JPS59207302A - Garbage collecting system - Google Patents
Garbage collecting systemInfo
- Publication number
- JPS59207302A JPS59207302A JP8229383A JP8229383A JPS59207302A JP S59207302 A JPS59207302 A JP S59207302A JP 8229383 A JP8229383 A JP 8229383A JP 8229383 A JP8229383 A JP 8229383A JP S59207302 A JPS59207302 A JP S59207302A
- Authority
- JP
- Japan
- Prior art keywords
- garbage
- storage device
- signal
- garbage storage
- detector
- 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.)
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Abstract
(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.
Description
【発明の詳細な説明】
この発明は、復数場所（こ設置されｆこ塵芥貯留装置ば
の塵芥の貯留状況を送信する塵芥収集システムＱこ閃す
るものである。DETAILED DESCRIPTION OF THE INVENTION The present invention provides a garbage collection system Q that transmits the garbage storage status of garbage storage devices installed at multiple locations.
各グ紅などから排出され１こ塵芥を貯留する塵芥貯留装
；２デが各地Ｏこ設置され、塵芥収集車が貯留塵芥を収
集する１こめ（こ定」υＪ的Ｑこ移動している。Garbage storage systems that store one piece of garbage discharged from each garbage are installed in various places, and garbage collection trucks are moving around to collect the stored garbage.
しかし、地域、時期Ｑこよっては、短期的に収集Ｇこ来
るＩＪ’ｌＪに７（％ｊ杯となってｊ／、ｉ４芥没入不
能と７より、同乗回数を増加しなけれはならなかつ１こ
り、７ｉ′μ容置か鏡少し、同乗回数を減らしてもよい
場合もあり、ｊ＋”ハ芥収集能率の向上が望まれてい妃
、
このブと明は、以−１１の句Ｔ゛ｉ青ζこ５監みなされ
１こもので、ｊ、ｊ；ｌ−芥ｔ！’ｊ’留装置′目１の
貯留塵芥の状況を指令センタＱこ送１イして貯１）′ｌ
塵芥の収集能率が向上するようにしに１・“ｔＬ芥収集
ンステムを提供することを目的とするものである。However, depending on the region and the time of year, the number of rides must be increased in the short term, and the number of rides must be increased. However, in some cases, it may be possible to reduce the number of rides a little, and it is desired to improve the efficiency of garbage collection. The status of the stored garbage in item 1 is sent to the command center Q and stored.
The object of the present invention is to provide a 1.tL garbage collection system so as to improve garbage collection efficiency.
ｊ（１」ら、この発明は、Ｉｋ芥貯留装ｈ′５′の貯留
塵芥のｌ＋’、ｉ： ｉ、；−を検出する重量検出器と
、塵芥貯留装置へθ月’ｒ１″、芥の投入を検出して投
入回数を計数する投入回数検出器と、各検出器からの訂
り°を指令センタ（こ７Ａイ１−１する送信部とを各７
９１本芥貯留装置ｉｊｊ Ｇこ設げ、各）１％、芥貯留
装置１ｔの送信１１）Ｓからの送信信号を相禅させるこ
とを特徴とするものである。This invention includes a weight detector that detects l+', i: i, ;- of the garbage stored in the garbage storage device h'5', and a weight detector that detects the amount of garbage stored in the garbage storage device h'5', A number of inputs detector that detects the input and counts the number of inputs, and a transmitter that sends corrections from each detector to a command center (7A-1-1) are connected to each 7A.
The system is characterized in that 91 waste storage devices ijj and G are provided, and the transmission signals from the waste storage devices 1t and 11) S are synchronized.
以１・−１この発明を添伺図１ｉ目こ刀くす実施例Ｑこ
基ついて）況明する。1.-1 This invention will be explained in detail with reference to Figure 1i and Example Q.
第］ ＋４’！＋ ＋こは１ノ１１≦芥貯留装置１の一
例が示されて：’；：３ リ、貼合２上（こは、一端※
こ塵芥投入口３、他う：ｉｌ’＋ ４こＨｊ’Ｍ、芥排
出口４をｉ＋ｉｔｉえた。塵芥貯留トラム５が回動自在
Ｏこ支持されている。このトラム５Ｑこは外周部（ニー
刻のピニオン６１．６が成句けられ、一方のピニオン６
はモータ７の回１７ ｔｌＱＩ＋ ７μＱこ固足され１
こピニオン８Ｇこ噛合し、他方のピニオン６は基台２（
こ回動自在に支持されたピニオン９０こ噛合している。] +4'! + +Koha 1 no 11≦An example of waste storage device 1 is shown:';:3 Ri, Pasting 2 top (Koha, one end*
Garbage inlet 3, other: il'+ 4 Hj'M, garbage outlet 4 i + iti. A garbage storage tram 5 is rotatably supported. This tram 5Q has a knee-shaped pinion 61.6 on the outer periphery, and one pinion 61.
is motor 7 times 17 tlQI+ 7μQ is fixed 1
This pinion 8G is engaged with the other pinion 6, and the other pinion 6 is engaged with the base 2 (
90 rotatably supported pinions are in mesh with each other.
従って、モータ７を駆動してドラム５を回＋１公をさせ
と、トラム５の内部（・二設けた螺旋状の羽根（図示省
：”ｈ ） ’ｒこよって貯留塵芥は刊゛出口４の方へ
１多動しながら圧縮される。Therefore, when the motor 7 is driven to rotate the drum 5 +1, the inside of the tram 5 (2 spiral blades (not shown) Compressed while being hyperactive.
なお、基台２には、トラム５を密閉状とする１こめ・２
こ、投入蓋１０と排出蓋１１が数句けである。In addition, the base 2 has 1 and 2 parts that make the tram 5 airtight.
Here, the input lid 10 and the discharge lid 11 are only a few pieces.
」二記！、（台２の下端面（こは、基台２の一端を揺動
自在に支ｉ’、’？ Ｌ 、、他端を床面１２Ｍこ当接
するばね１３Ｇこより支持ずろばね式秤１４が設けられ
ている。従って、貯留、塵芥の重ｋｊｉ： ＆こよって
はね１３が所定以上圧縮して他端が１り１叶すると、基
台２ま１こはその近傍（第１図では基台１の下方の床ｔ
ｆｌＪ １２ ） Ｇこ設けたリミットスイッチ１５が
作動し、リミットスイッチ１５は重量満杯信号を発する
。”Second note! , (lower end surface of the base 2 (here, one end of the base 2 is swingably supported i','? L , , the sliding spring type scale 14 is supported by a spring 13G whose other end is in contact with the floor surface 12M). Therefore, the weight of the accumulated garbage kji: &Thus, when the spring 13 is compressed by a predetermined amount or more and the other end comes true, the base 2 or 1 is in the vicinity of it (in Fig. 1, the base Floor t below platform 1
flJ 12) G The limit switch 15 provided is activated, and the limit switch 15 issues a weight full signal.
また、基台２またはその近ＷＩ（第１図では塵芥投入口
３の近傍）には投入蓋１ｏに接ばＬするリミットスイッ
チ１６が設けられており、このリミットスイッチ１６は
、投入蓋１０を閉じておれは接点を開放（または閉鎖）
シ、投入蓋１０を開けば接点を閉鎖（または開放）する
ことにより、投入蓋１０の開閉を検出できる。このリミ
ットスイッチ１６からの蓋開閉信号−を計数する計数器
１７は、計数値が所定値（予め設定されたブリセノ）
ｆ（ｆｊ ）以上になると、容量満杯信号を発する。な
お、この計数器１７は、塵芥貯留装置１のノ蕩芥がＪ非
出された後に、リセットボタン等を押すことＱこより、
計数値をリセットできるようにｊｉｉ成されている。Further, a limit switch 16 is provided on the base 2 or its vicinity WI (in the vicinity of the garbage inlet 3 in FIG. 1), which turns L when it comes into contact with the input lid 1o. Closed and I open (or close) the contacts
When the charging lid 10 is opened, opening and closing of the charging lid 10 can be detected by closing (or opening) the contacts. The counter 17 that counts the lid opening/closing signal from the limit switch 16 has a count value of a predetermined value (a preset value).
When f(fj) or more is reached, a capacity full signal is issued. Note that this counter 17 can be operated by pressing a reset button or the like after the garbage in the garbage storage device 1 has been disposed of.
It is designed so that the count value can be reset.
−ｌ二ｉ！己リミットスイッチ１５からの重量満杯信号
及び計数器１７からの容量満杯信号を入力とする送信部
１８は、重量満杯信号または容量満杯信−ぢ・を受は取
ると、塵芥貯留用アンテナ１９から重量満杯信９ｊ−ま
たは容量満杯信号に対応した４、コ゛別の信号波を全塵
芥貯留装置に共通の搬送波で変調して送信する。この場
合、例えば塵芥貯留装置は複数設置されているから、全
塵芥貯留装置の搬送波を共通の高周波（例えば、１０Ｋ
Ｈ２）とし、第１の塵芥貯留装置の重量及び容−量満杯
信号を１０１ Ｈｚ及び１１１ Ｈｚの信号波Ａ１１
Ｂ＋とし、第２の塵芥貯留装置のそれらの信号を１２１
Ｈｚ及び１’ ３１ Ｈｚの信号波へ２、Ｂ２とするよ
うに、信−９波はすべて１０Ｈｚおぎに相違するよう設
定しておけば、受信側では塵芥貯留装置と信号を判別す
ることができる。-l2i! When the transmitter 18 receives the weight full signal from the self-limit switch 15 and the capacity full signal from the counter 17, it sends the weight from the garbage storage antenna 19 when it receives the weight full signal or the capacity full signal. 4. Corresponding to the full signal 9j- or the capacity full signal, a signal wave for each column is modulated with a common carrier wave and transmitted to all the garbage storage devices. In this case, for example, since multiple garbage storage devices are installed, the carrier waves of all the garbage storage devices are connected to a common high frequency (for example, 10K).
H2), and the weight and capacity full signals of the first garbage storage device are set to signal waves A11 of 101 Hz and 111 Hz.
B+, and those signals of the second garbage storage device are 121
If all nine signals are set to differ by 10 Hz, such as 2 and B2 for signal waves of 31 Hz and 1'31 Hz, the receiving side can distinguish between the garbage storage device and the signal. .
第２図に示すようＧこ、塵芥収集の指令センタ２０は、
送受信用アンテナ２１を備え、塵芥貯留装置１の送信部
１８がら発せられる信号を受信でき、且つ塵芥収集車４
０と通話できるように構成されている。As shown in FIG. 2, the garbage collection command center 20 is
It is equipped with a transmitting/receiving antenna 21 and can receive signals emitted from the transmitting section 18 of the garbage storage device 1, and the garbage collection vehicle 4
It is configured so that it can talk to 0.
上記アンテナ２１に接続された受信部２２は、受信信号
を復調する。この受信信号は、塵芥貯留装置１の送信部
１８がらの信号であれば、第１フイルタ２３を通過して
判別部２４．．２４２（こ准する。判別部２４０．２４
２は信号波・と対となって、１０１１（ｚから１０Ｈｚ
おきの信号波を検出できるようＱこ構成され、ｆｉｊｊ
号波Ａ＋、Ｂ＋と判別部２４１．２４２、信号波Ａ２．
、Ｂ２と判別部２４３．２４４というようＯこ対応して
いる。イノ泊って、信号波Ａ１が発せられておれは、判
別部２４１が作動して第１の塵芥貯留装置が重量満杯で
あることを示すため（こ表示器２５、を点灯させ、信号
波Ｂ１が発せられておれは、判別部２４２が作動して第
１の塵芥貯留装置が容量ｒ１：ｌ’ａ杯であることを示
すために表示器２５２を点灯させ、信号波Ａ、、Ｂ、が
共に発せられておれば、判別部２４．．２４２が共に作
動して第１の塵芥貯留装置が重量及び容量が満杯である
ことを示すためにアンドゲート２６□を介して表示１ｉ
ｒ＝ ２７ ＋を点灯させる。A receiving section 22 connected to the antenna 21 demodulates the received signal. If this received signal is a signal from the transmitting section 18 of the garbage storage device 1, it passes through the first filter 23 and passes through the determining section 24. ．． 242 (this is done. Discrimination unit 240.24
2 is paired with the signal wave ・1011 (from z to 10Hz
Q is configured so that it can detect every signal wave.
The signal waves A+, B+, the discriminator 241, 242, and the signal waves A2.
, B2 and the discriminator 243, 244, and so on. In order to indicate that the first garbage storage device is full (the indicator 25 is lit), the signal wave B1 is emitted. The discriminator 242 operates to light the display 252 to indicate that the first garbage storage device has the capacity r1:l'a, and the signal waves A, , B are both activated. If this is the case, the determination units 24..242 operate together to display the display 1i via the AND gate 26□ to indicate that the first garbage storage device is full in weight and capacity.
Turn on r=27+.
また、アンテナ２１からの受信信号が音声信号てあれば
、第２ノイルク２８を通過して通信部２９ ＜こ達し、
スピーカ、レシーバ等Ｑこよって発声される。指令セン
タ２０の人が指令を発するときは、通信部２９（こ設け
たマイクロホン等（こより送信部３０及びアンテナ２１
を介して送信すればよい。Also, if the received signal from the antenna 21 is an audio signal, it passes through the second Neulk 28 and reaches the communication section 29.
The sound is emitted by Q, such as a speaker or receiver. When a person at the command center 20 issues a command, the communication unit 29 (via the transmitter 30 and the antenna 21
You can send it via.
塵芥収集車４０は、第３図（こ示すように、アンテナ４
１、送信部４２及び受信部４３を備え、通信部４４によ
って指令センタ２０と通信できるように４１ケ成されて
いる。The garbage collection vehicle 40 has an antenna 4 as shown in FIG.
1, a transmission section 42 and a reception section 43 are provided, and a communication section 44 is configured to communicate with the command center 20.
この発明は、以上の＋ｌ、￥城であり、次にその動作等
について述べる。This invention is based on the above +l, yen castle, and its operation etc. will be described next.
複数箇所（こ設置された塵芥貯留装置において、第１の
塵芥貯留装置１の重量が所定以」二となり、リミットス
イッチ１５が作動し重量満杯信号を送信部１８へ発する
と、送信部１８はアンテナ１９を介して信号波Ａ１を搬
送波に変調して送信する。この信号波Ａ１が指令センタ
２０によって受信され第１フイルタ２３を通過し各判別
部２４□、２４２・・−・・・Ｑこｊネすると、判別部
２４□のみがこの信号波Ａ１を検出して作動し、表示器
２５．を点灯させるから、指令センタ２０では、第１の
塵芥貯留装置１が重量において満杯であることがわかる
。When the weight of the first garbage storage device 1 reaches a predetermined value or more in the garbage storage devices installed at multiple locations (in this case), and the limit switch 15 is activated and a full weight signal is sent to the transmitting section 18, the transmitting section 18 transmits the signal to the antenna. 19, the signal wave A1 is modulated into a carrier wave and transmitted. This signal wave A1 is received by the command center 20, passes through the first filter 23, and is sent to each discriminator 24□, 242...Q. When this happens, only the discriminator 24□ detects this signal wave A1 and operates, causing the indicator 25. to light up, so the command center 20 knows that the first garbage storage device 1 is full in terms of weight. .
また、第１の塵芥貯留装置１へ塵芥が所定回 で数
以−に投入されると、投入蓋１０が開けられる ？
ｉＭだひに計数していた計数器１７の計数値が所定
杆値（プリセット値）以」二となり、計数器１７が
隼容＋ｊｌ”？Ｉｈ：Ｉ杯信号を送信号１８へ発するか
ら、送信 谷部１８は信号波Ｂ１を搬送波Ｑこ変調し
て送信する。この信号波Ｂ１が指令センタ２０によって
て受信され、判別部２４２が信号波Ｂ１を判別し
ばて作動し表示部２５２を点灯させるから、指令
８センタ２０では、第１の塵芥貯留装置１が容量
すにおいて満杯であることがわかる。なお、この を
状態でリミットスイッチ１５が作動しておれば、 −
表示器２７．も表示されるから、容量及び重量 てに
：Ｊ６いて渦４不であることがわかる。
１１文このようにして、各塵芥貯留装置は、塵芥が
イ重、鼠または容量において満杯（こなると、指令セ
個ツク２０へ満杯になったことを示す信号を送信
町することより、指令センタ２０は各塵芥貯留装ある
ときＱこ塵芥保留装置から重量又は容量が１杯であるこ
とを示す信号が発せられれば、満になった塵芥保留装置
の近辺を通る塵芥収集に塵芥を収集する指令を発したり
すれば、塵の収集効率は向上することになる。Furthermore, when garbage is loaded into the first garbage storage device 1 a predetermined number of times, the input lid 10 is opened.
The count value of counter 17 that was counting on iM dahi is set.
The bar value (preset value) becomes 2, and the counter 17
Since the I cup signal is sent to the transmitting signal 18, the transmitting valley part 18 modulates the signal wave B1 with the carrier wave Q and transmits it. This signal wave B1 is received by the command center 20 and discriminated. The unit 242 determines the signal wave B1.
When the command is activated, the display unit 252 lights up.
In the 8th center 20, the first garbage storage device 1 has a capacity of
You can see that it is full. In addition, if the limit switch 15 is activated in this state, -
Display 27. The capacity and weight are also displayed, so you can see that the capacity and weight are J6 and Vortex 4.
Sentence 11 In this way, each garbage storage device is
When the capacity is full (when this happens, a signal is sent to the command unit 20 indicating that it is full).
Therefore, when each garbage storage device is present, the command center 20 issues a signal indicating that the weight or capacity is full from the garbage storage device. If a command is issued to collect garbage, the efficiency of dust collection will be improved.
なお、以上の実施例は無線通信システムとしいるが、指
令センタ２０と塵芥保留装置１と有線式としておいても
よい。また、送信部１は重量又は容量力臂ｌ？奇杯とな
ったときのみ発信るようＱこしているが、塵芥の重量と
投入回数送（Ｗするようにし、塵芥収集ｆｆ１ｌｆ ４
０の収集コスを決定する参考資料となるようＯこしてお
いもよい。さらに、各塵芥保留装置から発する量及び容
量満杯信号を調歩信号等のようなデジタル信号とするこ
とによって、判別部を１又は数個とし判別部の個数を減
少することも能である。Although the above embodiment is a wireless communication system, a wired communication system between the command center 20 and the garbage storage device 1 may be used. Also, does the transmitter 1 have weight or capacity? Q is set so that the message is sent only when the cup is full, but the weight of the garbage and the number of inputs are sent (W), garbage collection ff1lf 4
You may also collect O to serve as reference material for determining the collection cost of 0. Furthermore, by converting the quantity and full capacity signals emitted from each garbage storage device into digital signals such as start-stop signals, it is possible to reduce the number of determining sections to one or several.
この発明は、以上のとおり、塵芥保留装置のできるから
、満杯状態になった時点で収集すれはよく収集回数を減
少でき収集能率を向上することができる。また、塵芥量
が通常よりも非常（こ多くなり、収集後すぐに満杯とな
っても、その満杯時点で塵芥保留装置から満杯信号が発
せられるから、塵芥を収集Ｑこ行くこと（こより、塵芥
投入者（住民等）の使用禁止の状況を最小にできるとい
う利点もある。As described above, since the present invention provides a garbage storage device, it is possible to easily collect the garbage when it becomes full, thereby reducing the number of times of garbage collection and improving the collection efficiency. In addition, even if the amount of garbage becomes extremely large than usual and becomes full immediately after collection, the garbage holding device will issue a full signal as soon as it is full, so you can collect the garbage. It also has the advantage of minimizing situations in which users (residents, etc.) are prohibited from using it.
第１図はこの発明の塵芥貯留装置の一例を示す説明図、
第２図はこの発明の指令センタの一例を示す説明図、第
３図はこの発明の塵芥収集車の一例を示す説明図である
。
１・・・塵芥貯留装置、２・・・基台、５・・・ドラム
〈］Ｏ・・投入蓋、１４・・・ばね式秤、１５．１６・
・・リミットスイッチ、１７・・・計数器、１８・・・
送信部、１９．２１．４１・・アンテナ、２０・・・指
令センタ、２２・・・受信部、２３．２８・・・フィル
タ、２４．．２４２・・・判別部、２５．、’２５□・
・・表示器、２７□、２７２・・・表示器、２９．４４
・・・通話部
特許出願人 富士車輌株式会社FIG. 1 is an explanatory diagram showing an example of a garbage storage device of the present invention,
FIG. 2 is an explanatory diagram showing an example of the command center of the present invention, and FIG. 3 is an explanatory diagram showing an example of the garbage collection vehicle of the present invention. DESCRIPTION OF SYMBOLS 1... Dust storage device, 2... Base, 5... Drum <] O... Input lid, 14... Spring type scale, 15.16.
...Limit switch, 17...Counter, 18...
Transmitting unit, 19.21.41...Antenna, 20...Command center, 22...Receiving unit, 23.28...Filter, 24. ．． 242...discrimination unit, 25. ,'25□・
...Display device, 27□, 272...Display device, 29.44
...Call unit patent applicant Fuji Sharyo Co., Ltd.
Claims (3)
検出器と、塵芥貯留装置への塵芥の投入を検出して投入
回数を計数する投入回数検出器と、各検出器からの信号
を指令センタに送信する送信部とを各塵芥貯留装置（こ
設は、各塵芥貯留装置の送信１７１ｊからの送信信号を
相異させることをｑｈ′徴とする塵芥収集システム。(1) A manual detector that detects the heavy viscosity of the garbage stored in the garbage storage device, a number of inputs detector that detects the input of garbage into the garbage storage device and counts the number of times it is input, and a A transmission section that transmits a signal to a command center is connected to each garbage storage device.
在Ｑこ交易され、他端がばね（こよって支持されるばね
秤と、保留塵芥の重量が所定値以−Ｌ０こなり、ばねが
所定Ｑ１３以上圧靴１したことを検出して重量ｉｉ＋ａ
杯信号全信号８１≦へ発し、送信部から市、’１Ｉ−ｉ
： ｒ：、’・Ｉｉ杯伯号を送信させるリミットスイッ
チからなることを特徴とする特許第１項記載の塵芥収集
システノ、。(2) The above-mentioned weight detector has one end of the garbage storage device which is swingable and the other end of which is supported by a spring scale and the weight of the retained garbage is below a predetermined value -L0. It is detected that the spring has been compressed by a predetermined Q13 or more, and the weight ii+a is
The cup signal is sent to all signals 81≦, from the transmitter to the city, '1I-i
: r:, '・Ii The garbage collection system described in Patent No. 1 is characterized by comprising a limit switch that transmits a cup number.
入蓋又はその近傍（こ設けられ蓋の開１′ｌ」を検出す
る蓋開閉検出器と、蓋開閉検出器からの信号を計数する
計数器とからなり、計数器の計数値が所定（１１以上Ｏ
こなると送信部から容Ｍ満杯信号を送信させることを特
徴とする特許請求の範囲第１項記載の塵芥収集システム
。 ＋４１ 上記送信部は、各塵芥貯留装置Ｑこ特有の信
号波を、全塵芥貯留装置Ｑこ共通の搬送波により変ｒａ
、ｆｌ して送信するものであることを９１′徴とする
ｑ″、ｙ許請求の範囲第１項記載のμμ芥収集システム
。(3) The J-recorded loading frequency detector counts signals from the lid opening/closing detector that detects the opening of the loading lid of the garbage storage device or its vicinity (this is the opening of the lid) and the lid opening/closing detector. The count value of the counter is a predetermined value (11 or more
2. The garbage collection system according to claim 1, wherein in this case, the transmission section transmits a capacity M full signal. +41 The transmitter converts a signal wave unique to each garbage storage device Q to a carrier wave common to all garbage storage devices Q.
, fl .
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP8229383A JPS59207302A (en) | 1983-05-09 | 1983-05-09 | Garbage collecting system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP8229383A JPS59207302A (en) | 1983-05-09 | 1983-05-09 | Garbage collecting system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS59207302A true JPS59207302A (en) | 1984-11-24 |
| JPH0453761B2 JPH0453761B2 (en) | 1992-08-27 |
Family
ID=13770492
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP8229383A Granted JPS59207302A (en) | 1983-05-09 | 1983-05-09 | Garbage collecting system |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS59207302A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH068316U (en) * | 1992-07-08 | 1994-02-01 | 太陽工業株式会社 | Waste storage hopper equipment |
| JP2007070115A (en) * | 2006-04-25 | 2007-03-22 | Yoshihisa Shimada | Garbage collection/storage device, garbage collection vehicle mounted with the device, method and system for treating garbage using the vehicle, and method for collecting garbage by the treatment method |
| JP2019167210A (en) * | 2018-03-23 | 2019-10-03 | 積水化学工業株式会社 | System and method of communication for a trash box with sensors |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS53130874A (en) * | 1977-04-20 | 1978-11-15 | Mitsubishi Electric Corp | Control system for vacuum transportation of refuse |
| JPS5433475A (en) * | 1977-08-17 | 1979-03-12 | Okura Yusoki Co Ltd | Extendable belt conveyor |
| JPS5817081A (en) * | 1981-07-17 | 1983-02-01 | 株式会社日立製作所 | Device for mounting shock absorber for elevator |
-
1983
- 1983-05-09 JP JP8229383A patent/JPS59207302A/en active Granted
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS53130874A (en) * | 1977-04-20 | 1978-11-15 | Mitsubishi Electric Corp | Control system for vacuum transportation of refuse |
| JPS5433475A (en) * | 1977-08-17 | 1979-03-12 | Okura Yusoki Co Ltd | Extendable belt conveyor |
| JPS5817081A (en) * | 1981-07-17 | 1983-02-01 | 株式会社日立製作所 | Device for mounting shock absorber for elevator |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH068316U (en) * | 1992-07-08 | 1994-02-01 | 太陽工業株式会社 | Waste storage hopper equipment |
| JP2007070115A (en) * | 2006-04-25 | 2007-03-22 | Yoshihisa Shimada | Garbage collection/storage device, garbage collection vehicle mounted with the device, method and system for treating garbage using the vehicle, and method for collecting garbage by the treatment method |
| JP4729430B2 (en) * | 2006-04-25 | 2011-07-20 | 好久 島田 | Garbage disposal system, garbage collection vehicle used therefor, and garbage disposal method using the system |
| JP2019167210A (en) * | 2018-03-23 | 2019-10-03 | 積水化学工業株式会社 | System and method of communication for a trash box with sensors |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0453761B2 (en) | 1992-08-27 |
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