JP2019171355A - Rubber material agitation processing device - Google Patents

Abstract

To provide a rubber material device excellent in the cleaning effect of an inner wall of an agitation casing with a simple structure.SOLUTION: A connection plate 58 and a chipping block 64 are stuck together to an inner wall of an agitation casing under the action of a third elastic matter and a fourth elastic matter 60, and a block extends vertically, and afterwards, a second electric rotary machine drives a sliding connection block via a rotor, and is meshed together by separating from a second conical pulley and a first conical pulley by sliding upward, and an electric power supply block offsets by separating from a second electric connection block, and afterwards, a first electric rotary machine is started, and the first electric rotary machine rotatably drives a first replacement shaft, and the first replacement shaft cleans the inner wall of the agitation casing by interlocking with the connection plate and the chipping block.SELECTED DRAWING: Figure 4

Description

The present invention relates to the field of new material technology, and more particularly to a convenient rubber material device.

Rubber material is a new material widely used in modern industry, and it is necessary to rapidly fuse the catalyst and rubber auxiliary using a stirrer in the process of processing and producing rubber material to shorten the reaction time, but traditional The setting mode of the rubber auxiliary equipment is single, and it is difficult to clean after use, and a lot of residual matter is left on the inner wall of the equipment, which has a serious influence on the second use.

Chinese Patent Application No. 106552687

In response to the above shortage of technology, the present invention has provided a convenient rubber material device.

A convenient rubber material device according to the present invention includes a stuffing box fixedly attached to a frame, wherein a stirring case is installed in the stuffing box, and an excretion groove communicating with the outside is provided on the bottom wall of the stirring case. Installed, a valve is fixedly attached to the excretion groove, a via hole communicating with the outside is installed on the top wall of the stirring housing, and a hopper communicating with the via hole is fixedly installed on the top end surface of the stuffing box An end cap is installed on the top cover of the hopper, and a first safety connection groove and a second safety connection groove located above the first safety connection groove are installed on the top wall of the stirring casing, A first exchange shaft extending vertically is attached to the bottom wall of the one safety connection groove so as to be rotatable, and an upper end of the first exchange shaft extends to the first safety connection groove to be replaced with an exchange block. Is fixedly attached, the lower end extends to the stirring casing, crosses up and down, and a stirring arm is attached.An exchange groove is provided on the first exchange shaft so as to communicate with the top and bottom. An extending second exchange shaft is rotatably mounted, the second exchange shaft passes through the exchange block, extends to the top wall of the first exchange groove and the second safety connection groove, and the second safety connection A first conical pulley fixedly connected to the second exchange shaft is installed in the groove, the first exchange groove attaches the first gear through the third exchange shaft, and the upper end of the third exchange shaft is the first A ring gear is fixedly connected to the first electric rotating machine fixedly attached to the top wall of one exchange groove so that power can be transmitted, and the exchange block is engaged with and connected to the first gear. Right of the second safety connection groove A first sliding connection groove extending up and down is installed on the wall, a sliding connection block is attached to the first sliding connection groove so as to be slidable up and down, and a rotor extending up and down is engaged with the sliding connection block A second electric rotating machine, wherein the lower end of the rotor is rotatably attached to the lower end wall of the first sliding connection groove, and the upper end is fixedly attached to the top wall of the first sliding connection groove; A second conical pulley connected to the second conical pulley through the fourth exchange shaft and connected to the first conical pulley so that power can be transmitted; Connected to a third electric rotating machine fixedly attached to the sliding connection block so that power can be transmitted, and a connecting cylinder corresponding to the stirring arm and fixedly connected to the second exchange shaft is installed in the exchange groove And said stirring A second sliding connection groove that communicates between the left and right sides is installed in the stirring arm, a first connection groove that communicates between the second sliding connection groove and the replacement groove is installed, and the second sliding connection groove slides left and right in the second sliding connection groove. A sliding connection shaft that is movably connected is attached, a second connection groove that communicates with the sliding connection shaft on the left and right sides is installed, and the sliding connection shaft is installed at one end where the stirring arm is separated from the first replacement shaft. A connection plate for fixed connection is installed, and a fourth sliding connection groove is provided in which a port communicating with the upper and lower sides of the connection plate is separated from the first exchange shaft. A slidable block that is slidably connected is attached, the fourth sliding connection groove is provided between the second sliding connection grooves, and the fourth sliding connection groove is connected through the shaft lever. The fixed pulley located between the two block blocks can be rotated. The connecting rope is fixedly attached to the opposite end faces of the two sowing blocks, and the connecting rope bypasses the fixed pulley and sequentially passes through the third connecting groove, and the second connecting groove and the first A communication groove is fixedly connected to the connection tube, a lock device is installed on the replacement block, and an electrical connection device that engages with the lock device is installed on the top wall of the first safety connection groove.

Preferably, the lock device includes a first exchange housing installed in the exchange block and a second gear installed in the first exchange housing and fixedly connected to the second exchange shaft. A fifth sliding connection groove is installed on an end wall where the body separates from the second gear, and an iron piece is slidably connected to and attached to the fifth sliding connection groove, and the iron piece faces the second gear. A lock gear that engages with the second gear is installed, and an electromagnetic device that engages with the iron piece is fixedly attached to an end wall of the fifth slip connecting groove away from the second gear, and the fifth slip A first conducting groove is installed on the upper and lower end walls of the connecting groove on an equal basis, and a first conducting block fixedly connected to the iron piece is slidably connected to and attached to the first conducting groove. The first elastic connection connected to the first conductive block in the first conductive groove is taken. Attached.

The electrical connection device includes a second exchange housing installed on a top wall of the first safety connection groove and a conductive wheel installed in the second exchange housing and fixedly connected to the first exchange shaft, A sixth sliding connection groove is installed on the right end wall of the second exchange housing, and the first electrical connection block is slidably connected to the sixth sliding connection groove, and is attached to the right end of the first electrical connection block. A second elastic member that counteracts with the right end wall of the sixth sliding connection groove is fixedly attached to the surface, and the second elastic member presses the first electrical connection block to the left to make it counteract with the conductive ring, A second electrical connection block that is electrically connected to the first electrical connection block is fixedly attached to a bottom wall of the first slip connection groove on a right end wall of the sixth slip connection groove, and is below the slide connection block. Connected to the commercial power supply on the end face and the second electrical connection block If electric power supply block is fixedly attached.

Preferably, a second conducting groove is installed on the upper and lower end walls of the second sliding connecting groove on an equal basis, and a second conducting block fixedly connected to the sliding connecting shaft slides in the second conducting groove. A third elastic member, which is connected and attached as possible, is fixedly attached to the second conducting groove and fixedly connected to the second conducting block.

Preferably, a third conducting groove is installed on the fourth sliding connecting groove in an up-and-down manner so that a third conducting block fixedly connected to the rowing block can slide in the third conducting groove. A fourth elastic member fixedly connected to the third conducting block is fixedly attached to the third conducting groove.

The beneficial effect of the present invention is that when the present invention is in the initial state, the sliding connection block cancels out with the top wall of the first sliding connection groove, and the power supply block does not contact the second electrical continuous block, The spool thread winds the connection rope, thereby causing the arm to be shrunk completely into the fourth sliding connection groove, the connection plate cancels with the arm to be swirled, and the connection plate and the arm to be swirled are to be swirled. The first guide block is pressed toward the second gear by the action of the first elasticity without affecting the rotation of the arm, and the lock gear and the second gear are engaged with each other. Loops wrap around the connecting rope stably.

In order to more clearly explain the technical solutions in the embodiments of the present invention and in the existing technology, a brief introduction is given below to the drawings that need to be used in the description of the embodiments and the existing technology. It is understood that the drawings in the following description are just some embodiments of the present invention, and that other persons based on these drawings will be based on these drawings, assuming that no creative labor is paid to those skilled in the art. A drawing can be obtained.

FIG. 1 is a schematic structural view of a convenient rubber material apparatus of the present invention. FIG. 2 is an enlarged schematic diagram of the replacement block in FIG. FIG. 3 is an enlarged schematic view of the stirring arm in FIG. FIG. 4 is a structural schematic diagram in the direction of the arrow in FIG. FIG. 5 is a structural schematic diagram in the direction of the arrow in FIG.

All features disclosed in this specification or all disclosed methods and steps in the process may be combined in any manner other than features or steps that are mutually exclusive.

All features disclosed in this specification may be replaced with other alternative features having equivalent or similar purposes unless otherwise specified. That is, unless otherwise noted, all features are just one example in a series of equivalent or similar features.

As shown in FIGS. 1 to 5, a convenient rubber material device according to the present invention includes a stuffing box 11 fixedly attached to a frame 10, and a stirring housing 16 is installed in the stuffing box 11, and the stirring is performed. An excretion groove 27 communicating with the outside is installed on the bottom wall of the casing 16, a valve 26 is fixedly attached to the excretion groove 27, and a via hole 20 communicating with the outside is installed on the top wall of the stirring casing 16. A hopper 201 communicating with the via hole 20 is fixedly installed on the top end surface of the stuffing box 11, an end cap 202 is installed on the top cover of the hopper 201, and a first safety is provided on the top wall of the stirring casing 16. A connection groove 17 and a second safety connection groove 24 located above the first safety connection groove 17 are installed so that the first exchange shaft 14 extending vertically on the bottom wall of the first safety connection groove 17 can rotate. Attached to the first The upper end of the exchange shaft 14 extends into the first safety connection groove 24 and the exchange block 18 is fixedly attached. The lower end of the exchange shaft 14 extends into the agitation housing 16 and crosses up and down, and the agitation arm 15 is attached. An exchange groove 13 that communicates vertically with the exchange shaft 14 is installed, and the exchange groove 13 is rotatably attached to a second exchange shaft 21 that extends vertically through a bearing, and the second exchange shaft 21 is attached to the exchange block 18. A first conical pulley 39 extending through the top wall of the first exchange groove 17 and the second safety connection groove 24, and fixedly connected to the second exchange shaft 21 to the second safety connection groove 24. The first exchange groove 17 is attached to the first gear 25 through the third exchange shaft 23, and the upper end of the third exchange shaft 23 is fixedly attached to the top wall of the first exchange groove 17. The exchange block 18 is connected to the electric rotating machine 22 so that power can be transmitted. A ring gear 19 that engages and connects with the first gear 25 is fixedly installed, and a first sliding connection groove 31 that extends vertically is installed on the right end wall of the second safety connection groove 24, and the first sliding connection A sliding connection block 33 is attached to the groove 31 so as to be slidable up and down, and a rotor 32 extending vertically is engaged and attached to the sliding connection block 33, and the lower end of the rotor 32 is connected to the first sliding connection. The second electric rotating machine 34, which is rotatably attached to the lower end wall of the groove 31 and whose upper end is fixedly attached to the top wall of the first sliding connection groove 31, is connected so that power can be transmitted, A second conical pulley 37 is installed in which the second safety connection groove 24 engages and connects with the first conical pulley 39 through the fourth exchange shaft 36, and the fourth exchange shaft 36 is fixed to the sliding connection block 33. Power can be transmitted to the third electric rotating machine 35 installed A connecting cylinder 12 corresponding to the agitation arm 15 and fixedly connected to the second exchange shaft 21 is installed in the exchange groove 13, and a second slide in which the left and right communicates with the agitation arm 15. A connecting groove 50 is provided, and a first connecting groove 49 is provided in which the second sliding connecting groove 50 communicates between the replacement grooves 13, so that the second sliding connecting groove 50 can slide to the left and right. A sliding connection shaft 63 to be connected is attached, a second connecting groove 51 that communicates with the sliding connection shaft 63 on the left and right sides is installed, and the sliding connection shaft 63 is installed at one end where the stirring arm 15 is separated from the first exchange shaft 14. A connection plate 58 fixedly connected to the connection plate 58, and a fourth sliding connection groove 52 is provided in which the upper and lower communication ports are separated from the first exchange shaft 14. A sock block 64 is attached so that the top and bottom can slide up and down equally, and the fourth sliding connection groove 52 is in front. A third connecting groove is provided between the second slip connecting grooves 50 so that the fourth slip connecting groove 52 can rotate the fixed pulley 53 located between the two rowing blocks 64 through the shaft lever 59. The connecting rope 57 is fixedly attached to the opposite end faces of the two sawing blocks 64, and the connecting rope 57 bypasses the fixed pulley 53 and passes through the third connecting groove in order, and the second connecting A groove 51 and a first connecting groove 49 are fixedly connected to the connection cylinder 12, a lock device is installed in the replacement block 18, and a top wall of the first safety connection groove 17 is engaged with the lock device. An electrical connection device is installed.

Preferably, the locking device includes a first exchange housing 40 installed in the exchange block 18 and a second gear 42 installed in the first exchange housing 40 and fixedly connected to the second exchange shaft 21; A fifth slip connection groove 47 is installed on an end wall where the first exchange housing 40 is separated from the second gear 42, and an iron piece 43 is slidably connected to and attached to the fifth slip connection groove 47, A lock gear that engages with the second gear 42 is installed on an end surface of the iron piece 43 facing the second gear 42, and the iron piece 43 is provided on an end wall where the fifth sliding connection groove 47 is separated from the second gear 42. An electromagnetic device 48 to be engaged is fixedly attached, and first conductive grooves 46 are installed on the upper and lower end walls of the fifth sliding connection groove 47, and the iron pieces 43 and the first conductive groove 46 A first connecting block 44 that is fixedly connected is slidably connected and attached to the first connecting groove 46. A first elastic member 45 connected to the lock 44 is attached, and the first elastic member 45 presses the first guide block 44 toward the second gear 42 to engage the lock gear with the second gear 42. Match.

Preferably, the electrical connection device is fixedly connected to the first exchange shaft 21 installed in the second exchange housing 40 and the second exchange housing 40 installed on the top wall of the first safety connection groove 26. A sixth sliding connection groove 29 is provided on the right end wall of the second replacement housing 40, including a conductive ring 41, and the first electrical connection block 27 is slidably connected to the sixth sliding connection groove 29. A second elastic member 28 is fixedly attached to the right end surface of the first electric connection block 27 and offsets with the right end wall of the sixth sliding connection groove 29, and the second elastic member 28 is fixed to the first electric connection block 27. The connection block 27 is pressed to the left so as to cancel out with the conductive ring 41, and the first electrical connection block 27 is electrically connected to the bottom wall of the first slide connection groove 31 on the right end wall of the sixth slide connection groove 29. A second electrical connection block 30 to be connected is fixedly attached, and commercial power is connected to the lower end surface of the sliding connection block 33. A power supply block 38 that is connected to a source and engages with the second electrical connection block 30 is fixedly attached so that when the power supply block 38 offsets the second electrical connection block 30, the electromagnetic device 48 To supply power.

Preferably, a second conducting groove 54 is installed on the upper and lower end walls of the second sliding connecting groove 50 on an equal basis, and the second conducting contact is fixedly connected to the sliding connecting shaft 63 in the second conducting groove 54. A block 55 is slidably connected and attached, and a third elastic member 56 fixedly connected to the second conducting block 55 is fixedly attached to the second conducting groove 54, The elastic member 56 presses the second connecting block 55 away from the connection tube 12.

Preferably, a third conductive groove 62 is installed on the fourth sliding connection groove 52 in an up-and-down manner, and the third conductive block 61 fixedly connected to the row block 64 is slid in the third conductive groove 62. The fourth elastic member 60 is fixedly attached to the third connecting groove 62 and fixedly connected to the third connecting groove 62, and the fourth elastic member 60 is fixedly attached to the third connecting groove 62. The third connecting block 61 is pressed away from the fixed pulley 53.

When used, the valve 26 is closed and a rubber auxiliary and a catalyst are added to the stirring casing 16 from the via hole 20, and then the first electric rotating machine 22 is started. The exchange block 18 is rotatably driven through the first gear 25, and the first exchange shaft 14 is rotated by the stirring arm so that the exchange block 18 is rotatable in conjunction with the first exchange shaft 14. The rubber auxiliary and the catalyst are mixed so that the rubber auxiliary and the catalyst can be rotated in conjunction with 15, and after the rubber auxiliary and the catalyst are mixed, the valve 26 is opened, and the rubber auxiliary mixture flows out of the excretory groove 27, The rubber auxiliary mixture flows out, the valve 26 is closed, a cleaning liquid is added to the via hole 20, and then the second electric rotating machine 34 is started, and the second electric rotating machine 34 passes through the rotor 32. Drive the sliding connection block 33 and slide down When the power supply block 38 cancels out with the second electrical connection block 30, it supplies power to the electromagnetic device 48 and acts on the iron piece 43, thereby engaging the lock gear away from the second gear 42. At the same time, the second conical pulley 37 is engaged with the first conical pulley 39, and then the third electric rotating machine 35 is started, and the third electric rotating machine 35 is moved to the second exchange shaft 21. The connection rope 57 is rewound in conjunction with the connection cylinder 12 by being driven to rotate, and the connection plate 58 and the warp are operated under the action of the third elastic member 56 and the fourth elastic member 60. The block 64 is bonded to the inner wall of the stirring casing 16, the block 64 extends up and down, and then the second electric rotating machine 34 is activated in reverse, and the second electric rotating machine 34 passes through the rotor 32. Drive the sliding connection block 33 and slide it up to the second circle The pulley 37 is engaged with the first conical pulley 39 and the power supply block 38 is offset from the second electrical connection block 30 and then the first electric rotating machine 22 is started. The first electric rotating machine 22 drives the first exchange shaft 14 so that the first exchange shaft 14 can rotate, and the first exchange shaft 14 is linked with the connection plate 58 and the block block 54 so that the inner wall of the stirring casing 16 is driven. The waste water after cleaning is discharged from the excretion groove 27.

The beneficial effect of the present invention is that when the present invention is in the initial state, the sliding connection block cancels out with the top wall of the first sliding connection groove, and the power supply block does not contact the second electrical continuous block, The spool thread winds the connection rope, thereby causing the arm to be shrunk completely into the fourth sliding connection groove, the connection plate cancels with the arm to be swirled, and the connection plate and the arm to be swirled are to be swirled. The first guide block is pressed toward the second gear by the action of the first elasticity without affecting the rotation of the arm, and the lock gear and the second gear are engaged with each other. Loops wrap around the connecting rope stably.

When using the present invention, the valve is closed, a rubber auxiliary and a catalyst are added to the stirring casing from the via hole, and then the first electric rotating machine is started. The exchange block is driven to rotate through one gear, the exchange block is rotatable in conjunction with the first exchange shaft, the first exchange shaft is rotatable in conjunction with the stirring arm, and rubber. After the auxiliary agent and the catalyst are agitated and the rubber auxiliary agent and the catalyst are mixed, the valve is opened and the rubber auxiliary mixture flows out of the excretory groove.

After all the rubber auxiliary mixture has flowed out, the valve is closed, cleaning liquid is added to the via hole, and then the second electric rotating machine is started, and the second electric rotating machine is connected to the sliding connection block through the rotor. When the power supply block cancels with the second electrical connection block, the power is supplied to the electromagnetic device and acts on the iron piece, thereby separating the lock gear from the second gear. At this time, the second conical pulley meshes with the first conical pulley, and then the third electric rotating machine is started, and the third electric rotating machine can rotate the second exchange shaft. The connection rope is unwound and the connection rope is rewound in conjunction with the connection cylinder. Under the action of the third elastic case and the fourth elastic case, the connection plate and the rowing block are connected to the inner wall of the stirring housing. The blocks are stretched up and down, and then the second electric rotating machine is started up reversely, and the second electric rotating machine drives the sliding connection block through the rotor and slides up to the second conical shape. A pulley engages away from the first conical pulley so that the power supply block separates away from the second electrical connection block, after which the first electric rotating machine is activated and the first electric rotating machine Drives the first exchange shaft to be rotatable, and the first exchange shaft cleans the inner wall of the agitation housing in conjunction with the connecting plate and the rowing block, and the waste water after cleaning is excreted. Drain from the groove.

The present invention has a simple structure, and it is convenient to clean the inner wall of the stirring casing, and the cleaning effect is good.

The basic principle, main features and advantages of the present invention have been described and explained above. It should be understood by those skilled in the art that the present invention is not limited to the above-described embodiments, and the above-described embodiments and the description are the principles of the present invention, and do not depart from the significance and principles of the present invention. There are various changes and improvements in the present invention on the premise, and these changes and improvements are within the protection scope of the present invention. The protection scope of the present invention is defined equivalent to the scope of the appended claims.

The present invention relates to a new material technical field, and specifically to a rubber material agitation processing apparatus .

Rubber material is a new material widely used in modern industry, and it is necessary to rapidly fuse the catalyst and rubber auxiliary using a stirrer in the process of processing and producing rubber material to shorten the reaction time, but traditional The setting mode of the rubber auxiliary equipment is single, and it is difficult to clean after use, and a lot of residual matter is left on the inner wall of the equipment, which has a serious influence on the second use.

Chinese Patent Application No. 106552687

In response to the above shortage of technology, the present invention provides a rubber material agitation processing apparatus .

The rubber material agitation processing apparatus according to the present invention includes a stuffing box fixedly attached to a frame, wherein an agitation case is installed in the stuffing box, and an excretion groove communicating with the outside is provided on the bottom wall of the agitation case. Installed, a valve is fixedly attached to the excretion groove, a via hole communicating with the outside is installed on the top wall of the stirring housing, and a hopper communicating with the via hole is fixedly installed on the top end surface of the stuffing box An end cap is installed on the top cover of the hopper, and a first safety connection groove and a second safety connection groove located above the first safety connection groove are installed on the top wall of the stirring casing, A first exchange shaft extending up and down is rotatably attached to the bottom wall of the one safety connection groove, and an upper end of the first exchange shaft extends into the first safety connection groove to change the replacement block. Click is fixedly attached, the lower end of agitating arm and intersecting vertically extending the agitation body is attached, replacement grooves that vertically the first replacement shaft communicates is installed, in the replacement groove A second exchange shaft extending vertically is mounted so as to be rotatable by a bearing, and an upper end of the second exchange shaft extends into the second safety connection groove, and is fixed to the second safety connection groove with the second exchange shaft. A first conical pulley connected to the first safety connection groove is attached to the first gear through the third exchange shaft, and the upper end of the third exchange shaft is fixed to the top wall of the first safety connection groove A ring gear that is connected to the first electric rotating machine that is attached to the first electric rotating machine so that power can be transmitted, and that engages and connects with the first gear on the replacement block. First sliding contact extending up and down on the right end wall A groove is installed, a sliding connection block is attached to the first sliding connection groove so as to be slidable in the vertical direction, a vertically extending rotor is engaged and attached to the sliding connection block, and a lower end of the rotor is A power is transmitted to a second electric rotating machine that is rotatably attached to the lower end wall of the first sliding connection groove and whose upper end is fixedly attached to the top wall of the first sliding connection groove. A second conical pulley located at the left end of the fourth exchange shaft and meshing with the first conical pulley is installed in the second safety connection groove, and the fourth exchange shaft is connected to the sliding connection block. A connecting cylinder that is fixedly connected to the second exchange shaft and is connected to the exchange groove and corresponding to the stirring arm. Left to the stirring arm A second sliding connection groove that communicates with the right is installed, a first communication groove that communicates between the second sliding connection groove and the replacement groove is installed, and the second sliding connection groove can slide to the left and right. A sliding connection shaft is connected to the sliding connection shaft, and a second connecting groove that communicates with the left and right sides is installed on the sliding connection shaft, and the stirring arm is fixed to the sliding connection shaft at one end away from the first exchange shaft. A connecting plate to be connected is installed, a fourth sliding connection groove communicating with the upper and lower sides is installed in the connection plate, and a mouth of the fourth sliding connection groove is away from the first exchange shaft, and the fourth sliding connection A cleaning block is connected to the groove so that the upper and lower sides are slidable up and down equally, and a third connecting groove is installed between the fourth sliding connection groove and the second sliding connection groove , fourth sliding connection grooves of the two through the shaft lever cleaning block Located between the mounting so as to be rotatable and fixed pulley, connecting rope fixedly attached two cleaning blocks on opposite end faces, said first three links contact sequentially the connection rope to bypass the fixed pulley Passing through the groove, the second connecting groove and the first connecting groove are fixedly connected to the connecting cylinder, a lock device is installed on the replacement block, and the upper safety inner wall of the first safety connecting groove An electrical connection device that engages with the locking device is provided .

Preferably the locking device comprises a second gear that connects the installed first empty chamber installed in the replacement block and the first free chamber fixedly with the second replacement shafts, the first vacant chamber is the A fifth slip connection groove is provided on an end wall away from the second gear, and an iron piece is slidably connected to and attached to the fifth slip connection groove, and the iron piece is attached to the end face toward the second gear. A lock gear that engages with two gears is installed, and an electromagnet that engages with the iron piece is fixedly attached to an end wall where the fifth slip connecting groove is separated from the second gear, and A first conducting groove is installed on the end wall of the first and second plates, and a first conducting block that is fixedly connected to the iron piece is slidably connected to the first conducting groove and attached to the first conducting groove. the first to be connected to the first Shirubese' block Shirubese' groove Value is attached.

The electrical connection device includes a second exchange housing installed on a top wall of the first safety connection groove and a conductive wheel installed in the second exchange housing and fixedly connected to the first exchange shaft, A sixth sliding connection groove is installed in the right end wall of the second exchange housing, and a first electrical connection block is slidably connected to the sixth sliding connection groove and attached to the right side of the first electrical connection block. A second spring is connected between the end surface and the right inner wall of the fifth sliding connection groove, and a second spring is connected to the bottom wall of the first sliding connection groove so that the first electrical connection block can be energized. An electric connection block is fixedly attached , and a power supply block that is connected to a commercial power source and engages with the second electric connection block is fixedly attached to a lower end surface of the sliding connection block.

Preferably, a second conducting groove is installed on the upper and lower end walls of the second sliding connecting groove on an equal basis, and a second conducting block fixedly connected to the sliding connecting shaft slides in the second conducting groove. A third spring that is connected and attached as possible and that is fixedly connected to the second conducting block is fixedly attached to the second conducting groove.

Preferably, a third conductive groove is installed on the fourth sliding connection groove in the same vertical direction so that the third conductive block fixedly connected to the cleaning block can slide in the third conductive groove. A fourth spring fixedly connected to the third conducting block is fixedly attached to the third conducting groove.

The beneficial effect of the present invention is that when the present invention is in the initial state, the sliding connection block cancels out with the top wall of the first sliding connection groove, and the power supply block does not contact the second electrical continuous block, The spool thread winds the connection rope, thereby causing the arm to be shrunk completely into the fourth sliding connection groove, the connection plate cancels with the arm to be swirled, and the connection plate and the arm to be swirled are to be swirled. The first guide block is pressed toward the second gear by the action of the first elasticity without affecting the rotation of the arm, and the lock gear and the second gear are engaged with each other. Loops wrap around the connecting rope stably.

In order to more clearly explain the technical solutions in the embodiments of the present invention and in the existing technology, a brief introduction is given below to the drawings that need to be used in the description of the embodiments and the existing technology. It is understood that the drawings in the following description are just some embodiments of the present invention, and that other persons based on these drawings will be based on these drawings, assuming that no creative labor is paid to those skilled in the art. A drawing can be obtained.
In order to explain the present invention in detail with reference to FIGS. 1 to 5 below and to provide a convenient explanation, the following directions are defined as follows: FIG. 1 is a front view of the apparatus of the present invention, and the upper and lower sides described below. The front-rear direction and the front-rear direction in FIG.

FIG. 1 is a schematic structural view of a rubber material agitation processing apparatus according to the present invention. FIG. 2 is an enlarged schematic diagram of the replacement block in FIG. FIG. 3 is an enlarged schematic view of the stirring arm in FIG. FIG. 4 is a structural schematic diagram in the direction of the arrow in FIG. FIG. 5 is a structural schematic diagram in the direction of the arrow in FIG.

All features disclosed in this specification or all disclosed methods and steps in the process may be combined in any manner other than features or steps that are mutually exclusive.

All features disclosed in this specification may be replaced with other alternative features having equivalent or similar purposes unless otherwise specified. That is, unless otherwise noted, all features are just one example in a series of equivalent or similar features.

As shown in FIGS. 1 to 5, the rubber material agitation processing apparatus according to the present invention includes a stuffing box 11 fixedly attached to a frame 10, and an agitation case 16 is installed in the stuffing box 11, and the agitation An excretion groove 27 that communicates with the outside is installed on the bottom wall of the casing 16, a valve 26 is fixedly attached to the excretion groove 27, and a via hole 20 that communicates with the outside is installed on the top wall of the agitation casing 16. A hopper 201 communicating with the via hole 20 is fixedly installed on the top end surface of the stuffing box 11, an end cap 202 is installed on the top cover of the hopper 201, and a first safety is provided on the top wall of the stirring casing 16. A connection groove 17 and a second safety connection groove 24 located above the first safety connection groove 17 are installed, and are installed on the bottom wall of the first safety connection groove 17. The first exchange shaft 14 extending in the direction of rotation is attached so as to be rotatable, the upper end of the first exchange shaft 14 extends into the first safety connection groove 24, the exchange block 18 is fixedly attached, and the lower end thereof is attached to the stirring housing. extending the body 16 intersecting stirring arm 15 is mounted vertically, the vertical to the first exchange shaft 14 is installed to replace the groove 13 communicating the second exchange shaft 21 extending vertically in the replacement groove 13 Is attached so that it can be rotated by a bearing, and the upper end of the second exchange shaft 21 extends into the second safety connection groove 24 and is fixedly connected to the second safety connection groove 24 with the second exchange shaft 21. A first conical pulley 39 is installed, the first safety connection groove 17 attaches the first gear 25 through the third exchange shaft 23, and the upper end of the third exchange shaft 23 is the top of the first safety connection groove 17. Fixed to the wall A ring gear 19 is connected to the first electric rotary machine 22 to be attached so that power can be transmitted, and a ring gear 19 that engages and connects to the first gear 25 is fixedly installed on the replacement block 18, and the second safety A first sliding connection groove 31 extending vertically is installed on the right end wall of the connection groove 24, and a sliding connection block 33 is attached to the first sliding connection groove 31 so as to be slidable up and down. A rotor 32 extending vertically is engaged with and attached to 33, a lower end of the rotor 32 is attached to be rotatable on a lower end wall of the first sliding connection groove 31, and an upper end is the top of the first sliding connection groove 31. The second electric rotating machine 34 fixedly attached to the wall is connected so as to be able to transmit power, is located in the second safety connecting groove 24 at the left end of the fourth exchange shaft 36, and the first Conical pulley A second conical pulley 37 capable of meshing with 39 is installed , and the fourth exchange shaft 36 is connected to a third electric rotating machine 35 fixedly attached to the sliding connection block 33 so that power can be transmitted, A connecting cylinder 12 corresponding to the agitation arm 15 and fixedly connected to the second exchange shaft 21 is installed in the exchange groove 13, and a second sliding connection groove 50 that communicates with the left and right is installed in the agitation arm 15. A first connection groove 49 is provided in which the second slide connection groove 50 communicates between the replacement grooves 13, and a slide connection shaft 63 that is slidably connected to the second slide connection groove 50 is attached. A connecting plate that is fixedly connected to the sliding connection shaft 63 at one end where the stirring arm 15 is separated from the first exchange shaft 14. 58 is installed, The serial connection plate 58 is installed the fourth sliding connection groove 52 which communicates with the vertical, the and the mouth of the fourth sliding connection groove 52 is separated from the first exchange shaft 14, the fourth sliding connection groove 52 The cleaning block 64 is attached so that the upper and lower sides can slide up and down equally, and a third connecting groove is provided between the fourth sliding connection groove 52 and the second sliding connection groove 50. The fourth sliding connection groove 52 is rotatably attached to the fixed pulley 53 positioned between the two cleaning blocks 64 through the shaft lever 59, and the connection rope 57 is fixed to the end faces where the two cleaning blocks 64 face each other. The connecting rope 57 bypasses the fixed pulley 53 and passes through the third connecting groove in order, and the second connecting groove 51 and the first connecting groove 49 are fixed to the connecting cylinder 12. Connect and said Locking device is installed in conversion block 18, in the upper inner wall of the first secure connection groove 17 electrical connection device to be engaged with the locking device is installed.

Preferably, the locking device includes a first empty chamber 65 installed in the exchange block 18 and a second gear 42 installed in the first empty chamber 65 and fixedly connected to the second exchange shaft 21 . A fifth slip connection groove 47 is installed in an end wall where the one empty chamber 65 is separated from the second gear 42, and an iron piece 43 is slidably connected to and attached to the fifth slip connection groove 47. A lock gear that engages with the second gear 42 is installed on an end face toward the second gear 42, and the fifth sliding connection groove 47 engages with the iron piece 43 on an end wall that is separated from the second gear 42. An electromagnet 48 is fixedly mounted, and first conductive grooves 46 are installed on the upper and lower end walls of the fifth sliding connection groove 47 on the same basis. The first conductive grooves 46 are fixedly connected to the iron piece 43. First connecting block 44 Mounted connected so as to be slidable, the first spring 45 is attached to connect with the first Shirubese' block 44 to the the one Semmizo 46, the first spring 45 is the first Shirubese' block 44 Is pressed toward the second gear 42 to engage the lock gear with the second gear 42.

Preferably, the electrical connection device is fixedly connected to the first exchange shaft 21 provided in the second exchange housing 40 and the second exchange housing 40 installed on the top wall of the first safety connection groove 26. A sixth slip connection groove 29 is provided on the right end wall of the second exchange housing 40, including a conductive ring 41, and the first electrical connection block 27 is slidably connected to the sixth slip connection groove 29. The second spring 28 is connected between the right end surface of the first electrical connection block 27 and the right inner wall of the fifth sliding connection groove 29, and the bottom wall of the first sliding connection groove 31 is connected to the bottom wall of the first sliding connection groove 31. A second electrical connection block 30 that is connected to the first electrical connection block 27 so as to be energized is fixedly attached , and a commercial power source is connected to the lower end surface of the sliding connection block 33 to engage with the second electrical connection block 30. Combined power supply block 38 Fixedly mounted, thereby when the power supply block 38 is offset against the second electrical connecting block 30, and supplies electric power to the electromagnet 48.

Preferably, a second conductive groove 54 is installed on the upper and lower end walls of the second sliding connection groove 50 on an equal basis, and the second conductive connection is fixedly connected to the sliding connection shaft 63 in the second conductive groove 54. block 55 is attached to connected so as to be slidable, a third spring 56 fixedly connected to the second Shirubese' block 55 to the second electric Semmizo 54 is fixedly attached to, said third spring 56 presses the second conducting block 55 away from the connecting cylinder 12.

Preferably, a third conducting groove 62 is installed on the fourth sliding connecting groove 52 in the same vertical direction, and the third conducting block 61 fixedly connected to the cleaning block 64 is slid into the third conducting groove 62. rotatably connecting and mounted so as, fourth spring 60 is fixedly attached fixedly connected to the third Shirubese' block 61 to the third conductive Semmizo 62, the fourth spring 60 is the first The three-conductor block 61 is pressed away from the fixed pulley 53.

In use, the valve 26 is closed and a rubber auxiliary and a catalyst are added to the stirring casing 16 from the via hole 20, and then the first electric rotating machine 22 is started. The exchange block 18 is driven to rotate through the first gear 25, and the first exchange shaft 14 is rotated by the stirring arm so that the exchange block 18 can rotate in conjunction with the first exchange shaft 14. The rubber auxiliary agent and the catalyst are mixed so that the rubber auxiliary agent and the catalyst can be rotated in conjunction with each other. After the rubber auxiliary agent and the catalyst are mixed, the valve 26 is opened and the rubber auxiliary mixture flows out of the excretion groove 27, Then, the valve 26 is closed and a cleaning solution is added to the via hole 20, and then the second electric rotating machine 34 is started, and the second electric rotating machine 34 moves the rotor 32. Flip and slide down by driving the sliding connection block 33, when the power supply block 38 is offset against the second electrical connecting block 30, supplies power to the electromagnet 48 acts on the iron piece 43, thereby The lock gear is engaged with the second gear 42 apart, and at this time, the second conical pulley 37 is engaged with the first conical pulley 39, and then the third electric rotating machine 35 is started, The third electric rotating machine 35 is driven to rotate the second exchange shaft 21 and rewinds the connecting rope 57 in conjunction with the connecting cylinder 12, and the third spring 56 and the fourth spring 60 act. under, the connecting plate 58 and the cleaning block 64 is bonded with the inner wall of the agitation body 16, extends the block 64 up and down, then the reversed second rotating electrical machine 34 The second electric rotating machine 34 drives the sliding connecting block 33 through the rotor 32 and slides upward, and the second conical pulley 37 is engaged with the first conical pulley 39 away from the The power supply block 38 cancels away from the second electrical connection block 30 and then starts the first electric rotating machine 22 so that the first electric rotating machine 22 can rotate the first exchange shaft 14. The first exchange shaft 14 cleans the inner wall of the agitation housing 16 in conjunction with the connection plate 58 and the cleaning block 54, and the waste water after cleaning is discharged from the excretion groove 27.

The beneficial effect of the present invention is that when the present invention is in the initial state, the sliding connection block cancels out with the top wall of the first sliding connection groove, and the power supply block does not contact the second electrical continuous block, The spool thread winds the connection rope, thereby causing the arm to be shrunk completely into the fourth sliding connection groove, the connection plate cancels with the arm to be swirled, and the connection plate and the arm to be swirled are to be swirled. The first guide block is pressed toward the second gear by the action of the first elasticity without affecting the rotation of the arm, and the lock gear and the second gear are engaged with each other. Loops wrap around the connecting rope stably.

When using the present invention, the valve is closed, a rubber auxiliary and a catalyst are added to the stirring casing from the via hole, and then the first electric rotating machine is started. The exchange block is driven to rotate through one gear, the exchange block is rotatable in conjunction with the first exchange shaft, the first exchange shaft is rotatable in conjunction with the stirring arm, and rubber. After the auxiliary agent and the catalyst are agitated and the rubber auxiliary agent and the catalyst are mixed, the valve is opened and the rubber auxiliary mixture flows out of the excretory groove.

After all the rubber auxiliary mixture has flowed out, the valve is closed, cleaning liquid is added to the via hole, and then the second electric rotating machine is started, and the second electric rotating machine is connected to the sliding connection block through the rotor. When the power supply block cancels with the second electrical connection block, the power is supplied to the electromagnet and acts on the iron piece, thereby separating the lock gear from the second gear. At this time, the second conical pulley is engaged with the first conical pulley, and then the third electric rotating machine is started, and the third electric rotating machine can rotate the second exchange shaft. driven in conjunction with the connection tube rewinding the connecting rope as the third spring and under the action of the fourth spring, the said connecting plate cleaning block of the stirring body And the block extends up and down, and then the second electric rotating machine is activated, and the second electric rotating machine drives the sliding connection block through the rotor and slides up to slide the second cone. The pulley is engaged with the first conical pulley so that the power supply block is offset from the second electric connection block, and then the first electric rotating machine is started and the first electric rotation is started. The machine is driven to rotate the first exchange shaft, and the first exchange shaft cleans the inner wall of the stirring housing in conjunction with the connection plate and the cleaning block, and the waste water after cleaning is the It drains from the excretion groove.

The present invention has a simple structure, and it is convenient to clean the inner wall of the stirring casing, and the cleaning effect is good.

The basic principle, main features and advantages of the present invention have been described and explained above. It should be understood by those skilled in the art that the present invention is not limited to the above-described embodiments, and the above-described embodiments and the description are the principles of the present invention, and do not depart from the significance and principles of the present invention. There are various changes and improvements in the present invention on the premise, and these changes and improvements are within the protection scope of the present invention. The protection scope of the present invention is defined equivalent to the scope of the appended claims.

Claims (1)

A rubber material device, comprising a stuffing box fixedly attached to a frame, wherein a stirring housing is installed in the stuffing box, and an excretion groove communicating with the outside is installed in a bottom wall of the stirring housing, A valve is fixedly attached to the excretion groove, a via hole communicating with the outside is installed on the top wall of the stirring casing, and a hopper communicating with the via hole is fixedly installed on the top end surface of the stuffing box. An end cap is installed on the top cover of the first agitating housing, and a first safety connection groove and a second safety connection groove located above the first safety connection groove are installed on the top wall of the stirring housing, and the first safety connection groove A first replacement shaft extending vertically is attached to the bottom wall of the first shaft so as to be rotatable, and an upper end of the first replacement shaft extends into the first safety connection groove so that the replacement block is fixed. And a lower end is extended to the stirring casing, crossed up and down, a stirring arm is attached, an exchange groove communicating with the upper and lower sides is installed on the first exchange shaft, and the exchange groove extends up and down through a bearing. An exchange shaft is rotatably attached, and the second exchange shaft passes through the exchange block and extends to the top wall of the first exchange groove and the second safety connection groove, and the second safety connection groove A first conical pulley fixedly connected to the second exchange shaft is installed, the first exchange groove is attached to the first gear through the third exchange shaft, and the upper end of the third exchange shaft is the first exchange groove A ring gear that is fixedly attached to a top wall of the first electric rotating machine and is connected so as to be able to transmit power, and a ring gear that engages and connects with the first gear is fixedly installed on the replacement block, Up and down on the right end wall of the second safety connection groove A first sliding connection groove is installed, a sliding connection block is attached to the first sliding connection groove so as to be slidable up and down, and a rotor extending vertically is engaged with and attached to the sliding connection block, Power can be transmitted to a second electric rotating machine in which the lower end of the rotor is rotatably attached to the lower end wall of the first sliding connection groove and the upper end is fixedly attached to the top wall of the first sliding connection groove. And a second conical pulley is installed in which the second safety connection groove engages and connects with the first conical pulley through the fourth exchange shaft, and the fourth exchange shaft is connected to the sliding connection block. A connecting cylinder that is fixedly connected to a third electric rotating machine that is fixedly attached so that power can be transmitted and that corresponds to the stirring arm and that is fixedly connected to the second replacement shaft is installed in the replacement groove. Left to arm A second sliding connection groove that communicates with the right is installed, a first communication groove that communicates between the second sliding connection groove and the replacement groove is installed, and the second sliding connection groove can slide to the left and right. A sliding connection shaft is connected to the sliding connection shaft, and a second connecting groove that communicates with the left and right sides is installed on the sliding connection shaft, and the stirring arm is fixed to the sliding connection shaft at one end away from the first exchange shaft. A connecting plate to be connected is installed, and a fourth sliding connection groove is provided in which the port communicating with the upper and lower sides of the connecting plate is separated from the first exchange shaft, and the upper and lower sides can slide up and down equally in the fourth sliding connection groove. A third connecting groove is installed between the second sliding connection groove, and the fourth sliding connection groove is connected to the second sliding block through a shaft lever. Install a fixed pulley between the two so that it can rotate. A connecting rope is fixedly attached to the end face to which the rowing block faces, the connecting rope bypasses the fixed pulley, passes through the third connecting groove in order, and the second connecting groove and the first connecting groove are provided. A locking device is fixedly connected to the connecting cylinder, a locking device is installed on the replacement block, an electrical connecting device is installed on the top wall of the first safety connection groove, and the locking device is replaced by the replacement device. A first exchange housing installed in the block and a second gear installed in the first exchange housing and fixedly connected to the second exchange shaft, wherein the first exchange housing is separated from the second gear. A fifth sliding connection groove is installed in the end wall, and an iron piece is slidably connected to and attached to the fifth sliding connection groove, and the iron piece engages with the second gear on an end surface facing the second gear. A locking gear is installed, and the fifth sliding connection groove is An electromagnetic device that engages with the iron piece is fixedly attached to an end wall that is separated from the two gears, and first guide grooves are installed on the upper and lower end walls of the fifth sliding connection groove on an equal basis. A first conductive block fixedly connected to the iron piece is attached to the groove so as to be slidable, and a first elastic member connected to the first conductive block is attached to the first conductive groove. The electrical connection device includes a second exchange housing installed on the top wall of the first safety connection groove and a conductive wheel installed on the second exchange housing and fixedly connected to the first exchange shaft, A sixth slip connection groove is installed in the right end wall of the second replacement housing, and a first electrical connection block is slidably connected to the sixth slip connection groove, and is attached to the first electrical connection block. A second elastic member that counteracts with the right end wall of the sixth sliding connection groove is fixedly attached to the right end surface. And the second elastic member presses the first electrical connection block to the left to offset the conductive ring, and the first electrical connection is made to the bottom wall of the first slip connection groove of the right end wall of the sixth slip connection groove. A second electric connection block that is electrically connected to the connection block is fixedly attached, and a power supply block that is connected to a commercial power source and engages with the second electric connection block is fixed to a lower end surface of the sliding connection block. A second conducting groove is installed on the upper and lower end walls of the second sliding connecting groove on an equal basis, and a second conducting block fixedly connected to the sliding connecting shaft is slid into the second conducting groove. A third elastic member fixedly connected to the second conductive block is fixedly attached to the second conductive groove so as to be movable. A third guide groove is installed in the third guide groove. A third conductive block fixedly connected to the block is slidably connected and attached, and a fourth elastic member fixedly connected to the third conductive block is fixed to the third conductive groove. A rubber material device which is attached to