JPS60244344A - Dehulling and sorting apparatus of huller - Google Patents
Dehulling and sorting apparatus of hullerInfo
- Publication number
- JPS60244344A JPS60244344A JP10080884A JP10080884A JPS60244344A JP S60244344 A JPS60244344 A JP S60244344A JP 10080884 A JP10080884 A JP 10080884A JP 10080884 A JP10080884 A JP 10080884A JP S60244344 A JPS60244344 A JP S60244344A
- Authority
- JP
- Japan
- Prior art keywords
- sorting
- paddy
- sensor
- grains
- sorting tube
- 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
Landscapes
- Combined Means For Separation Of Solids (AREA)
- Adjustment And Processing Of Grains (AREA)
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】 産業上の利用分野 この発明は、籾摺機の脱ぷ選別装置に関する。[Detailed description of the invention] Industrial applications The present invention relates to a husking sorting device for a rice huller.
発明が解決しようとする問題点
脱ぷ装置によって摺り出された籾出米を、内周面に供給
し回転させて選別する形態の回転式選別筒にあっては、
選別筒内に供給する穀粒によって、選別に要する滞留層
を形成させて選別するが、選別条件としては、選別筒で
の処理量と脱ぷ装置での摺出量とを基にほぼ最良状態で
つり合う滞留層基準が設定できて選別の安定が図れ、又
選別筒の回転数の高・低操作によってこの選別筒の処理
量を変更しても、該処理量につり合った上記滞留層厚基
準を保つことが望ましい。Problems to be Solved by the Invention In a rotary sorting tube that feeds the unhulled rice scraped out by a dehulling device to the inner peripheral surface and rotates it to sort it,
The grains fed into the sorting cylinder are used to form a retention layer necessary for sorting, and the sorting conditions are approximately the best based on the throughput in the sorting cylinder and the amount removed by the pulverizer. It is possible to set a standard for the retained layer that is balanced with , and the sorting can be stabilized, and even if the throughput of the sorting cylinder is changed by increasing or decreasing the rotation speed of the sorting cylinder, the retained layer thickness balanced with the throughput can be maintained. It is desirable to maintain standards.
問題を解決するための手段
発明は、内部に供給される穀粒を回転しながら選別する
選別筒（１）、この選別筒（１）内にあってこの内部の
穀粒滞留層を検出するセンサー（２）、及び脱ぷ装置（
３）へ供給すべき籾量を調節する籾供給調節弁（４）等
との関係を、該センサー（２）による穀粒滞留層の増・
減検出によって該籾供給調節弁（４）の開度を小・大に
調節すべく連動構成し、かつ該選別筒（１）の回転数の
高・低調節操作によって該センサー（２）によるこの選
別筒（１）内の穀粒滞留層検出基準域を厚・薄に変更調
節すべく連動構成してなる籾摺機の脱ぷ選別装置の構成
とする。Means for Solving the Problem The invention provides a sorting cylinder (1) that rotates and sorts the grains supplied therein, and a sensor that is located inside this sorting cylinder (1) and detects a grain retention layer inside the sorting cylinder (1). (2), and a de-pudding device (
3) The relationship with the paddy supply control valve (4) that adjusts the amount of paddy to be supplied to the sensor (2)
The opening degree of the paddy supply control valve (4) is adjusted to small or large by detecting the decrease in the amount of paddy, and this is controlled by the sensor (2) by adjusting the rotation speed of the sorting tube (1) to high or low. The structure of the husking sorting device of a huller is constructed in such a manner that the grain retention layer detection reference area in the sorting tube (1) is interlocked to change and adjust the thickness and thinness.
発明の作用、及び効果
回転する選別筒（１）内周面に、脱ぷ装置（３）によっ
て摺り出された摺出米を供給すれば、この供給された穀
粒が該選別筒（１）内周面に選別に要する適正な滞留層
を形成して選別作用が行われ、脱ぷ粒と未脱ぷ粒とに選
別されることとなり、選別筒（１）で選別処理される量
と脱ぷ装置（３）で摺り出される摺出米との均衡が崩れ
ると、例えば、選別筒（１）内の穀粒滞留層が増加する
とセンサー（２）が上方へ回動し籾供給調節弁（４）の
開度を小に連動調節して、脱ぷ装置（３）へ供給すべき
籾量を減少させて、選別筒（１）内の穀粒の適正な滞留
層厚を維持するよう調節し。Functions and Effects of the Invention If the peeled rice scraped out by the husking device (3) is supplied to the inner peripheral surface of the rotating sorting tube (1), the supplied grains will be removed from the sorting tube (1). A sorting action is performed by forming an appropriate retention layer on the inner circumferential surface for sorting, and the grains are separated into shelled grains and unshipped grains. If the balance with the rice being scraped out by the paddy pumping device (3) is disrupted, for example, if the grain retention layer in the sorting tube (1) increases, the sensor (2) will rotate upward and the paddy supply control valve ( The opening degree of 4) is adjusted to a small value to reduce the amount of paddy to be supplied to the husking device (3), and to maintain an appropriate layer thickness of grains in the sorting tube (1). death.
又滞留層厚が減少するとセンサー（２）が下方へ回動し
て籾供給調節弁（４）の開度を大に連動調節して、脱ぷ
装置（３）への供給量を増加させて選別筒（１）内の滞
留層厚を安定させて、該選別筒（１）等での穀粒の詰り
ゃ、選別の不安定が解消でき、又、選別筒（１）の回転
数を高くするとセンサー（２）の検出基準たる穀粒滞留
層は厚くなり、又逆に回転数を低くすると薄くなるよう
に調節されて、該選別筒（１）での処理量の変更は、こ
の選別筒（１）内への穀粒の適正供給量を維持させた状
態で行うことができ、常に選別能率に応じた適正選別を
行うことができる。Also, when the thickness of the retained layer decreases, the sensor (2) rotates downward, greatly interlockingly adjusts the opening degree of the paddy supply control valve (4), and increases the amount supplied to the husking device (3). By stabilizing the thickness of the accumulated layer in the sorting tube (1), it is possible to eliminate instability in sorting due to clogging of grains in the sorting tube (1), etc., and to increase the rotation speed of the sorting tube (1). Then, the grain retention layer, which is the detection standard of the sensor (2), becomes thicker, and conversely, as the rotation speed is lowered, it becomes thinner. (1) It is possible to carry out the process while maintaining an appropriate amount of grains supplied to the inside, and it is possible to always carry out appropriate sorting according to the sorting efficiency.
実施例
第１図〜第３図の実施例について説明する。脱ぷ装置（
３）は穀粒を供給するホッパー（５）、開閉軸（６）に
て回動自在に枢着された籾供給調節弁（４）とこの下側
の左右一対の脱ぷロール（７）（７）からなり、この脱
ぷ装置（３）の下部には、脱ぷロール（７）（７）によ
り脱ぷされた摺出米を吸引選別する選別棚、及び吸引フ
ァンを有する吸引装置（８）等が設けられ、選別された
籾からは排出口（９）より機外に排出されるように構成
されている。Embodiment The embodiment shown in FIGS. 1 to 3 will be explained. De-pudding device (
3) consists of a hopper (5) for supplying grains, a paddy supply control valve (4) rotatably mounted on an opening/closing shaft (6), and a pair of left and right shredding rolls (7) below the paddy supply control valve (4). 7), and at the bottom of this dehulling device (3), there is a sorting shelf for sucking and sorting the rice that has been dehulled by the dehulling rolls (7) (7), and a suction device (8) having a suction fan. ), etc., and the selected paddy is discharged from the machine through a discharge port (9).
（１０）は回転式穀粒選別装置で、脱ぷ装置（，３）の
後方に位置し函体（１１）内に、前後方向の回動自在に
軸支されたロール軸（１２） （１２）回りに選別筒（
１）を回転すべく駆動ローラ（１３）（１３）０１．に
支持させ、この選別筒（１）は円筒状で内周面に凹み（
１４）を形成し、前端部は開放し、他端側には筒端壁（
１５）を設け、該選別筒（１）内部には選別された脱ぷ
粒を受けるラセン受樋（１６）を前後方に向けて、前後
両端を該函体（１１）に取りつけてあり、選別？＃ （
１）の回転上昇（イ）側に仕切弁（１７）を軸（１８）
で回動自在に枢着して、底部にはラセン（１９）を軸架
している。(10) is a rotary grain sorting device, which is located behind the threshing device (, 3) and is supported in a box (11) so as to be rotatable in the front and rear directions. ) around the sorting tube (
1) to rotate the drive rollers (13) (13)01. The sorting tube (1) is cylindrical and has a recess (
14), the front end is open, and the other end has a cylindrical end wall (
15) is provided inside the sorting tube (1), and inside the sorting tube (1) there is a helical receiving trough (16) for receiving the sorted scraped grains, which faces forward and backward, and both front and rear ends are attached to the box (11). ? # (
Attach the gate valve (17) to the shaft (18) on the rotation increasing (a) side of 1).
It is rotatably pivoted at the bottom, and a helix (19) is mounted on the bottom.
（２０）は供給樋でラセン受樋（１６）とほぼ並列で回
転上昇（イ）側に位置して前後方向に設けてあり、底部
にラセン（２１）を軸架して、前端部は函体（１１）前
部に設けられた供給タンク（２２）に連通させ、後端部
は選別筒（１）の後端内に供給戸樋（２３）で連通し、
且つこの供給樋（２０）は選別作用時に生ずる脱ぷ粒と
未脱ぷ粒との混合せる還元用混合米をも受けるべく形成
している。センサ′−（２）は、選別筒（１）の後端内
の供給戸樋（２３）近傍で回転上昇（イ）側に位置し、
内周面の凹み（１４）に面して軸（２４）で回動自在に
枢着している。(20) is a supply gutter, which is located almost in parallel with the helical receiving gutter (16) and is located on the rotation rising side (A) in the front-rear direction. The body (11) is connected to a supply tank (22) provided at the front part, and the rear end is connected to the rear end of the sorting tube (1) through a supply gutter (23).
This supply gutter (20) is also formed to receive mixed rice for reduction, which is a mixture of shelled grains and unhulled grains produced during the sorting operation. The sensor'-(2) is located near the supply door gutter (23) in the rear end of the sorting cylinder (1) on the rotational rise (a) side,
It is rotatably mounted on a shaft (24) facing the recess (14) on the inner circumferential surface.
供給タンク（２２）は函体（１１）の前端部に位置し、
流下板（２５） （２５）にて漏斗状に形成し下側を供
給樋（２０）に連通させて、脱ぷ装置（３）から摺り出
される摺出米を混合スロワ−（２６）から受けて選別筒
（１）へ供給可能に形成し、ラセン受ｆａ （１６）か
ら回収される脱ぷ粒を下方へ排出する通路を有した構成
としている。この通路を経て排出される脱ぷ粒はスロワ
−（２７）で機外に放出されるように構成し、又選別筒
（１）の前端側内周面より落下する選別された未脱ぷ粒
はスロワ−（２８）により脱ぷ装置（３）へ還元され再
説ぷされるように構成している。The supply tank (22) is located at the front end of the box (11),
The flow plate (25) is formed into a funnel shape with (25) and the lower side communicates with the supply gutter (20) to receive the scraped rice scraped out from the threshing device (3) from the mixing thrower (26). It is formed so that it can be supplied to the sorting tube (1), and has a passageway for discharging the scraped grains collected from the helical receiver fa (16) downward. The shelled grains discharged through this passage are configured to be discharged outside the machine by a thrower (27), and the unshipped grains that are sorted and fall from the inner peripheral surface on the front end side of the sorting tube (1). is returned to the removing device (3) by the thrower (28) and is reexplained.
（２９）は自動変速プーリで、該脱ぷ装置（３）のギヤ
一連動機構から連動され、この自動変速プーリ（２９）
を介してベルト（３０）で駆動ローラ（１３）（１３）
、及びラセン（１９）を各々連動する。(29) is an automatic speed change pulley, which is interlocked with the gear linkage mechanism of the shedding device (3), and this automatic speed change pulley (29)
Drive roller (13) with belt (30) through (13)
, and helix (19) respectively.
ラセン（２１）はラセン（１９）よりギヤー（３１）、
（３２）を介して駆動される。（３３）はロール軸（１
２）を軸として回動するベル・クランクで一側端部には
回動自在に遊動車（３４）を設け、他端側先端部を、支
点ピン（３５）を中心として回動自在な操作レバー（３
６）の−側端部に連動連結して、この操作レバー（３６
）の上下作動にて該ベルクランク（３３）が回動しベル
ト（３０）のテンションが可能で、下方へ操作すれば駆
動ローラ（１３） （１３）０８．を介して選別筒（１
）が高速となり、上方へ操作すれば低速となるように構
成している。（３７）は連結アームで、−側端を、該軸
（２４）の前端側端部に嵌着してセンサー（２）の作動
と同時に回動自在で、他端側は、連動杆（３８）の長溝
部にピン（３９）を嵌入させて連結し、該連動杆（３８
）はピン（３９）を中心に回動自在で一側端は前記操作
レバー（３６）の他端側にピン（４０）で回動可能に連
結し、他端側はリンク機構（４１）で籾供給調節弁（４
）と連動連結して、これらセンサー（２）と調節弁（４
）との関係は、センサー（２）が上方へ作動すれば、軸
（２４）を中心に連結アーム（３７）が下方へ回動し、
この作動により連動杆（３８）は、ピン（４０）を中心
としてピン（３９）が長溝部で摺動されながら下方へ回
動し、籾供給調節弁（４）をリンク機構（４１）で閉方
向へ作動し、又センサー（２）が下方へ作動すれば、上
記の逆方向に回動して、籾供給調節弁（４）が開方向へ
作動すべく連動構成している。The helix (21) is a gear (31) from the helix (19),
(32). (33) is the roll axis (1
2) A bell crank that rotates around the axis, with an idler wheel (34) rotatably provided at one end, and the tip of the other end rotatably operated around the fulcrum pin (35). Lever (3
This operation lever (36) is interlocked and connected to the - side end of
) can rotate the bell crank (33) and tension the belt (30), and when operated downward, the drive roller (13) (13)08. through the sorting tube (1
) is configured to become high speed, and when operated upward, the speed becomes slow. (37) is a connecting arm, whose negative end is fitted into the front end of the shaft (24) so that it can rotate at the same time as the sensor (2) is actuated, and the other end is connected to the interlocking rod (38). ) into the long groove part to connect the pin (39), and the interlocking rod (38
) is rotatable around a pin (39), one end is rotatably connected to the other end of the operating lever (36) with a pin (40), and the other end is connected with a link mechanism (41). Paddy supply control valve (4
), these sensors (2) and control valves (4)
), when the sensor (2) operates upward, the connecting arm (37) rotates downward about the shaft (24),
Due to this operation, the interlocking rod (38) rotates downward with the pin (39) sliding in the long groove about the pin (40), and the paddy supply control valve (4) is closed by the link mechanism (41). If the sensor (2) operates downward, it rotates in the opposite direction, and the paddy supply control valve (4) operates in the opening direction.
更に、これらと選別筒（１）の回転変速との関係は、操
作レバー（３６）を下方へ操作すれば前記載のように選
別筒（１）は高速回転側となると共にピン（３９）位置
を下方に移動して、センサー（２）による滞留層検出基
準域を厚に変更調節して、このピン（３９）を中心とし
て連動杆（３８）が回動し、リンク機構（４１）で籾供
給調節弁（４）を開方向へ作動し、又上方へ操作すれば
、選別筒（１）、及び籾供給調節弁（４）の作動が上記
の逆に作動するよう構成されている。Furthermore, the relationship between these and the rotational speed of the sorting tube (1) is that if the operation lever (36) is operated downward, the sorting tube (1) will rotate at high speed as described above, and the pin (39) will be at the position. is moved downward to adjust the thickness of the stagnant layer detection reference area by the sensor (2), the interlocking rod (38) rotates around this pin (39), and the link mechanism (41) removes the paddy. If the supply control valve (4) is operated in the opening direction and also in the upward direction, the sorting tube (1) and the paddy supply control valve (4) are operated in the opposite manner.
ホッパー（５）に投入された籾は、籾供給調節弁（４）
の開度により脱ぷ装置（３）の脱ぶロール（７）（７）
への籾供給量が決められるが、あらかじめこの籾供給調
節弁（４）とセンサー（２）とを選別筒（１）の凹み（
１４）部が選別時に必要なほぼ最良の滞留層厚基準域と
なる状態にリンク機構（４１）等で連動連結して、脱ぷ
ロール（７）（７）間に流下させる。脱ぷロール（７）
（７）で摺り出された摺出米は１選別棚及び吸引装置（
８）により風選されて、籾からは排出口（９）より機外
に排出され、風選された摺出米は混合米スロワ−（２６
）により供給タンク（２２）に搬入され゛、供給樋（２
０）のラセン（２１）により一旦後方に移送されて、回
転している選別筒（１）に連続して供給される。供給さ
れた選別筒（１）内の摺出米は、筒端壁（１５）側より
滞留層が形成され、この滞留層厚によってセンサー（２
）と連動連結された籾供給調節弁（４）が作動して安定
した滞留層厚を形成して、穀粒は回転上昇（イ）側で上
昇、下降の循環を繰返し、脱ぷ粒は凹み（１４）部に嵌
入して掬い上げラセン受樋（１６）に落人し、ラセン（
１９）にて移送され供給タンク（２２）内に設けられた
通路を経て排出し、スロワ−（２７）で機外に放出され
る。又選別時に発生する脱ぷ粒と未脱ぷ粒との混じった
還元用混合米は供給樋（２０）に落人して、供給される
摺出米と合流して再度選別が繰り返される。未脱ぷ粒は
、流動している滞留層の表層を滑降しながら前方に移送
し前記選別を繰り返し選別筒（１）の前端部より落下し
てスロワ−（２８）により脱ぷロール（７）（７）に還
元して再処理されなから籾摺作業が行われる。The paddy put into the hopper (5) is transferred to the paddy supply control valve (4).
Rolls (7) (7) are removed from the removal device (3) depending on the opening degree of the
The amount of paddy supplied to the tank is determined in advance by installing the paddy supply control valve (4) and sensor (2) in the recess (1) of the sorting tube (1).
14) is interlocked and connected by a link mechanism (41) etc. in a state where the part becomes almost the best retained layer thickness reference area required at the time of sorting, and is caused to flow down between the depulping rolls (7) (7). Skip roll (7)
The crushed rice scraped out in step (7) is placed on the 1 sorting shelf and the suction device (
8), the paddy is discharged outside the machine from the discharge port (9), and the wind-selected rice is passed through the mixed rice thrower (26).
) into the supply tank (22), and the supply gutter (2
0) is once transported backward by the helix (21), and then continuously supplied to the rotating sorting tube (1). The supplied rice in the sorting cylinder (1) forms a retention layer from the cylinder end wall (15) side, and the thickness of this retention layer causes the sensor (2
) is operated to form a stable retention layer thickness, and the grains repeat the cycle of rising and falling on the rising side of the rotation (a), and the shelled grains are dented. (14), scooped up the person and fell into the helical receiving gutter (16), and the helical (
19), is discharged through a passage provided in the supply tank (22), and is discharged outside the machine by a thrower (27). Further, the mixed rice for reduction, which is a mixture of shelled grains and unhulled grains generated during sorting, falls into the supply gutter (20) and is combined with the supplied washed rice, where the sorting is repeated again. The unslipped grains are transported forward while sliding down the surface layer of the flowing retention layer, and the above-mentioned sorting is repeated until they fall from the front end of the sorting tube (1) and are transferred to the shredding roll (7) by the thrower (28). (7) Husking work is carried out before being reduced and reprocessed.
この籾摺作業中に、選別筒（１）へ供給される穀粒量に
変化が生じた場合、この選別筒（１）内に形成される滞
留層厚にも変動が起きる。この変動によりセンサー（２
）が上下に回動して、この回動に連動されて籾供給調節
弁（４）が作動して脱ぷロール（７）（７）への穀粒の
開度が調節され、常に選別筒（１）の選別処理量とつり
合った穀粒が供給され、該選別筒（１）内等での詰り等
が発生せず安定した作業が得られる。又操作レバー （
３６）によって選別筒（１）の回転数を変更して、選別
処理量を変更した場合は、該操作レバー（３６）の操作
によりこれと連動して、センサー（２）の滞留検出基準
域を厚・薄に変更調節されて、連動杆（３８）がピン（
３９）を中心に回動して、リンク機構（４１）に連動さ
れて籾供給調節弁（４）の開度が調節され、変更された
処理量につり合った供給量が得られ、処理能力の向上も
図れる。During this hulling operation, if the amount of grains supplied to the sorting tube (1) changes, the thickness of the retained layer formed in the sorting tube (1) also changes. This fluctuation causes the sensor (2
) rotates up and down, and in conjunction with this rotation, the paddy supply control valve (4) operates to adjust the degree of opening of grains to the husking rolls (7) (7), so that the sorting cylinder is always Grain is supplied in proportion to the throughput of sorting in (1), and stable work can be achieved without clogging in the sorting tube (1) or the like. Also, the operation lever (
36), when the rotation speed of the sorting tube (1) is changed to change the sorting throughput, the stagnation detection reference range of the sensor (2) is changed in conjunction with this by operating the operating lever (36). The interlocking rod (38) is adjusted to be thick or thin, and the interlocking rod (38) is attached to the pin (
39), the opening degree of the paddy supply control valve (4) is adjusted in conjunction with the link mechanism (41), and a supply amount balanced with the changed processing amount is obtained, increasing the processing capacity. It can also be improved.
図はこの発明の一実施例を示すもので、第１図は一部断
面せる側面図、第２図は一部断面せる背面図、第３図は
一部の正面図である。
図中、符号（１）は選別筒、（２）はセンサー（３）は
脱ぷ装置、（４）は籾供給調節弁を示す。
特許出願人の名称
井関農機株式会社
代表者 井関昌孝The drawings show an embodiment of the present invention, in which FIG. 1 is a partially sectional side view, FIG. 2 is a partially sectional rear view, and FIG. 3 is a partially sectional front view. In the figure, reference numeral (1) indicates a sorting tube, (2) indicates a sensor (3), a phus removal device, and (4) indicates a paddy supply control valve. Name of patent applicant: Masataka Iseki, representative of Iseki Agricultural Machinery Co., Ltd.
Claims (1)
１）、この選別筒（１）内にあってこの内部の穀粒滞留
層を検出するセンサー（２）、及び脱ぷ装置（３）へ供
給すべき籾量を調節する籾供給調節弁（４）等との関係
を、該センサー（２）による穀粒滞留層の増・減検出に
よって該籾供給調節弁（４）の開度を小・大に調節すべ
く連動構成し、かつ該選別筒（１）の回転数の高・低調
節操作によって該センサー（２）によるこの選別筒（１
）内の穀粒滞留層検出基準域を厚・薄に変更調節すべく
連動構成してなる籾摺機の脱ぷ選別。 装置。[Claims] A sorting tube (
1), a sensor (2) located inside the sorting tube (1) that detects the grain retention layer therein, and a paddy supply control valve (4) that adjusts the amount of paddy to be supplied to the husking device (3). ), etc., so that the opening degree of the paddy supply control valve (4) is adjusted to small or large by detecting an increase or decrease in the grain retention layer by the sensor (2), and the sorting tube This sorting tube (1) is controlled by the sensor (2) by adjusting the rotation speed of (1) to high or low.
) The grain retention layer detection reference area in ) is configured to be interlocked to change and adjust the grain retention layer detection standard area to thick or thin. Device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP10080884A JPS60244344A (en) | 1984-05-18 | 1984-05-18 | Dehulling and sorting apparatus of huller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP10080884A JPS60244344A (en) | 1984-05-18 | 1984-05-18 | Dehulling and sorting apparatus of huller |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS60244344A true JPS60244344A (en) | 1985-12-04 |
Family
ID=14283668
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP10080884A Pending JPS60244344A (en) | 1984-05-18 | 1984-05-18 | Dehulling and sorting apparatus of huller |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS60244344A (en) |
-
1984
- 1984-05-18 JP JP10080884A patent/JPS60244344A/en active Pending
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