【発明の詳細な説明】
〈産業上の利用分野〉
この発明はコークス炉の炉室よりドアーを取外す際とコ
ークス押出時にこぼれ落ちるコークスの回収装置に関す
るものである。
〈この発明が解消しようとする問題点〉この種のこぼれ
コークス回収装置としては特公昭６０−１９９５０号が
あるが、該公報は炉口下に定置したこぼれコークスの受
入れ槽をその場において傾倒回転してこぼれコークスを
コンベアー上に転載して、走行体に附設したホッパー上
に運び回収する構成のため、コンベアー上への転載と及
び移送の際に一部のコークスがこぼれ落ちるおそれがあ
り、ま九コンベアーを長大に設備することがさけられな
いという問題があった。作業床から炉底高さが少ない場
合設備できない。本発明はか＼る問題点を解消しようと
するものである。
〈発明の構成〉
本発明はコークス炉の炉前全走行する走行体上に炉口方
向に張出す枠体を設け、据宜式こぼれコークス受入れ槽
を各炉口前に設置し、且つ鉄槽を後送する運搬機構を前
後方向に移動可能に設け、前記運搬機構の移動路の中間
上に前記受入れ楢の傾倒機構を設けて、こぼれコークス
を傾倒機構下に設けるホッパー内に落入させ回収するよ
うにしたこぼれコークスの回収装置にある０
〈実施例〉
以下図面に基づいて実施例を説明する。
コークス炉１の炉前全走行する走行体２に炉前後方向に
移動する運搬機構４を載嵌する。５は枠体３０チャンネ
ル３ａ、３に＋に嵌合した走行用の車輪である。運搬機
構４は前端に枢支点５ＰＬＴ６ｂをもって、掛取７ａ、
７ｂと保持アーム８ａ、８ｂを前部に有す運搬部材９を
取付けており、該運搬部材９は機構４の中間部上の支柱
１０に支持されたシリンダー１１のロッドしに連結して
いて、シリンダーロッドの伸張によシ上動し、引きによ
シ下動するようになっている。こぼれコークス受入れ槽
１３は炉蓋枠１ｂをさけるため内側上部を段落させ、ま
たこぼれコークスの受入れを確実にするため炉側から見
た外側を傾斜板１４にして上部開口面を前出する方向に
拡げて形成する０該槽１３の両側外面には提手１５ａ、
１５ｂと、傾斜部材１６ａ、１６ｂが取付けられている
。
１７はモーターで伝動機構をもって枠体３０両側に掛は
廻わしたチェノ１８ａ、１８ｂを正複回動するようにし
ている。チェノｌｆ３ ａ ＊ １８ ｂ間には連結軸
１９とその枠体内両側下に掛軸２０を垂設して前記運搬
機構４の凹部２１に嵌合している。
２２は傾倒機構で該機構はチェノ１８ａ、１８ｂをさけ
て枠体３の両側外面に直立させた３本の支柱２３ａ、２
３ｂ、２３ｃと、相対する支柱２３ａ、２３ｂに設ける
取付板２４ａ、２４ｂ間に渡設する回動軸２５と該回動
軸２５の枠体３内の両側に取付ける押棒２６ａ、２６ｂ
と支柱２３ｃの取付板２４ｃに取付けたシリンダｒ１り
Ｌ ｎ ｒＩ＋ Ｑ〜ノ １１ ・ノ Ｊ”
Ｔ−１１リ 【＠ｎｎＬ、Ｉ胃舖由市Ｏ【 月
喜 シ一連結するレバー２９から成っている。
３０は枠体３の中間部に設けるシュート３１に接続し念
回収用のホッパーで、開閉用の７１７ンダ一機構３２に
よって開閉する開閉口３３を設けている０
第１図乃至第３図は本装置にてこぼれコークス受入れ槽
１３を炉口１ａの前面下に設置した状態を示しており、
ドアー（図示してない）を取外す際に炉室内よりこぼれ
落ちるコークスを受入れるのである。この受入れ槽１３
はシリンダー１１の作動に工りロッド１２を押し出する
と運搬部材９は枢支点６ａ、６ｂを中心に回動して掛取
７ａ、７ｂが槽１３の傾斜部材ｘ６ａ、ｉ６ｂの下端に
銅当てされ、４’ａ洩’７−１． Ｒ＊−ＲｂｆＺ堺−
Ｅ−１５ａ、 ＩＦ＋ｂに当金ｈ、引続く上動により第
４図に示すようにプラットホーム３４上より槽１３を離
し上げること＼なる。次いでモーター】７の起動により
チェノ１８ａ、１８ｂを右回転すると、掛軸２０と凹部
２１の嵌合により運搬機構４は［１３を保持したま＼枠
体３上を後退移動して、槽１３を傾倒機構２２下に運び
、そこでシリンダー２７を作動すると、シリンダーロッ
ド２８の前進はレバー２９９回動軸２５を介して押棒２
６ａ、２６ｂ 全第５図の状態から第６図の状態に下降
回動して傾斜部材１６ ａ ｅ １６ ｂの上部を押し
て、該部材を下端を中心に回動して槽１３をはソ逆さま
に傾倒するので、槽１３内のこぼれコークスは残らずシ
ュート３］を経てホッパー３０内に落入Ｌｌｌ収される
こと＼なる。
ター２７の逆作動により元形に戻され、チェノの左回動
によシ前進して炉口１ａ下に主力、シリンダー１１の逆
作動にてプラットホーム３４上に降ろされ、引続く作動
によフ保持アーム８ａ 、 ８ｂは提手１５ａ 、 １
５ｂより離れ第１図乃至第３図の状態となる。さらに運
搬機構４は枠体３上を後退移動して走行体２の走行に備
えられる。
〈発明の効果〉
本発明は以上のように構成して、こぼれコークスを受入
れ槽ごと後送して回収するようにしたので、転載等によ
って生じていた一部コークスのこぼれ落ちなどを解消し
、ま九コンベアー等の長大な設備を不要にして装置を簡
素にする効果がある。DETAILED DESCRIPTION OF THE INVENTION <Industrial Application Field> The present invention relates to a device for collecting coke that spills out when removing a door from a coke oven chamber and when extruding coke. <Problems to be solved by this invention> This type of spilled coke recovery device is disclosed in Japanese Patent Publication No. 60-19950, which discloses that a spilled coke receiving tank placed under the furnace mouth is tilted and rotated on the spot. Since the spilled coke is transferred onto a conveyor and transported to a hopper attached to the traveling body and collected, there is a risk that some of the coke may spill out during transfer onto the conveyor and during transfer. There was a problem in that it was unavoidable to install nine long conveyors. This equipment cannot be installed if the height of the hearth bottom is low from the work floor. The present invention attempts to solve these problems. <Structure of the Invention> The present invention provides a frame body projecting toward the furnace mouth on a traveling body that runs all the way in front of the furnace of a coke oven, and installs a stationary type spilled coke receiving tank in front of each furnace mouth, and an iron tank. A transporting mechanism for transporting the coke is provided so as to be movable in the front and back direction, and a tilting mechanism for the receiving oak is provided in the middle of the moving path of the transporting mechanism, and the spilled coke is dropped into a hopper provided below the tilting mechanism and collected. Embodiment An embodiment of the invention will be described below based on the drawings. A conveying mechanism 4 that moves in the longitudinal direction of the oven is mounted on a traveling body 2 that runs all the way in front of the oven of a coke oven 1. Reference numeral 5 denotes wheels for running that are positively fitted into the channels 3a and 3 of the frame body 30. The transport mechanism 4 has a pivot point 5PLT6b at the front end, and a hanging 7a,
7b and retaining arms 8a, 8b at the front, the carrying member 9 is connected to a rod of a cylinder 11 supported on a post 10 on the middle part of the mechanism 4; It moves up when the cylinder rod is stretched, and moves down when it is pulled. The spilled coke receiving tank 13 has a stepped inner upper part to avoid the furnace lid frame 1b, and has an inclined plate 14 on the outside as seen from the furnace side to ensure the reception of spilled coke, and the upper opening surface is moved forward. Hands 15a are provided on both outer surfaces of the expanded tank 13,
15b, and inclined members 16a and 16b are attached. Reference numeral 17 is a motor which has a transmission mechanism and rotates chinos 18a and 18b, which are hooked on both sides of the frame 30, in the forward and backward directions. A connecting shaft 19 and hanging shafts 20 are vertically disposed between the connecting shafts 19 and both sides of the frame and fit into the recesses 21 of the conveying mechanism 4. Reference numeral 22 denotes a tilting mechanism, which consists of three columns 23a and 2 that stand upright on both sides of the outer surface of the frame 3, avoiding the chinos 18a and 18b.
3b, 23c, a rotating shaft 25 provided across the mounting plates 24a, 24b provided on the opposing supports 23a, 23b, and push rods 26a, 26b attached to both sides of the rotating shaft 25 inside the frame 3.
and the cylinder r1 attached to the mounting plate 24c of the strut 23c.
T-11 Li [@nnL, I 薖由市O [月きし] Consists of levers 29 that are connected together. 30 is a hopper for collection that is connected to a chute 31 provided in the middle part of the frame 3, and is provided with an opening/closing opening 33 that is opened and closed by a mechanism 32 for opening and closing. The apparatus shows the spilled coke receiving tank 13 installed under the front of the furnace opening 1a.
It receives coke that spills from the furnace chamber when the door (not shown) is removed. This receiving tank 13
When the rod 12 is pushed out to operate the cylinder 11, the carrying member 9 rotates around the pivot points 6a and 6b, and the hooks 7a and 7b are placed against the lower ends of the inclined members x6a and i6b of the tank 13. , 4'a leak'7-1. R*-RbfZ Sakai-
E-15a, IF+b is loaded with h, and the subsequent upward movement causes the tank 13 to be lifted off the platform 34 as shown in FIG. Next, when the motor 7 is started and the chains 18a and 18b are rotated clockwise, the hanging shaft 20 and the recess 21 are engaged, and the transport mechanism 4 moves backward on the frame 3 while holding the holder 13, and tilts the tank 13. When the cylinder 27 is moved under the mechanism 22 and actuated there, the cylinder rod 28 is moved forward via the lever 299 and the pivot shaft 25.
6a, 26b are rotated downward from the state shown in Fig. 5 to the state shown in Fig. 6, pushing the upper part of the inclined member 16a, e 16b, and rotating the member around the lower end to turn the tank 13 upside down. Therefore, all spilled coke in the tank 13 falls into the hopper 30 through the chute 3 and is collected. It is returned to its original shape by the reverse operation of the cylinder 27, moved forward by the counterclockwise rotation of the chino, and is lowered onto the platform 34 by the reverse operation of the cylinder 11, and is lowered onto the platform 34 by the reverse operation of the cylinder 11. The holding arms 8a, 8b are the holding hands 15a, 1
5b, the state will be as shown in FIGS. 1 to 3. Further, the transport mechanism 4 moves backward on the frame 3 to prepare for the travel of the traveling body 2. <Effects of the Invention> The present invention is configured as described above, and the spilled coke is transported and collected together with the receiving tank, which eliminates the problem of some coke spilling out due to transshipment, etc. This has the effect of simplifying the device by eliminating the need for long equipment such as a conveyor.
【図面の簡単な説明】[Brief explanation of the drawing]
第１図はこぼれコークス受入れ槽を炉口前に設置した状
態にて示す平面図、第２図は同、側面図、第３図は同、
部分側面図、第４図は同、保持し浮上げ時の側面図、第
５図はホッパーシュート上への移送時の部分側面図、第
６図は同、傾倒時の部分側面図、１はコークス炉、ｌａ
は炉口、１ｂは炉蓋枠、２は走行体、３は枠体、４は運
搬機構、５は車輪、９は運搬部材、１１はシリンター
、１２ ’ｒ！、 同ｓ ロッド、１３はこぼれコーク
ス受入れ槽、１７はモーター、１８ａ、１８ｂはチェノ
、１９は連結軸、２０は掛軸、２１は凹部、２２は傾倒
機會１ りに νす 日悟り重重 ＱＣ，リ
ρＬ しそ 出…自輻 ９７ ν十 、ソ １トノ
ダー、２８はシリンダーロッド、２９はレバー、３０は
ホッパー％３１はシュート、３２は開閉用の７リンダ一
機構、３３は開閉口、３・ｔはプラットホームである。
特許出願人 コーリツエンジニアリング沫式会社〃
東邦瓦斯株式会社Figure 1 is a plan view showing the spilled coke receiving tank installed in front of the furnace mouth, Figure 2 is the same, a side view, and Figure 3 is the same,
4 is the same, a side view when holding and floating, FIG. 5 is a partial side view when transferring to the hopper chute, FIG. 6 is the same, partial side view when tilting, 1 is the same. coke oven, la
is the furnace mouth, 1b is the furnace cover frame, 2 is the running body, 3 is the frame body, 4 is the transport mechanism, 5 is the wheel, 9 is the transport member, 11 is the cylinder
, 12'r! , the same s rod, 13 is a spilled coke receiving tank, 17 is a motor, 18a, 18b are chinos, 19 is a connecting shaft, 20 is a hanging shaft, 21 is a recess, 22 is a tilting machine assembly. ρL Shiso Out...Self-radius 97 ν ten, So 1 Noder, 28 is cylinder rod, 29 is lever, 30 is hopper%31 is chute, 32 is 7 cylinder mechanism for opening and closing, 33 is opening and closing port, 3・t is It is a platform. Patent Applicant: Koritz Engineering Co., Ltd.
Toho Gas Co., Ltd.