facing the seat 25 of the toilet seat 13, and a lamp heater as a radiation-type heating element 29.

このランプヒーター29の近傍には、ランプヒーター29と直列に接続されたサーモスタット30およびコード状の温度ヒューズ31が設けられ、万一の不安全事態に対して温度過昇を防止する。温度ヒューズ31は複数のランプヒーター29からの距離を一定に保つようにランプヒーター29に沿って設けられている。   In the vicinity of the lamp heater 29, a thermostat 30 and a cord-shaped thermal fuse 31 connected in series with the lamp heater 29 are provided to prevent an excessive temperature rise in the event of an unsafe situation. The thermal fuse 31 is provided along the lamp heater 29 so as to keep the distance from the plurality of lamp heaters 29 constant.

上記ランプヒーター29は、ガラス管32の内部にタングステンからなるフィラメント33を貫通しハロゲンガス34を封入して構成されており、フィラメント33の発熱に伴ってハロゲン化タングステンを形成するハロゲンサイクル反応を繰り返すことにより、フィラメント33の消耗を防止するようにしている。これにより熱容量の非常に小さいフィラメント33を熱源とすることができ、輻射エネルギーの極めて急峻な立ち上がりを行わせることができる。   The lamp heater 29 is configured by penetrating a filament 33 made of tungsten and enclosing a halogen gas 34 inside a glass tube 32, and repeats a halogen cycle reaction for forming tungsten halide as the filament 33 generates heat. This prevents the filament 33 from being consumed. As a result, the filament 33 having a very small heat capacity can be used as the heat source, and the radiation energy can be caused to rise very steeply.

このランプヒーター29は、弾性材であるゴムブッシュ35を有するランプヒーター固定具36により輻射反射板28に固定され、輻射反射板28はゴム足37により便座13のケース13aに固定されている。38は便座13の脚ゴム39内に設けられたマイクロスイッチ40で構成された着座検知手段であり、便座13への加重でスイッチがオンすることにより使用者の着座を検知するようになっている。暖房時の温度は、サーミスタ41によって制御される。また、42、43はそれぞれ使用者がトイレに入室したことを検知する人体検知センサーと、制御手段である。   The lamp heater 29 is fixed to the radiation reflecting plate 28 by a lamp heater fixture 36 having a rubber bush 35 which is an elastic material, and the radiation reflecting plate 28 is fixed to the case 13 a of the toilet seat 13 by rubber feet 37. Reference numeral 38 denotes a seating detection means composed of a micro switch 40 provided in the leg rubber 39 of the toilet seat 13, and detects the seating of the user when the switch is turned on by applying a load to the toilet seat 13. . The temperature during heating is controlled by the thermistor 41. Reference numerals 42 and 43 denote a human body detection sensor for detecting that the user has entered the toilet and a control means.

以上のように構成された暖房便座について、以下その動作、作用を説明する。   About the heating toilet seat comprised as mentioned above, the operation | movement and an effect | action are demonstrated below.

支持手段11は、便器12に固定するように取り付けられ、電源14より電気の供給を受ける。そして便座13は、回動自在であると共に脱着できるよう支持手段11に取り付けられ、自由に上下に回動する。ここで、便座13が支持手段11に取り付けられると、便座13に設けられ暖房手段15に電力を供給するための便座側コネクタ19と、支持手段に設けられた支持手段側コネクタ22とが嵌合して、互いの電気端子18a、18bが接続し合い、これによって支持手段11に供給される電力が便座13に設けられた暖房手段15に供給され、暖房手段15が機能する。そしてコネクタが接続された後は、便座13が回動しても、回転手段21により電気端子18a、18bは接続されたまま便座13は自在に回動する。この時、コネクタは接続手段20によって確実に接続されているため、たとえ回転手段21が思い通りに機能しない場合でも電気端子18a、18bには無理な力が加わらず、通電中に便座13を回動させても安全である。回転手段21の具体的構成としては、ベアリングを用いたり、円筒状の筒を外側と内側とで二重に組み合わせるなどの方法が挙げられる。なお、便座側コネクタ19から便座13に設けられた暖房手段1
5に接続される電気コードについて、便座13の回動によってこれをねじれないように工夫することで、通電上の信頼性はさらに高くなる。
The support means 11 is attached to the toilet 12 so as to be fixed, and is supplied with electricity from the power source 14. The toilet seat 13 is pivotable and attached to the support means 11 so as to be removable, and freely pivots up and down. Here, when the toilet seat 13 is attached to the support means 11, the toilet seat side connector 19 provided on the toilet seat 13 for supplying power to the heating means 15 and the support means side connector 22 provided on the support means are fitted together. Then, the electrical terminals 18a and 18b are connected to each other, whereby the power supplied to the support means 11 is supplied to the heating means 15 provided in the toilet seat 13, and the heating means 15 functions. After the connector is connected, even if the toilet seat 13 rotates, the toilet seat 13 freely rotates while the electrical terminals 18a and 18b are connected by the rotating means 21. At this time, since the connector is securely connected by the connecting means 20, even if the rotating means 21 does not function as intended, an excessive force is not applied to the electric terminals 18a and 18b, and the toilet seat 13 is rotated during energization. It is safe to let it go. Specific examples of the configuration of the rotating means 21 include a method of using a bearing and a double combination of a cylindrical tube on the outside and the inside. In addition, the heating means 1 provided in the toilet seat 13 from the toilet seat side connector 19 is used.
About the electric cord connected to 5, the reliability in energization becomes still higher by devising so that this may not be twisted by rotation of the toilet seat 13.

図7(a)に電気端子が3本の状態のコネクタ部の形状を、また(b)には電気端子が2本の状態のコネクタの形状を示す。(a)に示すように、電気端子18aの先端は丸みを帯びた形状であると、便座側コネクタ19と支持手段側コネクタ22とを接続するときに容易に接続可能となる。また、図8に示すように支持手段側コネクタ22の電気端子18bの形状が、入り口部分の断面積は大きく奥側は小さい形状であれば、やはりコネクタを接続するときに接続しやすい。ここで、電気端子18a、18bのオス、メスについては、便座側、支持手段側、互いに本実施例の場合と逆でも構わず、逆の場合も上記のことがそれぞれ成り立つ。   FIG. 7A shows the shape of the connector portion with three electrical terminals, and FIG. 7B shows the shape of the connector with two electrical terminals. As shown to (a), when the front-end | tip of the electric terminal 18a is rounded shape, when connecting the toilet seat side connector 19 and the support means side connector 22, it will become possible to connect easily. Further, as shown in FIG. 8, if the shape of the electrical terminal 18b of the support means side connector 22 is such that the cross-sectional area of the entrance portion is large and the back side is small, it is easy to connect when connecting the connector. Here, regarding the male and female of the electric terminals 18a and 18b, the toilet seat side, the support means side, and the case of the present embodiment may be opposite to each other, and the above is also true in the opposite case.

便座側コネクタ19と支持手段側コネクタ22は、便座13の回動中心軸である回動軸26に設けられているので、男子が立位で放尿した小便などの異物がコネクタや電気端子18にかかることはない。   Since the toilet seat side connector 19 and the support means side connector 22 are provided on the rotation shaft 26 that is the rotation center axis of the toilet seat 13, foreign matters such as urine that the boy urinates while standing are placed on the connector and the electrical terminal 18. There is no such thing.

次に、輻射型発熱体24により便座が昇温する仕組みについて説明する。使用者がトイレに入室した場合、人体検知センサー42がこれを検知し、その信号が制御手段43に送られ、制御手段43はランプヒーター29に通電を開始する。投入エネルギーは瞬時に輻射エネルギーに変換され、フィラメント33からガラス管32および輻射反射板28を経て上方に放射され、便座13の昇温に寄与する。ここで、輻射反射板28の端部は全周にわたり上方への折り曲げ部を有しており、その折り曲げ部によりランプヒーター29からの熱輻射が偏向されるので、ランプヒーター29から離れている外周縁部および内周縁部の輻射密度を上げるように作用し、便座13上部への輻射分布の均一化を図っている。以上の如く輻射型発熱体24を用いれば、便座13の着座部25の採暖面をほぼ瞬時に加温することができるので、ヒーターを常時通電しておくことなく非常に省エネになる。通常、人体検知センサー42で人を検知してから便座13に着座するまでは平均的に6〜8秒要するので、本システムではこの間に十分昇温可能である。このように、人体検知センサー42が人体を検知して初めて加温動作に入るため、省エネでかつ経済的である。   Next, a mechanism for raising the temperature of the toilet seat by the radiation type heating element 24 will be described. When the user enters the toilet, the human body detection sensor 42 detects this, a signal is sent to the control means 43, and the control means 43 starts energizing the lamp heater 29. The input energy is instantaneously converted into radiant energy, radiated upward from the filament 33 through the glass tube 32 and the radiation reflector 28, and contributes to the temperature increase of the toilet seat 13. Here, the end portion of the radiation reflecting plate 28 has an upward bent portion over the entire circumference, and the heat radiation from the lamp heater 29 is deflected by the bent portion. It acts to increase the radiation density at the peripheral edge and the inner peripheral edge, thereby achieving a uniform radiation distribution to the upper part of the toilet seat 13. As described above, if the radiant heating element 24 is used, the warming surface of the seating portion 25 of the toilet seat 13 can be heated almost instantaneously, so that energy is saved without energizing the heater at all times. Normally, since it takes 6 to 8 seconds on average from detecting a person by the human body detection sensor 42 to sitting on the toilet seat 13, the temperature can be sufficiently increased in this system. Thus, since the human body detection sensor 42 starts the heating operation only after detecting the human body, it is energy saving and economical.

そして、使用者が排便のために着座すると、着座検知手段38の信号によりランプヒーター29への通電量をゼロまたは便座温度が過昇しないところまで、制御する。これにより、サーミスタ41などが故障しても使用中に便座温度が過昇することなく、火傷等が生じる心配なく安全である。上記の如く人体を検知してから加温を行う上に、便座への着座直前のごく短時間だけ便座13の加温を行うので、さらに省エネとなる。使用者が排便を済ませた後は、局部洗浄手段(図示せず)を有した便座であれば、温水により洗浄する。局部洗浄手段を利用することで、利用者は快適な排便動作を実施できる。また、万一何らかの原因でランプヒーター29への通電が継続して行われた場合は、ランプヒーター29に沿うように設けられたコード状の温度ヒューズ31が所定温度以上で溶断し、ランプヒーター29への通電を遮断する。   When the user is seated for defecation, the amount of power supplied to the lamp heater 29 is controlled by the signal from the seating detection means 38 until the toilet seat temperature does not rise excessively. Thereby, even if the thermistor 41 or the like breaks down, the toilet seat temperature does not rise during use, and it is safe without fear of causing burns. In addition to heating after detecting a human body as described above, the toilet seat 13 is heated for a very short time just before sitting on the toilet seat, further saving energy. After the user has finished defecation, if the toilet seat has a local cleaning means (not shown), it is cleaned with warm water. By using the local cleaning means, the user can perform a comfortable defecation operation. If the lamp heater 29 is continuously energized for some reason, the cord-shaped temperature fuse 31 provided along the lamp heater 29 is blown above a predetermined temperature, and the lamp heater 29 is melted. Shut off the power to the.

なお、ここでは着座検知手段38を脚ゴム39内のマイクロスイッチ40で構成したもので説明したが、回動自在に設けた便座13のヒンジ部等に設けても良く、その場所や構成は種々のものが考えられる。   Here, the seating detection means 38 has been described as being constituted by the microswitch 40 in the leg rubber 39, but it may be provided at the hinge portion of the toilet seat 13 provided so as to be rotatable, and there are various places and configurations. Can be considered.

また、暖房手段15を加温する手段として、上記のとおり人体検知センサー42を用い、自動で便座13を加温する方法について説明したが、これ以外に使用者が着座後、手動でスイッチを押して加温させるなどの方法もある。この場合も、スイッチ操作によって初めて加温動作を行うようにすれば、省エネでありかつ経済的となる。   Further, as described above, the method of heating the toilet seat 13 automatically using the human body detection sensor 42 as a means for heating the heating means 15 has been described. However, after the user is seated, the user manually presses the switch. There are also methods such as heating. Also in this case, if the heating operation is performed for the first time by operating the switch, it is energy saving and economical.

なお、便座13を支持手段11から取り外し可能とする脱着手段としては、図3における脱着手段23部分が弾性体で形成され、ここが、脱着時に脱着できるよう可動するなどの方法の他に、回動軸26の突起部がスライド機構によって容易に出たり引っ込んだりし、これが引っ込むことによって脱着を可能にする方法など、様々な形態、手段が考えられる。ここで、例えば便座13を脱着するには便座13を上げた状態にしないと脱着できないような、便座13を脱着できる位置を構造上工夫して規制し、かつ、回転手段21を回転可能ではあるものの容易には回転しない構成にすれば、便座13を支持手段11から取り外し、便座13のお手入れ等を行った後、再び支持手段11に取り付ける際も、電気端子18は取り外したときと同じ位置・角度にあるため、コネクタの接続を容易に行うことができる。回転手段21が回転可能ではあるものの容易には回らない具体的な構成としては、円筒状の筒を外側と内側とで二重に組み合わせ、内側の筒と外側の筒のはめあいを中間ばめからしまりばめの間の公差にして仕上げて組み合わせる等の方法が挙げられる。   In addition, as the detachable means for making the toilet seat 13 detachable from the support means 11, the detachable means 23 portion in FIG. Various forms and means are conceivable, such as a method in which the protruding portion of the moving shaft 26 is easily pulled out and retracted by the slide mechanism and can be detached by being retracted. Here, for example, in order to detach the toilet seat 13, the position where the toilet seat 13 can be attached / detached, which cannot be attached / detached unless the toilet seat 13 is raised, is structurally devised and the rotating means 21 is rotatable. However, when the toilet seat 13 is removed from the support means 11 and the toilet seat 13 is cleaned, the electrical terminal 18 is attached to the support means 11 again after being removed. -Since it is at an angle, the connector can be easily connected. As a specific configuration in which the rotating means 21 can rotate but does not rotate easily, a cylindrical tube is double-combined between the outside and the inside, and the fit between the inside tube and the outside tube is started from an intermediate fit. For example, it is possible to use a method of finishing by combining tolerances between tight fits.

輻射型発熱体24を用いて、即座に便座暖房を行う時などは短時間に比較的値の大きな電流が回路に流れる。このような場合でも回転手段21を備えたコネクタを用いれば、便座13を回動自在としながら電気接続する接点部の摺動が生じる構成ではなく、それまでの便座の回動状態によって、接点部の導通状態に障害が生じる可能性もないので、大電流の通電が安定して行える。よって、輻射型発熱体24などの暖房手段をもちいた暖房便座であっても安定した暖房が可能となる。   When the radiant heating element 24 is used and the toilet seat is heated immediately, a relatively large current flows in the circuit in a short time. Even in such a case, if the connector provided with the rotation means 21 is used, the contact portion that electrically connects the toilet seat 13 while allowing the toilet seat 13 to rotate is not generated, but the contact portion depends on the rotation state of the toilet seat until then. Since there is no possibility of failure in the conduction state, large current can be stably energized. Therefore, stable heating is possible even with a heated toilet seat using heating means such as the radiant heating element 24.

本実施の形態では、輻射型発熱体24を、便座の左右それぞれに備えて2本配設する構成としたが、便座の形状に沿わせた1本の発熱体を備えた場合については、次のような構成をとることも考えられる。従来であれば、同軸ケーブル状の、ケーブル自体が回動自在で、便座の回動に伴って摺動を行う電気的接点部の構成などもあったが、本発明では、回動にともなう電気的接点部の摺動がない構成で、図7(b)に示すように、便座側コネクタ119は電気端子118aを2本備えており、周囲にベアリングなどの回転手段121を設けて、便座の回動を自在としながら電気的接点部となる電気端子118a部の回動にともなう摺動のない構成となっている。接続手段120は端子の周囲の2箇所に、接続部の大小の極性をもたせて設けてあり、便座の脱着の際に2本の電気端子の接続が常に一定となるようにしてある。このような構成とすることで、便座の回動自在、脱着可能でかつ、電気接点部の安定した導通状態を保持できるようになる。   In the present embodiment, two radiation-type heating elements 24 are provided on the left and right sides of the toilet seat, respectively. However, when one heating element is provided along the shape of the toilet seat, It is also possible to take the following configuration. Conventionally, there has been a configuration of an electrical contact portion that is coaxial cable-shaped, the cable itself is freely rotatable, and slides as the toilet seat is rotated. As shown in FIG. 7B, the toilet seat side connector 119 has two electrical terminals 118a, and is provided with rotating means 121 such as a bearing around the toilet seat side connector 119. The electric terminal 118a serving as an electrical contact portion is configured to be free of sliding with the rotation while being freely rotatable. The connecting means 120 is provided at two locations around the terminal with the polarity of the connecting portion being large, so that the connection of the two electrical terminals is always constant when the toilet seat is attached and detached. By adopting such a configuration, the toilet seat can be rotated and detached, and the electrical contact portion can be kept in a stable conductive state.

また、比較的値の大きな電流が流れる場合には、複数の電気端子は互いに一定以上の距離を設ける必要のあることもある。このようなときには、電気端子18a、118aなどの端子間に絶縁部材を埋め込んだり、コネクタの形状を大きくして距離をおくようにするなど、本発明のような構成にすることなどで、容易に対応することも可能となる。   In addition, when a relatively large current flows, the plurality of electrical terminals may need to be provided with a certain distance from each other. In such a case, it is easy to embed an insulating member between the terminals such as the electrical terminals 18a and 118a, or to increase the shape of the connector so that the distance is increased. It is also possible to respond.

(実施の形態2)
図9、10は本発明の第2の実施の形態の暖房便座における便座の平面図である。実施の形態1と同様の部分は省略するとし、異なる部分についてのみ説明する。
(Embodiment 2)
9 and 10 are plan views of the toilet seat in the heating toilet seat according to the second embodiment of the present invention. The same parts as those in the first embodiment are omitted, and only different parts will be described.

図9において、44はコード状の抵抗体をヒーターとしたコードヒーター、図10において、45は面状の抵抗体をヒーターとした面ヒーターであり、いずれも暖房手段として輻射型発熱体24と併用される第2発熱体である。   9, 44 is a cord heater using a cord-shaped resistor as a heater, and 45 in FIG. 10 is a surface heater using a sheet-shaped resistor as a heater, both of which are used together with the radiant heating element 24 as heating means. The second heating element.

これらの第2発熱体は輻射型発熱体24と併用することで、例えば、輻射型発熱体24では構成上困難な便座13の支持手段11側の部分、つまり着座時の人体の後ろ側の部分の加温に対して補助的な役割を果たすことができる。また、人体検知手段42を用いず、使用者の着座を検知して便座13を加温したり、使用者のスイッチ操作によって加温する場合などは、たとえ輻射型発熱体24がごく短時間での昇温が可能であっても、着座した瞬間に使用者に冷たいと感じさせないよう、小さな電力を第2発熱体44,45に与えて常に保熱しておくことで、入力電力が小さいため経済的である一方、着座時の冷温感もなくすことができ、大変効果的である。 These second heating elements are used together with the radiant heating element 24, for example, the portion on the support means 11 side of the toilet seat 13 that is difficult to construct with the radiant heating element 24, that is, the rear part of the human body when seated. It can play a supplementary role in the heating. Further, without using the human body detecting means 42, Ri warmed toilet seat 13 by detecting the seated user, such as when warming by the switch operation of a user, even if radiant heating elements 24 Gago rather short time be capable of raising the temperature in, cormorants I does not feel the cold to the user at the moment of being seated, a small power by leaving heated always guarantee given to the second heating element 44 and 45, a small input power Therefore, while being economical, it can eliminate the feeling of cold and cold at the time of sitting and is very effective.

また、輻射型発熱体24によって暖房を行う場合に、便座13に温度ムラが生じるような場合には、第2発熱体44、45を併用することでこの温度ムラをなくすことができる。   Further, when heating is performed by the radiant heating element 24, if temperature unevenness occurs in the toilet seat 13, the temperature unevenness can be eliminated by using the second heating elements 44 and 45 together.

これらコードヒーター44と面ヒーター45はいずれも安価で、また簡単な構成で実現できる。   Both the code heater 44 and the surface heater 45 are inexpensive and can be realized with a simple configuration.

一方、輻射型発熱体24と第2発熱体44、45を併用する際に、各発熱体に異なる電圧を加えなければならない場合があり、この場合、電気端子18は輻射型発熱体24と第2発熱体44、45の各グランド(アース)を共通とすることで、端子数を3つで実現することができる。 On the other hand, the radiant heating elements 24 in combination a second heating element 44 and 45, may not Banara Kere such added a different voltage to each heating element, in this case, the electric terminal 18 and the radiation heating elements 24 By making each ground (earth) of the second heating elements 44 and 45 common, it is possible to realize three terminals.

以上のように、本発明にかかる暖房便座は、便座の回動にともなって電気接点部が摺動することなく、電気接点部の導通状態が安定した状態で保持され、電力の供給が確実に行われるので、暖房便座に限らず、建設機械、工作機械など回動する接点を介して大きな電力を供給するもので、水分に対する対策を施す必要のある電機機器にはとくに、その応用が可能である。   As described above, in the heating toilet seat according to the present invention, the electrical contact portion is not slid with the rotation of the toilet seat, the electrical contact portion is kept in a stable state, and the supply of power is ensured. This is not limited to heating toilet seats, but supplies large electric power through rotating contacts such as construction machines and machine tools, and is particularly applicable to electrical equipment that needs to take measures against moisture. is there.

本発明の実施の形態1における暖房便座を便器に取り付けた状態を示す斜視図The perspective view which shows the state which attached the heating toilet seat in Embodiment 1 of this invention to the toilet bowl. 本発明の実施の形態1における便座を便器から外した状態での便座側コネクタを示す拡大図The enlarged view which shows the toilet seat side connector in the state which removed the toilet seat from Embodiment 1 of this invention from the toilet bowl 本発明の実施の形態1における便座を便器から外した状態での支持手段側コネクタを示す拡大図The enlarged view which shows the support means side connector in the state which removed the toilet seat from Embodiment 1 of this invention from the toilet bowl 本発明の実施の形態1における暖房便座の便座の平面図The top view of the toilet seat of the heating toilet seat in Embodiment 1 of this invention 本発明の実施の形態1における暖房便座の便座の他の平面図The other top view of the toilet seat of the heating toilet seat in Embodiment 1 of this invention 同暖房便座の主要断面図Main sectional view of the heated toilet seat (a)本発明の実施の形態1における便座側コネクタの電気端子が3本の状態を示す拡大図(b)本発明の実施の形態1における便座側コネクタの電気端子が2本の状態を示す拡大図(A) Enlarged view showing the state of three electrical terminals of the toilet seat side connector according to the first embodiment of the present invention (b) showing the state of two electrical terminals of the toilet seat side connector according to the first embodiment of the present invention. Enlarged view 本発明の実施の形態1における便座側コネクタの電気端子と支持手段側コネクタの電気端子を示す拡大断面図The expanded sectional view which shows the electrical terminal of the toilet seat side connector in Embodiment 1 of this invention, and the electrical terminal of a support means side connector 本発明の実施の形態2における暖房便座の便座の平面図The top view of the toilet seat of the heating toilet seat in Embodiment 2 of this invention 本発明の実施の形態2における暖房便座の便座の他の平面図The other top view of the toilet seat of the heating toilet seat in Embodiment 2 of this invention 従来の暖房便座の斜視図A perspective view of a conventional heated toilet seat

符号の説明Explanation of symbols

10 暖房便座
11 支持手段
12 便器
13 便座
14 電源
15 暖房手段
18 電気端子
19 便座側コネクタ
20 接続手段
21 回転手段
22 支持手段側コネクタ
23 脱着手段
24 輻射型発熱体
29 ランプヒーター
32 ガラス管
34 ハロゲンガス
44 コードヒーター(第2発熱体)
45 面ヒーター(第2発熱体)
DESCRIPTION OF SYMBOLS 10 Heating toilet seat 11 Support means 12 Toilet bowl 13 Toilet seat 14 Power supply 15 Heating means 18 Electrical terminal 19 Toilet seat side connector 20 Connection means 21 Rotating means 22 Support means side connector 23 Desorption means 24 Radiation type heating element 29 Lamp heater 32 Glass tube 34 Halogen gas 44 Code heater (second heating element)
45 surface heater (second heating element)

Claims (5)

便座と、
便器に取り付けられ前記便座の回動を支持すると共に電源より電力の供給を受ける支持手段と、
内部に電気端子を有し外周が円環状の回転手段で内包されると共に前記便座に設けられた便座側コネクタと、
前記便座内に配置され前記便座側コネクタの電気端子に接続された内部配線のみで結線された暖房手段と、
前記支持手段に設けられ電気端子を内部に有する支持手段側コネクタとを備え、
前記便座側コネクタと前記支持手段側コネクタは、何れかのコネクタの電気端子が他方のコネクタの電気端子内に挿入可能にしていると共に、前記便座側コネクタと前記支持手段側コネクタを嵌合することでお互いの電気端子が接続し合い、前記支持手段に供給される電力を前記便座側コネクタの電気端子を介して前記暖房手段へ供給しており、
前記便座側コネクタと前記支持手段側コネクタを接続した状態で前記便座側コネクタを回動軸として、前記便座を回動可能にしている暖房便座。
And stool seat,
A support means attached to the toilet and supporting the rotation of the toilet seat and receiving power from a power source ;
A toilet seat-side connector provided in the toilet seat and having an electrical terminal inside and the outer periphery is enclosed by an annular rotating means ;
Heating means arranged in the toilet seat and connected only by internal wiring connected to an electrical terminal of the toilet seat side connector;
Wherein provided on the supporting means and a supporting means connector having electrical terminals therein,
The toilet seat side connector and the support means side connector are configured such that an electrical terminal of one of the connectors can be inserted into an electrical terminal of the other connector, and the toilet seat side connector and the support means side connector are fitted. The electrical terminals connected to each other, supplying the power supplied to the support means to the heating means via the electrical terminals of the toilet seat side connector,
Examples pivot axis said seat-side connector seat-side connector and while connecting the support means connector, toilet seats that are rotatable with the toilet seat.
回転手段はベアリングであることを特徴とする請求項1に記載の暖房便座。 The heating toilet seat according to claim 1, wherein the rotating means is a bearing . 挿入されるコネクタの電気端子は、入口部分の断面積が奥側の断面積よりも大きい請求項1または2に記載の暖房便座。 The heating toilet seat according to claim 1 or 2, wherein the electrical terminal of the inserted connector has a cross-sectional area of the entrance portion larger than a cross-sectional area on the back side . 暖房手段は、使用者の着座を検知する着座検知手段の検知に応じて作動するランプヒーターと、小さな電力で常に動作する抵抗体のヒーターとによって構成されている請求項1〜3のいずれか1項に記載の暖房便座 The heating means is constituted by a lamp heater that operates in response to detection by the seating detection means that detects the seating of the user, and a resistor heater that always operates with small electric power. Heating toilet seat according to item . 請求項1〜4のいずれか1項に記載の暖房便座と、局部洗浄手段を備えている衛生洗浄装置。 And heating seat according to any one of claims 1-4, a sanitary washing device includes a local washing unit.
JP2004068564A 2004-03-11 2004-03-11 Heated toilet seat and sanitary washing device equipped with the same Expired - Fee Related JP4517688B2 (en)

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Publication number Priority date Publication date Assignee Title
KR20130046343A (en) * 2011-10-27 2013-05-07 코웨이 주식회사 Toilet seat and manufacturing method thereof
ES2782300B2 (en) * 2019-03-11 2021-09-15 Roca Sanitario Sa HEATED TOILET SEAT, TOILET AND PROCEDURE FOR OBTAINING A TOILET SEAT

Citations (8)

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Publication number Priority date Publication date Assignee Title
JPS6333898U (en) * 1986-08-25 1988-03-04
JPH09140632A (en) * 1995-11-20 1997-06-03 Aiwa Co Ltd Heater for toilet seat
JPH10262872A (en) * 1997-03-28 1998-10-06 Aisin Seiki Co Ltd Heating device for toilet seat
JPH11151183A (en) * 1997-11-21 1999-06-08 Toto Ltd Heating toilet seat unit, its control unit and product with heating toilet seat unit
JP2000210230A (en) * 1999-01-27 2000-08-02 Matsushita Electric Ind Co Ltd Heater toilet seat
JP2000300472A (en) * 1999-04-23 2000-10-31 Toto Ltd Hinge structure of sanitary device
JP2002143038A (en) * 2000-11-09 2002-05-21 Toto Ltd Warm toilet seat device
JP2003135311A (en) * 2001-11-02 2003-05-13 Inax Corp Closet seat and structure for fixing the same

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Publication number Priority date Publication date Assignee Title
JPS6333898U (en) * 1986-08-25 1988-03-04
JPH09140632A (en) * 1995-11-20 1997-06-03 Aiwa Co Ltd Heater for toilet seat
JPH10262872A (en) * 1997-03-28 1998-10-06 Aisin Seiki Co Ltd Heating device for toilet seat
JPH11151183A (en) * 1997-11-21 1999-06-08 Toto Ltd Heating toilet seat unit, its control unit and product with heating toilet seat unit
JP2000210230A (en) * 1999-01-27 2000-08-02 Matsushita Electric Ind Co Ltd Heater toilet seat
JP2000300472A (en) * 1999-04-23 2000-10-31 Toto Ltd Hinge structure of sanitary device
JP2002143038A (en) * 2000-11-09 2002-05-21 Toto Ltd Warm toilet seat device
JP2003135311A (en) * 2001-11-02 2003-05-13 Inax Corp Closet seat and structure for fixing the same

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