JPS59196164A - Shot blast device - Google Patents

Shot blast device

Info

Publication number
JPS59196164A
JPS59196164A JP7180983A JP7180983A JPS59196164A JP S59196164 A JPS59196164 A JP S59196164A JP 7180983 A JP7180983 A JP 7180983A JP 7180983 A JP7180983 A JP 7180983A JP S59196164 A JPS59196164 A JP S59196164A
Authority
JP
Japan
Prior art keywords
product
rotation
cabinet
rotating
devices
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.)
Granted
Application number
JP7180983A
Other languages
Japanese (ja)
Other versions
JPH0349709B2 (en
Inventor
Toshiyuki Kanehara
金原 利侑
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Sintokogio Ltd
Shinto Industrial Co Ltd
Original Assignee
Sintokogio Ltd
Shinto Kogyo KK
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Sintokogio Ltd, Shinto Kogyo KK filed Critical Sintokogio Ltd
Priority to JP7180983A priority Critical patent/JPS59196164A/en
Publication of JPS59196164A publication Critical patent/JPS59196164A/en
Publication of JPH0349709B2 publication Critical patent/JPH0349709B2/ja
Granted legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B24GRINDING; POLISHING
    • B24CABRASIVE OR RELATED BLASTING WITH PARTICULATE MATERIAL
    • B24C3/00Abrasive blasting machines or devices; Plants
    • B24C3/18Abrasive blasting machines or devices; Plants essentially provided with means for moving workpieces into different working positions
    • B24C3/26Abrasive blasting machines or devices; Plants essentially provided with means for moving workpieces into different working positions the work being supported by barrel cages, i.e. tumblers; Gimbal mountings therefor

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Specific Conveyance Elements (AREA)
  • Apparatus For Radiation Diagnosis (AREA)

Abstract

PURPOSE:To improve a degree of shot blast efficiency, by installing four product rotation devices inside a cabinet being free of rotation inside a vertical surface and conducting the shot blast to two suborinate rotation devices, while making two precedent rotation devices take a product in or out. CONSTITUTION:A horizontal drum type rotator 9 being made up with four concave parts 15 rowed up at regular intervals is rotatably installed inside a cabinet 1 supported via stanchions 2 and 2. Inside each concave part 15, there is provided with a product rotation device 16 made so as to be held with downward rotation of an arm placed on a mounted frame, while each of shot projectors 4 and 4 is set up at the lower position of the cabinet 1 opposed to two subordinate rotation devices 16. And, these each of two precedent and subordinate rotation devices 16 are rotated by first and second rotation devices 40a, 40b and 43, while each of product taking in-or-out devices 46 and 48 is set up at each precedent rotation device 16.

Description

【発明の詳細な説明】 本発明は自動車用エンジンのシリンダヘッド、シリンダ
ブロック、ギヤボックス等のように形状が複雑な製品を
ショツトブラストするのに好適なショツトブラスト装置
に関する。
DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a shot blasting apparatus suitable for shot blasting products with complicated shapes such as cylinder heads, cylinder blocks, gear boxes, etc. of automobile engines.

自動車用エンジンのシリンダヘッドのように形状が複雑
な製品をショツトブラストする場合、製品の全表面を均
一に研掃できるように従来は、製品をケージに入れたり
、ハンガコンベヤのハンガーに吊り下げたりして搬送し
、研掃室内で自転させているが、ケージによる方式では
、ケージが各種の製品に対応できず、装置が専用機とな
り、また、ハンガコンベヤによる方式では、製品のハン
ガーへの移替えを手作業により行う必要があって作業者
に重労働を強要し、しかも、一様な研掃効果が得られな
い問題があった。
When shot blasting a product with a complex shape, such as the cylinder head of an automobile engine, conventional methods have been to place the product in a cage or hang it on a hanger on a hanger conveyor so that the entire surface of the product can be evenly polished. However, with the cage method, the cage cannot handle a variety of products and the equipment is dedicated, and with the hanger conveyor method, it is difficult to transfer the products to the hanger. There was a problem in that the replacement had to be done manually, forcing the operator to do heavy labor, and that a uniform cleaning effect could not be obtained.

本発明は上記の問題を解消するためになされたもので、
以下、本発明の一実施例について図面に基づき詳細に説
明する。(1)は4本の支柱(2)(2)を介して設置
されたキャビネットで、該キャビネット(1)の天井板
には後述する回転体(9)の上部が通る開口(図示せず
)が、またキャビネット(1)の前・後板には切欠円形
状の開口(3) (3)がそれぞれ形成され、さらにキ
ャビネット(1)の底板は中央に向って下降傾斜すると
ともにキャビネット(1)の底中央部は投射済のショッ
トや製品から分離された鋳砂・はり等が通る開口(図示
せず)が形成されている。そして、傾斜する底板の下面
には2対のショット遠心投射装f! (4) (5)が
、後述する下位の自転装f! (16) (16)の製
品(W)に向はショットを投射できるように指向されて
装着されている。また、前方の支柱(2) (2)の中
段位置118には、中央部に軸受台(6)を設けた渡し
部材(7)が、また後方の支柱(2) (2)の上方位
置には渡し部祠(8)が、渡し部材(8)の上面レベル
を軸受台(6)のそれと同一にしてそれぞれ架設され、
該軸受台(6ンと渡し部材(8ンとの中央位M間には、
キャビネット(1)内で垂直回転自在な横向きドラム型
回転体(9)の回転軸(1o)が、前記開口(3)(3
)と同心してキャビネット(1)を貫通しかつ軸受ユニ
ット(11) (12)に支持されて装架されている。
The present invention was made to solve the above problems.
Hereinafter, one embodiment of the present invention will be described in detail based on the drawings. (1) is a cabinet installed via four pillars (2) (2), and the ceiling plate of the cabinet (1) has an opening (not shown) through which the upper part of a rotating body (9), which will be described later, passes. However, notched circular openings (3) (3) are formed in the front and rear plates of the cabinet (1), respectively, and the bottom plate of the cabinet (1) is sloped downward toward the center. An opening (not shown) is formed in the center of the bottom through which casting sand, beams, etc. separated from shot and products have been cast. And, on the lower surface of the sloping bottom plate, there are two pairs of shot centrifugal projection devices f! (4) (5) is the lower rotation equipment f! (16) The product (W) of (16) is mounted so as to be oriented so that a shot can be projected. Also, at the middle position 118 of the front strut (2) (2), there is a transition member (7) with a bearing stand (6) in the center, and at the upper position of the rear strut (2) (2). A handover shrine (8) is constructed with the upper surface level of the handover member (8) being the same as that of the bearing stand (6), respectively;
Between the center position M of the bearing stand (6-inch) and the bridge member (8-inch),
The rotation axis (1o) of the horizontal drum-shaped rotary body (9) that is vertically rotatable within the cabinet (1) is connected to the opening (3) (3).
) and is mounted concentrically through the cabinet (1) and supported by bearing units (11) and (12).

そして、該回転軸(1o)の一端には渡し部材(8)上
に固設された減速機付モータ(13)の出力軸が連結さ
れていて、回転体(9)はモータ(13)の駆動により
時計方向に90度ずつ間欠回転するように構成されてい
る。また、第3図に示すように回転体(9)の端面の全
周縁には開口(3) (3)に対応するショット(7)
 シールfa 1fli (14) (14)が構成さ
れている。さらに、回転体(9)の胴部には4つの凹部
(15) (15)が等間隔をおいて形成されていて、
回転体(9)が回転を停止したとき、4つの凹部(15
) (15)のうち上位の2つはキャビネット(1)の
天井から上方に突出し1、下位の2つは遠心投射装置(
4)−’ C5)に1そ゛れぞ九対向す秒よ−う°・l
ご・な(っCて′い・る蓚また、1各日部((15)・
内′rトは第3図に示すように製品(W)を上下方向か
らクランプして自転させる製品の自転装置(16)が、
回転体(9)にブラケット(17) (1g)を介して
固設の軸受ユニット(乃) (20)により支持されて
垂直回転自在に装着されており、該自転装a (16)
は次のように構成されている。すなわち、前記軸受ユニ
ット(19) (20)に嵌着された支持軸(21) 
(22)の先端には円板(23) (24)の中心が固
着され、該円板(23) (24)間には製品の載置フ
レーム(25)が架設され、さらに支持軸(21) (
22)には、回転体(9)の側板に形成された円形開口
(9a) (9b)を閉鎖する蓋板(26) (27)
が、回転体(9)の側板の外に位置して固着され、支持
軸(21)の先端には鎖歯車(28)が嵌着さnている
。また、該蓋板(26) (2nの外面にはブラケット
(29) (30)を介して軸受ユニット(31) (
32)が相対向して設けられ、該軸受ユニット(3])
 (32)′l”rllには、載置フレーム(25)土
の製品CW)を上から押える押えアーム(33a) (
33b)を固着シタ横軸(34)カ、蓋板(26) (
27)、開口(9a) (,9b)および円板(23)
 (24)を貫通して底着され、該横軸(34)の一端
にはブラケット(29)に固定されたロック機構(35
)およびクラッチホイール(36)が嵌着されている。
The output shaft of a motor (13) with a reducer fixed on the transfer member (8) is connected to one end of the rotating shaft (1o), and the rotating body (9) is connected to the output shaft of a motor (13) with a reduction gear. It is configured to rotate clockwise intermittently by 90 degrees when driven. Further, as shown in Fig. 3, the entire periphery of the end face of the rotating body (9) is provided with shots (7) corresponding to the openings (3) (3).
A seal fa 1fli (14) (14) is constructed. Furthermore, four recesses (15) (15) are formed at equal intervals in the body of the rotating body (9),
When the rotating body (9) stops rotating, the four recesses (15
) Among (15), the upper two protrude upward from the ceiling of the cabinet (1) 1, and the lower two are centrifugal projection devices (
4)-' C5) is 1, so there are 9 opposing seconds °・l
(15)
As shown in Fig. 3, the inner part has a product rotation device (16) that clamps the product (W) from above and below and rotates it.
It is supported by a fixed bearing unit (no) (20) via a bracket (17) (1g) on the rotating body (9) so as to be vertically rotatable, and the rotating device a (16)
is structured as follows. That is, the support shaft (21) fitted into the bearing units (19) (20)
The centers of discs (23) and (24) are fixed to the tips of (22), and a product placement frame (25) is installed between the discs (23) and (24). ) (
22) includes lid plates (26) (27) that close circular openings (9a) (9b) formed in the side plates of the rotating body (9).
is located outside and fixed to the side plate of the rotating body (9), and a chain gear (28) is fitted to the tip of the support shaft (21). In addition, the outer surface of the cover plate (26) (2n) is provided with a bearing unit (31) (
32) are provided facing each other, and the bearing unit (3])
(32)′l”rll has a presser arm (33a) (
33b), fix the lower horizontal shaft (34), and cover plate (26) (
27), opening (9a) (, 9b) and disk (23)
The locking mechanism (35) is fixed to the bracket (29) at one end of the horizontal shaft (34).
) and a clutch wheel (36) are fitted.

自転装置(16)は以上のように構成されてNいる。(
37a )、(37b)は上位の自転装M (16) 
(16)の横@ (34) (34)を花道回転させる
正逆回転装置で、フレーム(38)の上段位置に設置さ
れている。そして、該正逆回転装fF’ (37a) 
(37b) ハ、クラッチホイ−At (36)(36
)に向って進退可能に配置された減速機付モータ(38
a) (38b)と、該モータ(38a) (38b)
 (7)出力。
The rotation device (16) is configured as described above. (
37a) and (37b) are upper rotation equipment M (16)
Side of (16) @ (34) This is a forward/reverse rotation device that rotates (34) in a flower path, and is installed in the upper position of the frame (38). And the forward/reverse rotation device fF' (37a)
(37b) Clutch wheel At (36) (36
) A motor with a reducer (38
a) (38b) and the motor (38a) (38b)
(7) Output.

軸に嵌着されかつクラッチホイール(36) (36)
に係合可能なりラッチホイール(39a) (39b)
とで構成されている。(40a) (40b)は上位の
自転装置(16)(16)を回転させる第1回転装置で
、フレーム(38)の上段位置に設置されている。そし
て、該第1回転装置(40a) (40b)は減速機付
モータ(41a ) (41b)と、該モータ(411
) (4]t))の出力軸に連結されかつ鎖歯車(28
)(28)に係合可能な無端ローラチェン(42a) 
(42b)とで構成されている。(43)は下位の自転
装置(16) (16)を回転させる第2回転装置でJ
〜フレーム(38)の中段位置に設置されている。そし
て、該第2回転装置は減速機付モータ(44)と、該モ
ータ(44)に連結されかつ前記鎖歯車(28) (2
8) sこ係合可能な無端ローラチェン(45)とで構
成さi−tでいる。(46)は未研掃の製品(W)を上
位右側の自転装fif(16)に搬入する搬入装置で、
支柱(2) 、(2)上に設置されたフレーム(47)
土に往復走行可能に配設されている。(48)は研掃法
の製品を上位左側の自転装置(16)から搬出する搬出
装置で゛、フレーム(47)土に往復走行可能に配設さ
れている。(49)はキャビネット(1)の底)1′、
から排出されろショットやはり等を搬送するスクリュー
コンベヤで、該スクリューコンベヤ(49)の搬入口は
キャビネット(1)の底部開口に連通されている。、(
5cl)はスクリューコンベヤ(49)から搬出される
ショット、はり等を上方に搬送するパケットコンベヤで
、藷パケットコンベヤ(50)の搬入口にはスクリュー
コンベヤ(49)の搬出口が臨み、また搬出口にはショ
ットとばり・鋳物砂とを分離する分雛装e(51)が連
結されており、藷分離装装置(51)のショット貯蔵招
(52)は遠心投射装置<4) (5)のショット供給
口iこ連結さt’−tでいろ。(53)は搬出装置(4
8)により搬送された研掃法製品(’vV)からショッ
トやぼり等をUF出さ′Iする排出装置で、該排出装置
(53)の排出管(54ンはスクリューコンベヤ(49
)に臨んでいる。
A clutch wheel (36) fitted on the shaft (36)
Latch wheels (39a) (39b) that can be engaged with
It is made up of. (40a) and (40b) are first rotation devices that rotate the upper rotation devices (16) and (16), and are installed at the upper position of the frame (38). The first rotating device (40a) (40b) includes a motor (41a) (41b) with a reduction gear, and the motor (411).
) (4]t)) and is connected to the output shaft of the chain gear (28
) (28) endless roller chain (42a) that can be engaged with
(42b). (43) is the second rotating device that rotates the lower rotating device (16) (16)
- Installed at the middle position of the frame (38). The second rotating device is connected to a motor (44) with a speed reducer and the chain gear (28) (2).
8) It is composed of an engageable endless roller chain (45). (46) is a carry-in device that carries the unpolished product (W) to the upper right rotating device fif (16).
Post (2), frame (47) installed on (2)
It is installed so that it can travel back and forth on the ground. Reference numeral (48) denotes a carry-out device for carrying out the products of the polishing process from the upper left rotating device (16), and is disposed on the frame (47) so as to be able to reciprocate. (49) is the bottom of cabinet (1)) 1',
A screw conveyor (49) conveys shot, etc. to be discharged from the cabinet (49), and the entrance of the screw conveyor (49) is communicated with the bottom opening of the cabinet (1). ,(
5cl) is a packet conveyor that conveys shots, beams, etc. carried out from the screw conveyor (49) upwards, and the outlet of the screw conveyor (49) faces the inlet of the packet conveyor (50), and the outlet of the screw conveyor (49) faces the inlet of the packet conveyor (50). is connected to a separating device e (51) that separates shot from flash and foundry sand, and the shot storage device (52) of the burr separating device (51) is connected to the centrifugal projecting device <4) (5). Connect the shot supply ports t'-t. (53) is the unloading device (4
8) is a discharge device that UF discharges shot, slag, etc. from the abrasive product ('vV) conveyed by
).

次にこのようlζ、構成された装置の作用について説明
する。搬入装置(46)により未研掃袈品(W)を上位
右側に位置する自転装置(16)内に搬入して載置フレ
ーム(25)上に載せ、正逆回転装置(37a )のの
減速機付モータ(38a)の正転駆動により押えアーム
(33a) (33b)を下方に回転させて載置フレー
ム(25)土の製品(νV)を押えクランプする(第4
図参照)。製品(W)のクランプ完了後、モータ(38
aンの正転駆動を停止するとともに該モータ□(38a
)を後退させてクラッチホイール(39a)をクラッチ
(36〕から分離すると、横軸(34)はロック機構(
35)を介してブラケット(29)に固定され、これに
より押えアーム(3311) (33b)は製品(W)
のクランプ状態を維持する。次いで減速機付モータ(1
3)の駆動により回転体(9)を時計方向に90度向回
転せて未研掃製品(W)を収納した自転装置(16)を
遠心投射装置(4) (4)と対向する位置に移動させ
ろとともに、その鎖歯車(28)を第1回転装置t (
43)の無端ローラチェン(45)に係合させ、減速機
付モータ(44)を適当な時間駆動して自転装置(16
)を回転させるとともに遠心投射装置(4) (4)を
所定時間駆動してショットを投射し、製品(W)の全表
面を半研掃する。続いて、モータ(13)を駆動して回
転体(9)を時計方向にさらに90度向回転せて半研掃
製品(W)を収納した自転装M(16)を遠心投射装置
(5) (5)と対向する位置に移動させ、再びモータ
(44)を適当な時間駆動して自転装M (16)を回
転させるとともに遠心投射装置(5> (5)からショ
ットを投射して半研掃状態の製品(W)の全表面を完全
に研掃する。次いで、モータ(13)の超動により回転
体(9)を時計方向にさらに90度向回転せて研掃法製
品(W)を収納した回転体(9)を、搬出装置(48)
が待機している上位左側の位置に移動させるとともに、
鎖歯車(28)を第1回転装置(40b)の無端ローラ
チェン(42b)に係合させ、続いて減速機付モータ(
41b)の駆動により自転装置(16)を回転させて研
掃法製品(W)が載っている載置フレーム(25)を水
平状態にする。
Next, the operation of the device configured in this way will be explained. The carrying device (46) carries the unpolished sheathing (W) into the rotating device (16) located on the upper right side and places it on the mounting frame (25), and decelerates the forward/reverse rotating device (37a). The presser arms (33a) (33b) are rotated downward by the normal rotation drive of the machine motor (38a) to press and clamp the soil product (νV) on the mounting frame (25).
(see figure). After completing the clamping of the product (W), move the motor (38
At the same time as stopping the forward rotation of the motor a, the motor □ (38a
) is moved backward to separate the clutch wheel (39a) from the clutch (36), and the horizontal shaft (34) is locked by the locking mechanism (
35) to the bracket (29), and thereby the presser arm (3311) (33b) is attached to the product (W).
maintain the clamped state. Next, the motor with reducer (1
3) rotates the rotating body (9) 90 degrees clockwise to place the rotating device (16) containing the unpolished product (W) in a position facing the centrifugal projection device (4) (4). At the same time, the chain gear (28) is moved to the first rotating device t (
43) is engaged with the endless roller chain (45), and the motor with reducer (44) is driven for an appropriate time to rotate the rotating device (16).
) is rotated, and the centrifugal projection device (4) (4) is driven for a predetermined period of time to project a shot and semi-abrasive the entire surface of the product (W). Next, the motor (13) is driven to further rotate the rotating body (9) 90 degrees clockwise to transfer the rotating device M (16) containing the semi-abrasive product (W) to the centrifugal projection device (5). (5), drive the motor (44) again for an appropriate time to rotate the rotating device M (16), and project a shot from the centrifugal projection device (5) (5) for half-grinding. The entire surface of the product (W) in the cleaning state is completely polished.Then, the rotating body (9) is further rotated 90 degrees clockwise by the super movement of the motor (13) to remove the product (W) using the cleaning method. The stored rotating body (9) is transferred to the unloading device (48)
Move it to the top left position where it is waiting, and
The chain gear (28) is engaged with the endless roller chain (42b) of the first rotating device (40b), and then the motor with reducer (
41b) rotates the rotation device (16) to bring the mounting frame (25) on which the polishing method product (W) is placed into a horizontal state.

次いで正逆回転装置(37b)の減速機付モータ(38
b)を前進させてクラッチホイール<39b)をクラッ
チホイール(36)に係合させ、モータ(38b )の
逆転駆動により押えアーム(33a) (33b)を上
方に回転させて製品(W)のクランプ状態を解き、この
製品(W)を搬出装fi& (48)により自転装置(
16)からイ般出し、搬出の途中で製品(W)内に溜っ
ているショ=/トやぼり等を排出装置(53)により排
出する。
Next, the motor with reducer (38) of the forward/reverse rotation device (37b)
b) is moved forward to engage the clutch wheel <39b) with the clutch wheel (36), and the presser arm (33a) (33b) is rotated upward by the reverse drive of the motor (38b) to clamp the product (W). After solving the condition, this product (W) is transferred to the rotating device (
16), and during the unloading process, the waste, dirt, etc. accumulated in the product (W) are discharged by the discharge device (53).

排出されたショット等は排出管(54)を介してスクリ
ューコンベヤ(49)内に投入される。
The discharged shots and the like are fed into the screw conveyor (49) via the discharge pipe (54).

一方、研掃法製品(W)を搬出された空の自転装ff1
(]6)は、回転体(9)の時計方向への90度間欠回
転に伴ない搬入装置(46)が待機している上位右側位
置に移動されるとともに、鎖歯車(28)が第1回転装
置(40a)の無端ローラチェン(42a)に係合され
る。
On the other hand, the empty rotating equipment ff1 from which the cleaning method product (W) was carried out
(]6) is moved to the upper right position where the carrying device (46) is waiting as the rotating body (9) rotates intermittently by 90 degrees clockwise, and the chain gear (28) is moved to the first position. It is engaged with an endless roller chain (42a) of a rotating device (40a).

その後、減速機、付モータ(41a)の駆動により回転
体(16)を回転させて載置フレーム(25)を水平状
態にするとともに、モータ(38a)を前進させてクラ
ッチホイール(39a) fクラッチホイール(36)
に係合させる。まγこ、スクリューコンベヤ(49) 
、!:パケットコンベヤ(50)を駆動(7てキャビネ
ット(1)から排出さJ”Lるショットやはり・峙砂等
を上方に搬送するとともに搬送されたショットと粒砂等
とを分離装首(51)によりそれぞれに分緻し、分離さ
れて貯蔵横(52) lこ溜ったショットは適宜遠心投
射装置(4) (5Jに供給される。以上のようにして
製品(W)は連続的にショツトブラストされる。
Thereafter, the rotating body (16) is rotated by the drive of the reducer and the attached motor (41a) to bring the mounting frame (25) into a horizontal state, and the motor (38a) is advanced to move the clutch wheel (39a) f clutch. Wheel (36)
to engage. Maγko, screw conveyor (49)
,! : Driving the packet conveyor (50) (7) Conveying the J"L shots discharged from the cabinet (1) upward, and separating the conveyed shot from the granular sand, etc. (51) The shot is pulverized and separated, and stored (52).The accumulated shot is appropriately supplied to the centrifugal projection device (4) (5J).In this way, the product (W) is continuously shot blasted. be done.

本発明は以上の如く代)3M L、たから、製品をキャ
ビネット内で自画的に垂直回転させて全表1mを均一に
研掃することができ、しかも製品を一ヒ下方向からクラ
ンプ1−るためB=4品に対する汎用性が増すなどの侵
fした効果を奏する。
As described above, the present invention is 3M L, so it is possible to rotate the product vertically in the cabinet to uniformly polish the entire surface of 1 m, and moreover, the product can be clamped from below. Therefore, it has an advantageous effect such as increased versatility for B=4 products.

【図面の簡単な説明】[Brief explanation of drawings]

図面は本発明の一実施1例を示し、第1図は正面図−第
2図は左側面図、第3図は主要部拡大縦断面図、第4図
は第3図のA、A断面図である。
The drawings show one embodiment of the present invention; FIG. 1 is a front view, FIG. 2 is a left side view, FIG. 3 is an enlarged vertical sectional view of the main part, and FIG. 4 is a section A and A in FIG. 3. It is a diagram.

Claims (1)

【特許請求の範囲】[Claims] 支柱(2) (2)により支持されたキャビネット(1
)と、該キャビネット(1)内に垂直面内で90度間欠
回転可能に設けられかつ胴部に4つの凹部(15)を等
間隔で形成した横向きドラム型回転体(9)と、4つの
四部(15)のそれぞれに垂直回転可能に内装されかつ
製品(W)を上下方向からクランプするクランプ手段を
備えた製品自転袋fit (16)と、前記キャビネッ
ト(1)の下方位置に下位の自転袋して固定配設されて
前記クランプ手段に着脱可能に設けられるとともに該ク
ランプ手段に正逆回転を付与する正逆回転装置(37a
) (37b)と、上位2つの自転袋Nσ116慎16
)に、対向して固定配設されて該自転装置(16) (
16)に着脱可能に1設けられるとともに該自転袋M 
(16) (16)に回転力を付与する第1回転装置(
40aJ (40b)と、下位2つの自転装置(16)
(16)に対向して固定配設されて該自転装置(16)
(16)に着脱可能に設けられるとともに該自転装置(
16) (16)に回転力を付与する第2回転装置(4
3)と、上位の一方の自転装置(16)に進退可能に配
設された製品搬入装置(46)と、上位の他方の自転装
置(16)に進退可能に配設された製品搬出装置(48
)と、を具備したことを特徴とするショツトブラスト装
置。
Cabinet (1) supported by columns (2) (2)
), a horizontal drum-shaped rotary body (9) that is installed in the cabinet (1) so as to be able to rotate intermittently by 90 degrees in a vertical plane and that has four recesses (15) formed at equal intervals in its body; A product rotating bag (16) is installed in each of the four parts (15) so as to be vertically rotatable and is equipped with a clamping means for clamping the product (W) from above and below, and a lower rotating bag is located below the cabinet (1). A forward/reverse rotation device (37a) which is fixedly disposed as a bag and is removably attached to the clamping means, and which imparts forward and reverse rotation to the clamping means.
) (37b) and the top two bicycle bags Nσ116 Shin16
), the rotating device (16) (
16) is removably provided in the bicycle bag M.
(16) The first rotating device that applies rotational force to (16) (
40aJ (40b) and the lower two rotation devices (16)
(16) is fixedly arranged opposite to the rotating device (16).
(16) and the rotation device (
16) A second rotating device (4) that applies rotational force to (16)
3), a product carrying-in device (46) that is arranged so as to be movable toward one of the higher-ranking rotating devices (16), and a product carrying-out device (46) that is arranged so that it can move forward and backward from the other rotating device (16) that is higher-level. 48
) A shot blasting device characterized by comprising:
JP7180983A 1983-04-22 1983-04-22 Shot blast device Granted JPS59196164A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP7180983A JPS59196164A (en) 1983-04-22 1983-04-22 Shot blast device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP7180983A JPS59196164A (en) 1983-04-22 1983-04-22 Shot blast device

Publications (2)

Publication Number Publication Date
JPS59196164A true JPS59196164A (en) 1984-11-07
JPH0349709B2 JPH0349709B2 (en) 1991-07-30

Family

ID=13471258

Family Applications (1)

Application Number Title Priority Date Filing Date
JP7180983A Granted JPS59196164A (en) 1983-04-22 1983-04-22 Shot blast device

Country Status (1)

Country Link
JP (1) JPS59196164A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101074006B1 (en) * 2009-05-18 2011-10-17 신원기계 주식회사 Shot blasting apparatus of swing drum type

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101074006B1 (en) * 2009-05-18 2011-10-17 신원기계 주식회사 Shot blasting apparatus of swing drum type

Also Published As

Publication number Publication date
JPH0349709B2 (en) 1991-07-30

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