JPH03129492A - Remaining life display device for grain drying device - Google Patents
Remaining life display device for grain drying deviceInfo
- Publication number
- JPH03129492A JPH03129492A JP15375989A JP15375989A JPH03129492A JP H03129492 A JPH03129492 A JP H03129492A JP 15375989 A JP15375989 A JP 15375989A JP 15375989 A JP15375989 A JP 15375989A JP H03129492 A JPH03129492 A JP H03129492A
- Authority
- JP
- Japan
- Prior art keywords
- grain
- timer
- operating time
- main power
- time
- 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.)
- Pending
Links
- 238000001035 drying Methods 0.000 title claims abstract description 77
- 238000001514 detection method Methods 0.000 claims description 29
- 239000000446 fuel Substances 0.000 claims description 21
- 230000004913 activation Effects 0.000 abstract 2
- 238000009434 installation Methods 0.000 description 5
- 230000008439 repair process Effects 0.000 description 5
- 238000007689 inspection Methods 0.000 description 4
- 238000012423 maintenance Methods 0.000 description 4
- 230000001186 cumulative effect Effects 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000007664 blowing Methods 0.000 description 1
- 238000002485 combustion reaction Methods 0.000 description 1
- 238000007796 conventional method Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000007246 mechanism Effects 0.000 description 1
- 238000000034 method Methods 0.000 description 1
Landscapes
- Time Recorders, Dirve Recorders, Access Control (AREA)
- Drying Of Solid Materials (AREA)
Abstract
Description
【発明の詳細な説明】
［産業上の利用分野］
本発明は、穀物を燃料の燃焼によって得られた熱風で通
風乾燥する穀物乾燥装置、すなわち、穀物乾燥機や穀物
乾燥施設等において、その残り寿命を正確に検出し、か
つ表示するための装置に関するものである。Detailed Description of the Invention [Industrial Field of Application] The present invention is a grain drying device for drying grain with hot air obtained by burning fuel, that is, a grain dryer, a grain drying facility, etc. The present invention relates to a device for accurately detecting and displaying lifespan.
［従来の技術］
従来、穀物乾燥機や穀物乾燥施設等の穀物乾燥装置にお
いては、点検修理や保守作業を適切に行う必要上から、
穀物乾燥装置にその設置年月日を記録することが行われ
ており、作業者は記録されている設置年月日から残り寿
命（残り耐用時間）を概略的に把握している。また、記
録されている設置年月日からメーカーの保証期間を算出
し、修理や点検等の無償、有償を決定している。[Prior Art] Conventionally, in grain drying equipment such as grain dryers and grain drying facilities, due to the need to properly perform inspection, repair, and maintenance work,
The installation date of the grain drying equipment is recorded on the grain drying equipment, and the operator can roughly grasp the remaining service life (remaining service life) from the recorded installation date. In addition, the manufacturer's warranty period is calculated from the recorded installation date, and repairs and inspections are determined to be free or paid.
［発明が解決しようとする課題］
一般に、この種の穀物乾燥装置における残り寿命は、そ
の実質稼動時間によって定めるのが正しく、また、メー
カーの保ＩＥＸＪＩ間も実質稼動時間による残り寿命を
勘案して定めるのが適切である。[Problems to be Solved by the Invention] Generally, it is correct to determine the remaining life of this type of grain drying equipment based on its actual operating time, and manufacturer's IEXJI also takes into account the remaining life based on the actual operating time. It is appropriate to specify
ところで、この種の穀物乾燥！！置は一年中平均して使
用されず、使用される季節が限られているところから、
上記従来のように穀物乾燥装置の設置年月日を基準とす
る手段では、算出される残り寿命が甚だ曖昧で不明確で
あり、また、メーカーの保証期間の決定も甚だ不的確と
ならざるを得ないのが実状である。By the way, this kind of grain drying! ! On average, storage facilities are not used throughout the year, and the seasons in which they are used are limited.
With the above-mentioned conventional method based on the installation date of the grain drying equipment, the calculated remaining life is extremely ambiguous and unclear, and the manufacturer's warranty period is also extremely inaccurate. The reality is that you can't get it.
しかも、この種の穀物乾燥装置は、多くの構成機構の集
まりからなっていて、乾燥作業において各８Ｂの作動時
間がまちまちであるうえ、穀物乾燥！！置の使用環境、
すなわち、寒冷地か温暖地か、乾燥作業時の気温や湿度
が高いか低いか等によって、燃焼系の作動時間に著しい
差異が生じ、これらの要素も残り耐用時間に密接にかか
わりがあるので、単なる設置後の期間や、穀物乾燥装置
の主電源の通電時間によっては、残り５４用時間を正確
に把握できず、また、メーカーの保証肋間を公正かつ明
確に決定することも不可能である。Moreover, this type of grain drying equipment consists of a collection of many component mechanisms, and the operating time of each 8B varies during drying work. ! environment of use,
In other words, there are significant differences in the operating time of the combustion system depending on whether it is a cold region or a warm region, whether the temperature and humidity during drying work are high or low, and these factors are also closely related to the remaining service life. Depending on the period after installation or the time the grain dryer's main power supply is turned on, it is not possible to accurately determine the remaining 54 working hours, nor is it possible to fairly and clearly determine the manufacturer's warranty period.
本発明は、このような従来のものにおける問題点に鑑み
、予め設定した乾燥装置の耐用時間と、乾燥装置の主電
源の通電時間と乾燥装置の各部の作動時間（乾燥装置の
穀物搬出入・循環系の作動時間、燃料供給ポンプの作動
時間、熱風送風機の作動時間）の各時間の積算値で主を
源の通電時間の積算値を修正した乾燥装置の実質稼動時
間から、乾燥装置の残り耐用時間を正確に検出して表示
し、もって、乾燥装置の残り耐用時間を的確ａこ把握し
て点検修理や保守作業を適切に行い、また、メーカーの
保ｒｉ期間を公正かつ明確に決定すること力Ｓできる穀
物乾燥装置における残寿命表示装置を提供することを目
的とするものである。In view of the problems with the conventional ones, the present invention has been developed based on the preset service life of the drying device, the energization time of the main power supply of the drying device, and the operation time of each part of the drying device (grain loading/unloading/unloading of the drying device). Based on the actual operating time of the drying equipment, which is calculated by correcting the integrated value of the energization time of the main source using the integrated value of the operating time of the circulation system, the operating time of the fuel supply pump, and the operating time of the hot air blower, the remaining operating time of the drying equipment is calculated. Accurately detect and display the service life, accurately grasp the remaining service life of the drying equipment, perform inspection, repair and maintenance work appropriately, and determine the manufacturer's warranty period fairly and clearly. It is an object of the present invention to provide a remaining life display device for a grain drying device that can be used in a grain drying device.
〔課題を解決するための手段］
本発明は、その目的を達成するための技術的手段として
次のように構成した。すなわち、その第１の構成は、
穀物を燃料の燃焼によって得られた熱風で通風乾燥する
穀物乾燥装置において、乾燥装置の主電源の通電時間を
検出する主電源タイマおよび乾燥装置の各部の作動時間
をそれぞれ検出する各８Ｂタイマと、予め設定された乾
燥装置の耐用時間および上記主電源タイマで検出された
主電源の通電時間の積算値を各部タイマで検出された各
部の作動時間の積算値で修正した実質稼動時間から残り
寿命を算出する制御部と、制御部で算出された乾燥装置
の残り寿命を表示する表示部とからなることを特徴とす
る穀物乾燥装置における残寿命表示装置とし、さらに、
その第２の構成は、
穀物を燃料の燃焼によって得られた熱風で通風乾燥する
穀物乾燥装置において、乾燥装置の重電ｄの通電時間を
検出する主電源タイマおよび乾燥装置の穀物搬出入・循
環系の作動時間検出タイマ、燃料供給ポンプの作動時間
検出タイマ、熱風送風機の作動時間検出タイマと、予め
設定された乾燥装置の耐用時間および上記各タイマで検
出された各時間を積算し、かつ主電源の通電時間の積算
値を穀物搬出入・循環系の作動時間検出タイマ、燃料供
給ポンプの作動時間検出タイマ、熱風送風機の作動時間
検出タイマで検出された各部の作動時間の積算値で修正
した実質稼動時間から残り寿命を算出する制御部と、制
御部で算出された乾燥装置の残り寿命を表示する表示部
とからなることを特徴とする穀物乾燥装置における残寿
命表示装置としたものである。[Means for Solving the Problem] The present invention is configured as follows as a technical means for achieving the object. That is, the first configuration is, in a grain drying device that ventilationly dries grain with hot air obtained by burning fuel, a main power supply timer that detects the energization time of the main power supply of the drying device and the operating time of each part of the drying device. Each 8B timer detects the preset service life of the drying device, and the integrated value of the main power supply time detected by the main power timer is calculated using the integrated value of the operating time of each part detected by each part timer. A remaining lifespan display device for a grain drying device, comprising: a control unit that calculates the remaining lifespan from the corrected actual operating time; and a display unit that displays the remaining lifespan of the drying device calculated by the control unit, ,
The second configuration is that in a grain drying device that ventilates and dries grain with hot air obtained by burning fuel, there is a main power timer that detects the energization time of the heavy electric current d of the drying device, and a main power supply timer that detects the energization time of the heavy electric current d of the drying device, and a grain loading/unloading/circulation of the drying device. The system operating time detection timer, the fuel supply pump operating time detection timer, the hot air blower operating time detection timer, the preset drying device durability time, and each time detected by each of the above timers are integrated, and the main The integrated value of the energization time of the power supply was corrected by the integrated value of the operating time of each part detected by the operating time detection timer of the grain loading/unloading/circulation system, the operating time detection timer of the fuel supply pump, and the operating time detection timer of the hot air blower. A remaining lifespan display device for a grain drying device, comprising a control section that calculates the remaining lifespan from the actual operating time, and a display section that displays the remaining lifespan of the drying device calculated by the control section. .
［作 用 ］
乾燥装置の主電源の通電時間を検出する主に！タイマは
、乾燥装置の起動時から停止時までの時間を検出し、各
部タイマは、乾燥装置の各部（乾燥装置の穀物搬出入・
循環系、燃料供給ポンプ、熱風送風機）の作動時間をそ
れぞれ検出する。そして、制御部では、乾燥装置の各部
の耐久度や損耗率、実質稼動率等のデータに基づいて予
め乾燥ｖｉ置の耐用時間が設定されており、上記主電源
タイマで検出された主電源の通電時間の積算値が各部タ
イマで検出された各部の作動時間の積算値で修正された
実質稼動時間が算出され、予め設定された耐用時間と実
質稼動時間から乾燥装置の残り寿命が検出され、かつ表
示部で表示される。[Function] Mainly used to detect the energization time of the main power supply of the drying equipment! The timer detects the time from when the drying equipment starts until it stops, and each part timer detects the time from when the drying equipment starts to when it stops.
The operating time of the circulation system, fuel supply pump, and hot air blower is detected. In the control section, the service life of the drying device is set in advance based on data such as the durability, wear rate, and actual operating rate of each part of the drying device, and the main power supply time detected by the main power timer is set in advance. The actual operating time is calculated by correcting the integrated value of the energization time with the integrated value of the operating time of each part detected by each part timer, and the remaining life of the drying device is detected from the preset service life and the actual operating time. and displayed on the display section.
すなわち、主電源タイマでは乾燥装置の起動時から停止
時までの時間が検出されるが、各部タイマζこよって検
出された時間によって、上記主電源タイマで検出された
起動時から停止時までの間における各部の休止時間分が
修正され、乾燥装置の実質稼動時間が正確に検出される
ので、それと予め設定した耐用時間から残りの耐用時間
、つまり残りの寿命が正しく検出表示されるのである。In other words, the main power timer detects the time from the start of the drying device to the time it stops, but depending on the time detected by each part's timer ζ, the time from start to stop detected by the main power timer is Since the down time of each part is corrected and the actual operating time of the drying device is accurately detected, the remaining service life, that is, the remaining life, is correctly detected and displayed based on this and the preset service life.
［実 施 例 コ 本発明の実施例を図面について説明する。[Example of implementation] Embodiments of the present invention will be described with reference to the drawings.
第１１！Ｉにおいて、１は穀物乾燥機であって、この穀
物乾燥機１は、上段に穀物収容槽２が、中段に乾燥部３
が、下段に穀物収集室４が設けられており、穀物収集室
４内の穀物搬出コンベヤ５と穀物収容槽２の上部の配穀
コンベヤ６間は昇降機７によって連絡されていて、穀物
収容槽２、乾燥部３、穀物収集室４、昇降８９Ｉ７、穀
物収容槽２へと穀物が循環されるように構成されている
。上記乾燥部３の一例にはバーナ８が、その他側には吸
弓排風１９が備えられており、穀物収容槽２から乾燥部
３を通過する穀物が、バーナ８で燃料の燃焼によって得
られた熱風で通風乾燥されるように構成されている。11th! In I, 1 is a grain dryer, and this grain dryer 1 has a grain storage tank 2 in the upper stage and a drying section 3 in the middle stage.
However, a grain collection room 4 is provided in the lower part, and a grain delivery conveyor 5 in the grain collection room 4 and a grain distribution conveyor 6 at the upper part of the grain storage tank 2 are connected by an elevator 7. , the drying section 3, the grain collection chamber 4, the elevator 89I7, and the grain storage tank 2. One example of the drying section 3 is equipped with a burner 8, and the other side is equipped with a bow exhaust 19, and the grain passing through the drying section 3 from the grain storage tank 2 is obtained by burning fuel in the burner 8. It is configured to be ventilated and dried with hot air.
第２図には、上記穀物乾燥ｍｌに備えられた残寿命表示
装置の構成が例示されている。FIG. 2 exemplifies the configuration of the remaining life display device provided in the dried grain ml.
すなわち、１０は乾燥機の主を源タイマ、１１は乾燥機
の穀物搬出入・循環系の作動時間検出タイマ、Ｉ２は燃
料供給ポンプの作動時間検出タイマ、１３は熱風送風機
の作動時間検出タイマであって、主電源タイマ１０は、
乾燥機の重電坂の通電時間を検出し、穀物搬出入・循環
系の作動時間検出タイマ乾燥装置の穀物搬出入・循環系
の作動時間検出タイマ１１は、バーナ８に燃料を供給す
る燃料供給ポンプの作動時間を検出し、熱風送風機の作
動時間検出タイマ１３は、バーナ８に内蔵されたファン
の作動時間を検出するものである。１４は制御部であっ
て、この制御部１４は、上記タイマ＋０．１１．１２．
１３で検出された各時間を積算し、かつ主電源タイマ１
０で検出された重電坂の通電時間の積算値を穀物搬出入
・循環系の作動時間検出タイマ１１、燃料供給ポンプの
作動時間検出タイマ１２、熱風送風機の作動時間検出タ
イマ１３で検出された各部の作動時間の積算値で修正し
て穀物乾燥機！の実Ｎ稼動時間を算出するものである。That is, 10 is the main source timer of the dryer, 11 is the operation time detection timer for the dryer's grain loading/unloading/circulation system, I2 is the fuel supply pump operation time detection timer, and 13 is the hot air blower operation time detection timer. Therefore, the main power timer 10 is
The timer 11 detects the energization time of the heavy electric ramp of the dryer and detects the operation time of the grain loading/unloading/circulation system.The timer 11 detects the operating time of the grain loading/unloading/circulation system of the dryer. The hot air blower operating time detection timer 13 detects the operating time of the fan built in the burner 8. 14 is a control unit, and this control unit 14 controls the timer +0.11.12.
13, and the main power timer 1.
The integrated value of the energization time of the heavy electric slope detected at 0 is detected by the operation time detection timer 11 of the grain loading/unloading/circulation system, the operation time detection timer 12 of the fuel supply pump, and the operation time detection timer 13 of the hot air blower. Correct the grain dryer based on the cumulative operating time of each part! This is to calculate the actual N operating time.
さらに、制御部１４では、耐用時間設定部１５で予め乾
燥機の耐用時間が設定され、その設定耐用時間と実質稼
動時間から残り寿命が算出される。１６は残り寿命表示
部であって、この残り寿命表示部！６は、制御部１４で
算出された乾燥機の残り寿命、つまり残り耐用時間をデ
ジタル表示するものである。なお、１７は乾燥機の各部
の残り寿命を各別に設定する各別寿命設定部、１８は各
別寿命表示部、１９はその表示切替部であり、表示切替
部ｊ９の切替え操作で各別寿命表示部１７に、穀物の搬
出入・循環系、バーナ８の各残り寿命をそれぞれ表示で
きるようになっている。Further, in the control unit 14, the service life of the dryer is set in advance by the service life setting unit 15, and the remaining service life is calculated from the set service life and the actual operating time. 16 is the remaining life display section, and this remaining life display section! 6 digitally displays the remaining life of the dryer calculated by the control unit 14, that is, the remaining service life. In addition, 17 is an individual life setting part for setting the remaining life of each part of the dryer, 18 is an individual life display part, and 19 is a display switching part. By switching the display switching part j9, each individual life is changed. The display section 17 can display the remaining life of the grain loading/unloading/circulation system and the burner 8, respectively.
上記制御部１４における制御、すなわち、主電源タイマ
１０で検出された主電源の通電時間の積算値を穀物搬出
入・循環系の作動時間検出タイマ１１、燃料供給ポンプ
の作動時間検出タイマ１２、熱風゛送風機の作動時間検
出タイマＩ３で検出された各部の作動時間の積算値で修
正する制御は、乾燥機の起動から停止までの全時間であ
る主電源の通電時間の積算値を各部の作動率で縮減修正
する等、穀物乾燥ｓ１１の実質稼動時間を的確に算出す
る演算手段によって行われる。６１用時間設定部１５で
は、乾燥機の各部の耐久層や損耗率、実Ｎ稼動率等、過
去のデータに基づいて決定した乾燥機の耐用時間が予め
設定される。The control section 14 controls the integrated value of the main power supply time detected by the main power supply timer 10 to the operation time detection timer 11 of the grain transport/circulation system, the operation time detection timer 12 of the fuel supply pump, and the hot air゛The control is corrected based on the cumulative value of the operating time of each part detected by the blower operating time detection timer I3. This is done by a calculation means that accurately calculates the actual operating time of the grain drying s11, such as reducing or correcting the grain drying time s11. In the 61 time setting section 15, the service life of the dryer is preset, which is determined based on past data such as the durability layer, wear rate, and actual N operation rate of each part of the dryer.
以上のように構成されたものよれば、主電源タイマＩＯ
では乾燥機の起動時から停止時までの時間が検出される
が、乾燥機の各部のタイマ＋１．１２．１３によって検
出された時間で、上記主電源タイマ１０で検出された起
動時から停止時までの間における各部の休止時間分が修
正されるので、乾燥機の単なる起動時から停止時に至る
時間ではなく、実質稼動時間が正確に検出され、かつそ
れによって、予め設定された乾燥機の耐用時間から残り
寿命が正確に算出され、残り寿命表示部１６においてそ
れが表示される。According to the configuration as described above, the main power timer IO
The time from when the dryer starts to when it stops is detected, but it is the time detected by the timer +1. Since the downtime of each part during this period is corrected, the actual operating time is accurately detected, not just the time from start to stop of the dryer, and thereby the preset service life of the dryer can be adjusted. The remaining life is accurately calculated from the time and displayed on the remaining life display section 16.
このため、穀物乾燥機ｌの残り寿命を的確に把握して点
検修理や保守作業を適切に行うことができ、また、メー
カーの保証期間を公正かつ明確に決定することができる
ことになる。Therefore, it is possible to accurately grasp the remaining life of the grain dryer 1 and perform inspection, repair, and maintenance work appropriately, and it is also possible to fairly and clearly determine the manufacturer's warranty period.
［発明の効果］
本発明は、穀物を燃料の燃焼によって得られた熱風で通
／ｌ乾燥する穀物乾燥装置において、乾燥装置の主電源
の通電時間を検出する主ｖＩＬ源タイマおよび乾燥装置
の各部の作動時間をそれぞれ検出する各部タイマと、予
め設定された乾燥装置の耐用時間および上記主電源タイ
マで検出された主電源の通電時間の積算値を各部タイマ
で検出された各部の作動時間の積算値で修正した実質稼
動時間から残り寿命を算出するＩＩ １１１１ＩＢｉ！
と、制御部で算出された乾燥装置の残り寿命を表示する
表示部とからなるものであり、また、穀物を燃料の燃焼
によって得られた熱風で通風乾燥する穀物乾燥装置にお
いて、乾燥装置の主１ｔＨの通電時間を検出する主電源
タイマおよび乾燥装置の穀物搬出入・循環系の作動時間
検出タイマ、燃料供給ポンプの作動時間検出タイマ、熱
風送風機の作動時間検出タイマと、予め設定された乾燥
装置の耐用時間および上記各タイマで検出された各時間
を積算し、かつ主電源の通電時間の積算値を穀物搬出入
・循環系の作動時間検出タイマ、燃料供給ポンプの作動
時間検出タイマ、熱風送風機の作動時間検出タイマで検
出された各部の作動時間の積算値で修正した実質稼動時
間から残り寿命を算出する制御部と、制御部で算出され
た乾燥装置の残り寿命を表示する表示部とからなるもの
であるから、予め設定した乾燥装置の耐用時間と、乾燥
装置の主Ｔ＆源の通電時間と乾燥装置の各部の作動時間
（乾燥装置の穀物搬出入・循環系の作動時間、燃料供給
ポンプの作動時間、熱風送風機の作動時間）の各時間の
積算値で主１４Ｎの通電時間の積算値を修正した乾燥Ｈ
Ｒの実質稼動時間から、乾燥装置の残り耐用時間を正確
に検出して表示でき、もって、乾燥装置の残り寿命を的
確にｔｔ！握して点Ｉ！ｉｌ修理や保守作業を適切に行
い、また、メーカーの保証期間を公正かつ明確に決定す
ることができる優れた効果を奏するものである。[Effects of the Invention] The present invention provides a main vIL source timer for detecting the energization time of the main power supply of the drying device and each part of the drying device in a grain drying device that dries grain by blowing hot air obtained by burning fuel. Each part's timer detects the operating time of each part, the preset service life of the drying device, and the integrated value of the main power supply time detected by the main power supply timer. Calculate the remaining life from the actual operating time corrected by the value II 1111IBi!
and a display section that displays the remaining life of the drying device calculated by the control section.In addition, in a grain drying device that ventilates grain with hot air obtained by burning fuel, it is the main part of the drying device. A main power timer that detects the 1 tH energization time, an operating time detection timer for the drying equipment's grain loading/unloading/circulation system, a fuel supply pump operating time detection timer, a hot air blower operating time detection timer, and a preset drying equipment The operating time detection timer for the grain transport/circulation system, the fuel supply pump operating time detection timer, and the hot air blower are integrated. A control unit that calculates the remaining life from the actual operating time corrected by the integrated value of the operating time of each part detected by the operating time detection timer of the dryer, and a display unit that displays the remaining life of the drying device calculated by the control unit. Therefore, the preset service life of the drying device, the energization time of the main T & source of the drying device, the operating time of each part of the drying device (the operating time of the grain loading/unloading/circulation system of the drying device, the fuel supply pump) drying H, which corrected the integrated value of the main 14N energization time based on the integrated value of each time (operating time of the hot air blower, operating time of the hot air blower)
The remaining service life of the drying device can be accurately detected and displayed from the actual operating time of R, thereby accurately determining the remaining service life of the drying device! Hold it and point I! This method has excellent effects in that it is possible to properly perform il repair and maintenance work, and to determine the manufacturer's warranty period fairly and clearly.
図面は本発明の実施例を示し、第１図は一部を破断して
示した穀物乾燥機の全体側面図、第２図は穀物乾燥機に
備えられた残寿命表示装置の構成を示すプロツク図であ
る。
１・・・穀物乾燥機、３・・・乾燥部、５・・・バーナ
、８・・・吸引排風機、ＩＯ・・・主電源タイマ、１１
・・・穀物搬出入・循環系の作動時間検出タイマ、１２
・・・燃料供給ポンプの作動時間検出タイマ、１３・・
・熱風送風機の作動時間検出タイマ、１４・・・制御部
、１５・・・耐用時間設定部、１６・・・残り寿命表示
部The drawings show an embodiment of the present invention; FIG. 1 is an overall side view of a grain dryer, partially cut away, and FIG. 2 is a program showing the configuration of a remaining life display device provided in the grain dryer. It is a diagram. 1...Grain dryer, 3...Drying section, 5...Burner, 8...Suction exhaust fan, IO...Main power supply timer, 11
...Grain loading/unloading/circulation system operation time detection timer, 12
...Fuel supply pump operating time detection timer, 13...
・Hot air blower operating time detection timer, 14...control section, 15...durable time setting section, 16...remaining life display section
Claims (2)
燥する穀物乾燥装置において、乾燥装置の主電源の通電
時間を検出する主電源タイマおよび乾燥装置の各部の作
動時間をそれぞれ検出する各部タイマと、予め設定され
た乾燥装置の耐用時間および上記主電源タイマで検出さ
れた主電源の通電時間の積算値を各部タイマで検出され
た各部の作動時間の積算値で修正した実質稼動時間から
残り寿命を算出する制御部と、制御部で算出された乾燥
装置の残り寿命を表示する表示部とからなることを特徴
とする穀物乾燥装置における残寿命表示装置。(1) In a grain drying device that ventilates and dries grain using hot air obtained by burning fuel, a main power timer detects the energization time of the main power supply of the dryer and a timer of each part detects the operating time of each part of the dryer. The remaining operating time is determined by correcting the preset service life of the drying equipment and the integrated value of the main power supply time detected by the main power timer above with the integrated value of the operating time of each part detected by each part timer. 1. A remaining lifespan display device for a grain drying device, comprising a control section that calculates the lifespan, and a display section that displays the remaining lifespan of the drying device calculated by the control section.
燥する穀物乾燥装置において、乾燥装置の主電源の通電
時間を検出する主電源タイマおよび乾燥装置の穀物搬出
入・循環系の作動時間検出タイマ、燃料供給ポンプの作
動時間検出タイマ、熱風送風機の作動時間検出タイマと
、予め設定された乾燥装置の耐用時間および上記各タイ
マで検出された各時間を積算し、かつ主電源の通電時間
の積算値を穀物搬出入・循環系の作動時間検出タイマ、
燃料供給ポンプの作動時間検出タイマ、熱風送風機の作
動時間検出タイマで検出された各部の作動時間の積算値
で修正した実質稼動時間から残り寿命を算出する制御部
と、制御部で算出された乾燥装置の残り寿命を表示する
表示部とからなることを特徴とする穀物乾燥装置におけ
る残寿命表示装置。(2) In a grain dryer that ventilates and dries grain using hot air obtained by burning fuel, a main power timer detects the energization time of the main power supply of the dryer and detects the operation time of the grain loading/unloading/circulation system of the dryer. The timer, the fuel supply pump operating time detection timer, the hot air blower operating time detection timer, the preset service life of the drying device, and each time detected by each of the above timers are integrated, and the main power supply time is calculated. The integrated value is used as a timer to detect the operation time of the grain loading/unloading/circulation system.
A control unit that calculates the remaining life from the actual operating time corrected by the integrated value of the operating time of each part detected by the operating time detection timer of the fuel supply pump and the operating time detection timer of the hot air blower, and the drying time calculated by the control unit. 1. A remaining life display device for a grain drying device, comprising a display section that displays the remaining life of the device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP15375989A JPH03129492A (en) | 1989-06-16 | 1989-06-16 | Remaining life display device for grain drying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP15375989A JPH03129492A (en) | 1989-06-16 | 1989-06-16 | Remaining life display device for grain drying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH03129492A true JPH03129492A (en) | 1991-06-03 |
Family
ID=15569512
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP15375989A Pending JPH03129492A (en) | 1989-06-16 | 1989-06-16 | Remaining life display device for grain drying device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH03129492A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002340480A (en) * | 2001-05-17 | 2002-11-27 | Iseki & Co Ltd | Operation control device for agricultural machine or the like |
| JP2009079388A (en) * | 2007-09-25 | 2009-04-16 | Panasonic Electric Works Co Ltd | Rainwater takeout apparatus |
| JP2011144626A (en) * | 2009-12-18 | 2011-07-28 | Hisao Toma | Rainwater intake device |
-
1989
- 1989-06-16 JP JP15375989A patent/JPH03129492A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002340480A (en) * | 2001-05-17 | 2002-11-27 | Iseki & Co Ltd | Operation control device for agricultural machine or the like |
| JP2009079388A (en) * | 2007-09-25 | 2009-04-16 | Panasonic Electric Works Co Ltd | Rainwater takeout apparatus |
| JP2011144626A (en) * | 2009-12-18 | 2011-07-28 | Hisao Toma | Rainwater intake device |
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