CN206739862U - A kind of two-way feeding-discharging mechanism of vacuum sintering furnace glove box - Google Patents
A kind of two-way feeding-discharging mechanism of vacuum sintering furnace glove box Download PDFInfo
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- CN206739862U CN206739862U CN201720365324.4U CN201720365324U CN206739862U CN 206739862 U CN206739862 U CN 206739862U CN 201720365324 U CN201720365324 U CN 201720365324U CN 206739862 U CN206739862 U CN 206739862U
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- China
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- swing rod
- transmission frame
- forked standard
- fork
- glove box
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Abstract
It the utility model is related to vacuum sintering furnace technical field, specifically a kind of two-way feeding-discharging mechanism of vacuum sintering furnace glove box, pitched including material, expect forked standard, swing rod elevating mechanism, Liao Cha travel mechanisms and transmission frame, row's conveying roller is respectively provided with the transmission frame both sides, material fork is provided between the two rows conveying roller, the material fork is slidably mounted on a material forked standard, swing rod elevating mechanism is provided with the transmission frame, the material forked standard is driven by the swing rod elevating mechanism and lifted, Liao Cha travel mechanisms are provided with the downside of the material forked standard, the material fork is moved by Liao Cha travel mechanisms driving on the material forked standard, active transmission roller and transmission drive device are provided with transmission frame discharging side, the active transmission roller is rotated by the transmission drive device driving.The controllable material fork accurate stopping of the utility model, and charging can be back and forth run, it is reliable, substantially increase charging efficiency.
Description
Technical field
The utility model is related to vacuum sintering furnace technical field, specifically a kind of vacuum sintering furnace glove box it is two-way enter
Discharging mechanism.
Background technology
It is well known that, it is necessary to enter luggage under protection when the anaerobic material such as neodymium iron boron sinters processing in vacuum sintering furnace
Material operation, to avoid material oxygen from aoxidizing, therefore the glove box of protection charging and vacuum sintering furnace need to be used to coordinate
Use.Material fork is provided with generally in glove box to be used to transmit workpiece, the material fork can lifting moving, can also move forward and backward.It is existing
Have and expect that fork generally use is pneumatic or Chain conveyer mode drives lifting or retreated in the glove box case in technology, expect that fork can not be in centre
Position accurate stopping, and can not repeatedly be fed, pneumatic or Chain conveyer mode meeting during the lifting of material fork or advance and retreat in addition
There is impact, influence charging efficiency and sintering quality.
Utility model content
The purpose of this utility model is to provide a kind of two-way feeding-discharging mechanism of vacuum sintering furnace glove box, can control and expect fork
Accurate stopping, and charging can be back and forth run, it is reliable, it is easy to operate, substantially increase charging efficiency.
The purpose of this utility model is achieved through the following technical solutions：
A kind of two-way feeding-discharging mechanism of vacuum sintering furnace glove box, including material fork, material forked standard, swing rod elevating mechanism, material fork
Travel mechanism and transmission frame, the transmission frame are installed in glove box, and row's conveying roller is respectively provided with the transmission frame both sides,
Material fork is provided between the two rows conveying roller, the material fork is slidably mounted on a material forked standard, in the transmission
Swing rod elevating mechanism is provided with frame, the material forked standard is driven by the swing rod elevating mechanism and lifted, on the downside of the material forked standard
Provided with Liao Cha travel mechanisms, the material fork is moved by Liao Cha travel mechanisms driving on the material forked standard, in the biography
Defeated frame discharging side is provided with active transmission roller and transmission drive device, and the active transmission roller passes through the transmission driving dress
Put driving to rotate, workpiece is driven by each conveying roller after falling on the transmission frame and moved.
A contiguous block is provided with the downside of material fork, material fork roller is equipped with the contiguous block both sides, in the material
Two relative grooves are provided with left and right sides of forked standard, the material fork roller of the contiguous block both sides is respectively embedded into different grooves.
The Liao Cha travel mechanisms include leading screw, screw and drive device, and wherein leading screw is arranged on the downside of the material forked standard,
Nut sleeve is connected on the leading screw and with material fork downside, and drive device is arranged on described leading screw one end, the leading screw
Driven and rotated by the drive device.
The swing rod elevating mechanism includes swing rod, swing rod and electric pushrod, and multiple pendulum are provided with inside the transmission frame
Pole socket, a swing rod is equipped with each swing rod, and the swing rod lower end is movably mounted on the swing rod, it is described
Swing rod upper end is hinged with the material forked standard, and each swing rod drives synchronous hunting by the electric pushrod.
Both sides are respectively provided with row's swing rod inside the transmission frame, and the swing rod of both sides is corresponded and is oppositely arranged,
Swing rod lower end on any two relative swing rods is connected by a swing rod connecting shaft, the swing rod connecting shaft both ends point
Not She You a roller, shifting chute is provided with the swing rod, the roller at the swing rod connecting shaft both ends is respectively placed in both sides
In shifting chute on swing rod, the output shaft end of the electric pushrod is connected with any swing rod connecting shaft.
Each row's swing rod is connected by a gangbar, and each swing rod drives synchronous hunting by the gangbar.
The mobile travel switch of control material fork is provided with the transmission frame pan feeding side.
The advantages of the utility model is with good effect：
1st, the utility model is reasonable in design, and quadric chain driving material fork is formed using expecting that forked standard, swing rod etc. are be hinged
Lifting, and movement is pitched using leading screw control material, material fork accurate stopping and lifting are can control, it is reliable, it is easy to operate.
2nd, the utility model can realize that material fork moves back and forth charging, substantially increase charging efficiency, also mitigate operation
The working strength of personnel.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model,
Fig. 2 is top view of the present utility model in Fig. 1,
Fig. 3 is left view of the present utility model in Fig. 1,
Fig. 4 is the front view that fork is expected in Fig. 1,
Fig. 5 is the top view that fork is expected in Fig. 4.
Wherein, 1 is material fork, and 2 be drive device, and 3 be swing rod, and 4 be swing rod, and 5 be electric pushrod, and 6 be gangbar, and 7 are
Expect forked standard, 8 be leading screw, and 9 be material fork roller, and 10 be conveying roller, and 11 be transmission drive device, and 12 be active conveying roller, 13
It is swing rod connecting shaft for transmission frame, 14.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
As shown in Fig. 1~5, the utility model include material fork 1, material forked standard 7, swing rod elevating mechanism, Liao Cha travel mechanisms and
Transmission frame 13, the transmission frame 13 are installed in glove box, and as shown in figures 2-3, the both sides of transmission frame 13 are respectively provided with row biography
Defeated roller 10, is provided with material fork 1 between the two rows conveying roller 10, and the material fork 1 is slidably mounted on a material forked standard 7
On, swing rod elevating mechanism is provided with the transmission frame 13, the material forked standard 7 is arranged on the swing rod elevating mechanism and passed through
The swing rod elevating mechanism driving lifting, Liao Cha travel mechanisms are provided with the downside of material forked standard 7, the material fork 1 is by described
The driving of Liao Cha travel mechanisms is moved on the material forked standard 7.
As shown in Figures 4 and 5, a contiguous block is provided with the downside of material fork 1, two is respectively provided with the contiguous block both sides
Material fork roller 9, as shown in figure 3, two relative grooves are provided with the left and right sides of material forked standard 7, the contiguous block both sides
Material fork roller 9 is respectively embedded into different grooves, so as to realize movement of the material fork 1 on material forked standard 7.
As shown in figure 1, being provided with Liao Cha travel mechanisms in the downside of material forked standard 7, the Liao Cha travel mechanisms include leading screw
8th, screw and drive device 2, wherein leading screw 8 are arranged on the downside of the material forked standard 7, nut sleeve on the leading screw 8 and with institute
The contiguous block for stating the downside of material fork 1 is connected, and drive device 2 is arranged on described one end of leading screw 8, and the leading screw 8 is filled by the driving
2 drivings rotation is put, and then drives the screw movement, the screw drives the movement of material fork 1.In the present embodiment, the driving
Device 2 is motor.
As shown in figures 1 and 3, swing rod elevating mechanism is provided with the downside of material forked standard 7, the swing rod elevating mechanism includes
Swing rod 4, swing rod 3, gangbar 6 and electric pushrod 5, row's swing rod 3, and two are respectively provided with the inside both sides of transmission frame 13
The swing rod 3 of side is corresponded and is oppositely arranged, and swing rod 4 is equipped with each swing rod 3, the lower end of swing rod 4 is movably
On the swing rod 3, the upper end of swing rod 4 is be hinged with the material forked standard 7, and each row's swing rod 4 passes through a gangbar 6
Connection, so as to ensure each synchronous hunting of swing rod 4.As shown in figure 3, any relative two positioned at the inside both sides of transmission frame 13
The lower end of swing rod 4 on swing rod 3 is connected by swing rod connecting shaft 14, and the both ends of swing rod connecting shaft 14 are respectively equipped with a rolling
Wheel, is provided with a shifting chute on the swing rod 3, and the roller in the swing rod connecting shaft 14 is to be placed in the shifting chute,
And the shifting chute defines the moving range of the lower end of swing rod 4, and then the range of the material forked standard 7 is defined, it is described
The output shaft end of electric pushrod 5 is connected with any swing rod connecting shaft 14, and the swing rod 4 is driven by the electric pushrod 5
Swing, and then realize that material forked standard 7 lifts.
As shown in Fig. 2 being respectively provided with row's conveying roller 10 in the both sides of transmission frame 13, and go out in the transmission frame 13
Expect that side is provided with active transmission roller 12 and transmission drive device 11, the active transmission roller 12 and transmission drive device 11
Output shaft fixed connection, and rotated by transmission drive device 11 driving, so as to realize that workpiece moves on transmission frame 13, remaining
Conveying roller 10 is driven conveying roller, and in the present embodiment, the transmission drive device 11 includes a motor and one
Transmission mechanism.The transmission drive device 11 is known in the art technology.Opened in the pan feeding side of transmission frame 13 provided with stroke
Close, for accurately controlling the movement of material fork 1.
Operation principle of the present utility model is：
During utility model works, the material fork 1 rises backward pan feeding side and moved into blanking box, when workpiece is placed on
After on material fork 1, the material fork 1 is reversely moved back to original position and fallen, and workpiece is fallen on transmission frame 13, then on the transmission frame 13
Transmission drive device 11 start, by workpiece be sent into glove box in.
Claims (7)
- A kind of 1. two-way feeding-discharging mechanism of vacuum sintering furnace glove box, it is characterised in that：Including material fork (1), material forked standard (7), pendulum Bar elevating mechanism, Liao Cha travel mechanisms and transmission frame (13), the transmission frame (13) is installed in glove box, in the transmission frame (13) both sides are respectively provided with row's conveying roller (10), and material fork (1), the material fork are provided between the two rows conveying roller (10) (1) it is slidably mounted on a material forked standard (7), swing rod elevating mechanism, the material fork is provided with the transmission frame (13) Seat (7) is driven by the swing rod elevating mechanism and lifted, and Liao Cha travel mechanisms, the material are provided with the downside of the material forked standard (7) Fork (1) is driven by the Liao Cha travel mechanisms and moved on the material forked standard (7), is set in the transmission frame (13) discharging side There are active transmission roller (12) and transmission drive device (11), the active transmission roller (12) passes through the transmission drive device (11) driving is rotated, and workpiece is driven by each conveying roller after falling on the transmission frame (13) and moved.
- 2. the two-way feeding-discharging mechanism of vacuum sintering furnace glove box according to claim 1, it is characterised in that：Pitched in the material (1) downside is provided with a contiguous block, and material fork roller (9) is equipped with the contiguous block both sides, in the material forked standard (7) left and right two Side is provided with two relative grooves, and the material fork roller (9) of the contiguous block both sides is respectively embedded into different grooves.
- 3. the two-way feeding-discharging mechanism of vacuum sintering furnace glove box according to claim 1, it is characterised in that：The material fork moves Motivation structure includes leading screw (8), screw and drive device (2), and wherein leading screw (8) is arranged on the downside of the material forked standard (7), nut sleeve On the leading screw (8) and with being connected on the downside of material fork (1), drive device (2) is arranged on the leading screw (8) one end, institute State leading screw (8) and driven by the drive device (2) and rotated.
- 4. the two-way feeding-discharging mechanism of vacuum sintering furnace glove box according to claim 1, it is characterised in that：The swing rod liter Descending mechanism includes swing rod (4), swing rod (3) and electric pushrod (5), and multiple swing rods are provided with inside the transmission frame (13) (3) swing rod (4), is equipped with each swing rod (3), and the swing rod (4) lower end is movably mounted at the swing rod On seat (3), swing rod (4) upper end is be hinged with the material forked standard (7), and each swing rod (4) is driven by the electric pushrod (5) Synchronous hunting.
- 5. the two-way feeding-discharging mechanism of vacuum sintering furnace glove box according to claim 4, it is characterised in that：The transmission frame (13) internal both sides are respectively provided with row's swing rod (3), and the swing rod (3) of both sides is corresponded and is oppositely arranged, any relative Two swing rods (3) on swing rod (4) lower end by a swing rod connecting shaft (14) be connected, the swing rod connecting shaft (14) Both ends are respectively equipped with a roller, and shifting chute, the roller at swing rod connecting shaft (14) both ends are provided with the swing rod (3) It is respectively placed in the shifting chute on both sides swing rod (3), output shaft end and any swing rod connecting shaft of the electric pushrod (5) (14) it is connected.
- 6. the two-way feeding-discharging mechanism of vacuum sintering furnace glove box according to claim 5, it is characterised in that：Each row's swing rod (4) connected by a gangbar (6), each swing rod (4) drives synchronous hunting by the gangbar (6).
- 7. the two-way feeding-discharging mechanism of vacuum sintering furnace glove box according to claim 1, it is characterised in that：In the transmission Frame (13) pan feeding side is provided with the mobile travel switch of control material fork (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720365324.4U CN206739862U (en) | 2017-04-10 | 2017-04-10 | A kind of two-way feeding-discharging mechanism of vacuum sintering furnace glove box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720365324.4U CN206739862U (en) | 2017-04-10 | 2017-04-10 | A kind of two-way feeding-discharging mechanism of vacuum sintering furnace glove box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206739862U true CN206739862U (en) | 2017-12-12 |
Family
ID=60559581
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720365324.4U Active CN206739862U (en) | 2017-04-10 | 2017-04-10 | A kind of two-way feeding-discharging mechanism of vacuum sintering furnace glove box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206739862U (en) |
-
2017
- 2017-04-10 CN CN201720365324.4U patent/CN206739862U/en active Active
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