CN208247224U - A kind of mixing apparatus of cable tube raw material - Google Patents
A kind of mixing apparatus of cable tube raw material Download PDFInfo
- Publication number
- CN208247224U CN208247224U CN201820515210.8U CN201820515210U CN208247224U CN 208247224 U CN208247224 U CN 208247224U CN 201820515210 U CN201820515210 U CN 201820515210U CN 208247224 U CN208247224 U CN 208247224U
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- CN
- China
- Prior art keywords
- autoclave body
- cabinet
- discharge port
- blender
- mixing apparatus
- 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.)
- Expired - Fee Related
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Abstract
The utility model discloses a kind of mixing apparatus of cable tube raw material, its key points of the technical solution are that: including blender, it is used to support the bracket of blender, the feed bin being placed on the ground and the pumping material machine for being transmitted to the powder in feed bin in blender, the blender include autoclave body and be located at the intracorporal puddle support of kettle, the cage for the powder in blender to be sent out to autoclave body is provided with below the autoclave body, the bottom of the autoclave body offers the discharge port being connected to the feed inlet of cage, the discharge outlet is provided with the movable plate for closing discharge port and with autoclave body sliding connection, the side that the autoclave body is located at discharge port offers storage chamber, the storage chamber is provided with away from the side of discharge port stores intracavitary cylinder for taking away discharge port and being stored in movable plate.Its advantage is that the intracorporal powder of kettle quickly can be pulled out autoclave body by the mixing apparatus, the working efficiency of the mixing apparatus is improved.
Description
Technical field
The utility model relates to cable tube processing and manufacturing field more particularly to a kind of mixing apparatus of cable tube raw material.
Background technique
Cable tube is stirred and is molded by a variety of powders.During specific preparation, it is necessary first to electricity
Cable control is matched for powder, and proportioned powder is then stirred mixing, then injection molding again.
After the completion of powder stirring, traditional method is extracted powder out using exhaust fan out of autoclave body, this extraction powder
Mode it is related with the wind-force of exhaust fan, when the intracorporal redundant space of later period kettle becomes larger, needing to increase wind-force could continue
Powder is extracted, and the effect extracted is excessively poor.
Utility model content
The purpose of the utility model is to provide a kind of mixing apparatus of cable tube raw material, its advantage is that the mixing apparatus energy
It is enough that the intracorporal powder of kettle is quickly pulled out into autoclave body, improve the working efficiency of the mixing apparatus.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of mixing apparatus of cable tube raw material including blender, the bracket that is used to support blender, is placed on ground
On feed bin and pumping material machine for being transmitted to the powder in feed bin in blender, the blender includes autoclave body and position
The cage for the powder in blender to be sent out to autoclave body, institute are provided with below the intracorporal puddle support of kettle, the autoclave body
The bottom for stating autoclave body offers the discharge port being connected to the feed inlet of cage, and the discharge outlet is provided with for sealing discharge port
It closes and the movable plate with autoclave body sliding connection, the side that the autoclave body is located at discharge port offers storage chamber, the storage chamber back
The side for separating out material mouth, which is provided with, stores intracavitary cylinder for taking away discharge port and being stored in movable plate.
Through the above technical solutions, cylinder, which is able to drive movable plate, leaves discharge port, so that the intracorporal stirring of kettle is mixed
Powder after getting togather is autonomous to be fallen into cage, so that cage drives powder to leave blender, to improve the transmission of powder
Efficiency.The setting for storing chamber can remove discharge port for movable plate and provide space, and then enter strand by discharge port convenient for powder
In cage.It selects cage to transmit powder, powder can be made to transmit more stable, quick, and be not likely to produce in transmit process a large amount of
Dust.
The utility model is further arranged to: the movable plate offers cavity towards puddle support on one side, sets in cavity
The filling plate being adapted to discharge port and with movable plate sliding connection is set, the bottom of the filling plate is fixedly installed solid with movable plate
Surely the adjustable spring connected.
Through the above technical solutions, the space for not being filled up completely discharge port above movable plate can be filled up completely by filling plate
Firmly, preventing powder to be stored in cannot participate in stirring in the space above movable plate, thereby reduce the mixing of the blender
Efficiency.Therefore the filling plate can be improved the stirring efficiency of the blender.Adjustable spring can when movable plate seals feed inlet,
Pop up filling plate out of cavity automatically.
The utility model is further arranged to: the side of the filling plate towards storage chamber is upper end to far from storage chamber side
To inclined inclined-plane.
Through the above technical solutions, the setting on inclined-plane can be pressed when movable plate is mobile to storage chamber convenient for filling plate
Make the return trip empty in chamber.
The utility model is further arranged to: the intracavitary stroke being fixedly installed for controlling cage work of the storage is opened
It closes.
Through the above technical solutions, travel switch can control the work of cage, when movable plate completely disengages discharge port simultaneously
When touching travel switch, cage is started to work, and the powder in blender is sent out blender.It is opened when movable plate is detached from stroke
Guan Shi, travel switch control cage stop working.To which the setting of travel switch improves the working efficiency of the mixing apparatus.
The utility model is further arranged to: the feed bin shape and structure is a chest, and the bottom of cabinet is by taking out material
Machine is connected to blender, and the side of feed bin offers side door, be provided with above the feed bin for by the fugitive dust in feed bin into
The suction ventilator that row extracts, is provided with for filtering the powder in the air siphoned away by suction ventilator between the suction ventilator and silo
Rose Box, Rose Box include the cabinet of cylindrical type and are positioned horizontally in the intracorporal filter screen of case, the bottom of the cabinet and feed bin
Top connection, the top of cabinet is connected to the top of suction ventilator, and the side wall of the cabinet offers pumping mesh, the cabinet
Side wall is provided with the driving assembly for taking out filter screen from pumping mesh.
Through the above technical solutions, the setting of side door is convenient for pouring into powder in feed bin.Suction ventilator can will pour into feed bin
The fugitive dust that interior powder generates sponges, and fugitive dust is prevented to be diffused into the air outside feed bin, is sucked in body by operator, shadow
Ring the health of operator.Rose Box can be collected to the powder siphoned away by suction ventilator and secondary use, saves money
Source.The setting of mesh and driving assembly is wherein taken out convenient for taking out filter screen from cabinet, so that receiving on cylinder filter screen
It is more convenient to collect the powder filtered out, to be conducive to improve working efficiency.
The utility model is further arranged to: the filter screen includes wire side and shape for circle and is used to support wire side
Screen frame, driving assembly include with take out mesh adaptation and connect with screen frame bogie, be vertically arranged in cabinet side and with drive
The support rod and be fixed at bogie away from the shifting block of one end of support rod that moving frame one end is rotatablely connected.
Through the above technical solutions, bogie can either take out filter screen out of cabinet, and can be put by filter screen
When in cartonning body, mesh will be taken out and sealed up, prevented during suction ventilator works, powder enters outside cabinet from mesh from smoking
In air, sucked in body by operator.Shifting block is convenient for taking out bogie from pumping mesh.Support rod is then convenient for bogie
Rotation so that bogie from take out mesh in extract it is more convenient.
The utility model is further arranged to: the inner wall and bogie of the cabinet are offered towards the side of cabinet
For being clamped the card slot of screen frame.
Through the above technical solutions, filter screen can steadily be connected in cabinet by card slot, prevent from working in suction ventilator
During, filter screen moves in cabinet, and then influences the filter effect of filter screen.
The utility model is further arranged to: the screen frame is rotatablely connected by card slot and cabinet and bogie, the net
The upper surface of frame is fixedly installed detent protrusion, and the card slot on bogie is adapted to screen frame and detent protrusion.
Through the above technical solutions, the setting of detent protrusion is convenient for for screen frame being connected in bogie, and then convenient for driving
Frame drives filter screen to rotate around support rod.
In conclusion the utility model has the following beneficial effects:
One, the intracorporal powder of kettle is pulled out autoclave body using cage by the mixing apparatus, transmits material more stable, fast
Speed, and a large amount of dust is not likely to produce in transmit process, and then improve the working efficiency of the mixing apparatus.
Two, the mixing apparatus is provided with bogie, convenient for taking out filter screen from cabinet, so that on cylinder filter screen
It is more convenient to collect the powder filtered out, to improve work efficiency.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the mixing apparatus；
Fig. 2 is the status diagram that a filter screen takes out from bogie；
Fig. 3 is the structural schematic diagram in order to embody positioning pin working principle；
Fig. 4 is for the cross-sectional view of movable plate working principle.
In figure, 1, feed bin；11, side door；21, suction ventilator；22, cabinet；221, mesh is taken out；23, filter screen；24, bogie；
241, shifting block；25, support rod；251, annular groove；26, positioning pin；27, card slot；28, detent protrusion；29, positioning protrusion；3, it takes out
Material machine；41, autoclave body；42, puddle support；43, lower hopper；44, vibration motor；45, chamber is stored；46, discharge port；51, cage；52,
Cylinder；53, movable plate；54, adjustable spring；55, plate is filled；56, travel switch；57, cavity；6, bracket；61, universal wheel；62,
Screw rod；7, rewinding case.
Specific embodiment
A kind of mixing apparatus of cable tube raw material, as shown in Figure 1, including blender, being located at blender side and placement
Rewinding case 7 on the ground, the bracket 6 for being used to support blender, below blender and for by the powder in blender
It is transmitted to the cage 51 of rewinding case 7, positioned at blender side and the feed bin 1 that is placed on the ground and is placed on the ground and position
Pumping material machine 3 between blender and feed bin 1.Wherein the outlet of cage 51 is connected to rewinding case 7.
1 shape and structure of feed bin is a chest combined with Figure 1 and Figure 2,.The bottom of feed bin 1 is connected by taking out material machine 3 and blender
It is logical.The side of feed bin 1 offers top and the hinged side door 11 of feed bin 1.The top of feed bin 1 is provided with for will be in feed bin 1
The suction ventilator 21 that fugitive dust is extracted.It is provided between suction ventilator 21 and silo for filtering the powder siphoned away by suction ventilator 21
Rose Box.Rose Box includes the cabinet 22 of cylindrical type and the filter screen 23 that two are positioned horizontally in cabinet 22.Filter screen 23 wraps
It includes wire side and shape is screen frame that is round and being used to support wire side.The bottom of cabinet 22 is connected to and fixes with the top of feed bin 1
Connection, the top of cabinet 22 is connected to and is fixedly connected with the top of suction ventilator 21.The side wall of cabinet 22 corresponds to the position of filter screen 23
The length set and take out mesh 221 there are two opening up, and take out mesh 221 is more than or equal to half (the present embodiment of 22 perimeter side wall of cabinet
For length to take out mesh 221 is equal to the half of 22 perimeter side wall of cabinet).The side wall of cabinet 22 be provided with for from take out mesh
The driving assembly for taking out filter screen 23 at 221.
In conjunction with Fig. 2 and Fig. 3, driving assembly include with the bogie 24 taking out the adaptation of mesh 221 and being connect with screen frame, vertically set
Set the outside of cabinet 22 and with the support rod 25 of 24 one end of bogie rotation connection and be fixed at bogie 24 away from branch
The shifting block 241 of one end of strut 25.The both ends of support rod 25 are fixedly connected with cabinet 22, and support rod 25 and mesh 221 of smoking
One end is in same vertical plane.The inner wall and bogie 24 of cabinet 22 are offered towards the side of cabinet 22 for being clamped net
The card slot 27 of frame.Screen frame is rotatablely connected by card slot 27 and cabinet 22 and bogie 24.The upper surface of screen frame is fixedly installed card
Position protrusion 28, the card slot 27 on bogie 24 are adapted to screen frame and detent raised 28.One end of detent protrusion 28 is provided with and net
The positioning protrusion 29 that frame is fixedly connected, one end of bogie 24 are provided with the groove for placement positioning protrusion 29.Bogie 24
The position connecting with support rod 25 is provided with the positioning pin 26 for being fixed on bogie 24 on support rod 25.Support rod 25 with
The side for the position that bogie 24 connects offers annular groove 251, and a part of bogie 24 is located in annular groove 251.
In conjunction with Fig. 1 and Fig. 4, the bottom of bracket 6 is provided with universal wheel 61.The top of universal wheel 61 is fixedly installed puts vertically
The screw rod 62 set and be threadedly coupled with bracket 6.Blender includes autoclave body 41, is fixed at 41 top of autoclave body and is overlapped on bracket
The lower hopper 43 and the puddle support 42 in autoclave body 41 at 6 tops.Stir chamber in autoclave body 41 is cylindrical type.Puddle support 42 wraps
It includes through the top of autoclave body 41 and the agitating shaft that is driven by motor group and is fixedly connected along the vertical direction with agitating shaft and level is put
The agitating plate set.Agitating shaft is vertically positioned at the center in autoclave body 41 and drives the powder in the rotation stirring autoclave body 41 of puddle support 42
Material.The bottom of lower hopper 43 is connected to the top of the side of autoclave body 41, and the top of lower hopper 43 and the discharge port 46 for taking out material machine 3 connect
Lead to and is fixedly connected.The lateral wall of lower hopper 43 is fixedly installed vibration motor 44, in order to which material is fallen completely in autoclave body 41.
In conjunction with Fig. 1 and Fig. 4, the bottom of autoclave body 41 offers the discharge port 46 being connected to the feed inlet of cage 51.Discharge port
46 be rectangle and length direction is identical as 41 inner wall radius of autoclave body, and discharge port 46 is provided with 41 center of autoclave body and autoclave body 41
Between inner wall.In this way when needing powder removing autoclave body 41, discharge port 46 is opened, and rotate puddle support 42, can be completed.Out
The movable plate 53 for closing discharge port 46 and with the sliding connection of autoclave body 41 is provided at material mouth 46.Autoclave body 41 is located at discharge port
46 side offers storage chamber 45.Storage chamber 45 is provided with away from the side of discharge port 46 and is fixedly connected with 41 outer wall of autoclave body
Cylinder 52, the piston rod of cylinder 52 run through the bottom of autoclave body 41 and are fixedly connected with 53 one end of movable plate.
In conjunction with Fig. 1 and Fig. 4, movable plate 53 offers cavity 57 towards puddle support 42 on one side.It is arranged in cavity 57 and goes out
The adaptation of material mouth 46 and the filling plate 55 connected with the sliding of movable plate 53.The bottom of filling plate 55 is fixedly installed solid with movable plate 53
Surely the adjustable spring 54 connected.
It fills out and combines Fig. 1 and Fig. 4, the side for filling plate towards storage chamber 45 is that upper end is inclined tiltedly to separate storage 45 direction of chamber
Face, and the position of the contact of incline plane of the position of the discharge port 46 of autoclave body 41 and filling plate 55 is also provided with into and fits with filling 55 inclined-plane of plate
The inclined-plane matched.The travel switch 56 for controlling the work of cage 51 is fixedly installed in storage chamber 45.When movable plate 53 is completely de-
When separating out material mouth 46 and touching travel switch 56, cage 51 is started to work, and the powder in blender is sent out blender.When
When movable plate 53 is detached from travel switch 56, travel switch 56 controls cage 51 and stops working.
The course of work: it when needing to deploy the powder of cable tube, opens side door 11 and starts suction ventilator 21 and take out material machine 3.
Then it and by different types of powder successively pours into feed bin 1.It is every a kind of powder is poured into feed bin 1 completely after, first close
Suction ventilator 21 and pumping material machine 3.Then by 241 rotate driving frame 24 of shifting block, bogie 24 is made to drive filter screen 23 from cabinet 22
Interior removal, later rotate filter screen 23, filter screen 23 is taken out from bogie 24, by the powder on filter screen 23 shake completely from
After filter screen 23, then filter screen 23 gone into bogie 24 (this process, the filter screen 23 that directly can more renew).And then will
Filter screen 23 is pushed in cabinet 22.Then positioning pin 26 is inserted into support rod 25.And so on, by different types of powder
It is transmitted in blender, then starts blender and start mixed powder.After the completion of mixing, start cylinder 52, the drive of cylinder 52 is filled out
It fills in plate 55 and the mobile storage chamber 45 of movable plate 53.When movable plate 53 touches travel switch 56, cage 51 is started to work,
Powder is transmitted in rewinding case 7.When powder transmission after the completion of, be again started up cylinder 52, make cylinder 52 drive movable plate 53 to
46 direction of discharge port is mobile.When movable plate 53 is detached from travel switch 56, cage 51 stops working.When movable plate 53 will go out completely
When material mouth 46 blocks, adjustable spring 54 pushes filling plate 55 to leave cavity 57, and discharge port 46 is located at 53 top of movable plate
Space filling.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (8)
1. a kind of mixing apparatus of cable tube raw material, including blender, the bracket (6) that is used to support blender, it is placed on ground
Feed bin (1) on face and for the inner powder of feed bin (1) to be transmitted to the pumping material machine (3) in blender, the blender packet
The puddle support (42) for including autoclave body (41) and being located in autoclave body (41), it is characterized in that: the lower section setting of the autoclave body (41) is useful
In the cage (51) that the powder in blender is sent out to autoclave body (41), the bottom of the autoclave body (41) is offered and cage (51)
Feed inlet connection discharge port (46), be provided at the discharge port (46) for by discharge port (46) closing and and autoclave body
(41) movable plate (53) of sliding connection, the side that the autoclave body (41) is located at discharge port (46) offer storage chamber (45), institute
Storage chamber (45) is stated to be provided with away from the side of discharge port (46) for movable plate (53) to be taken away discharge port (46) and is stored in
Store the cylinder (52) in chamber (45).
2. the mixing apparatus of a kind of cable tube raw material according to claim 1, it is characterized in that: the movable plate (53) court
To offering on one side cavity (57) for puddle support (42), in cavity (57) setting be adapted to discharge port (46) and with movable plate (53)
Slide connection filling plate (55), it is described filling plate (55) bottom be fixedly installed be fixedly connected with movable plate (53) stretch
Spring (54).
3. the mixing apparatus of a kind of cable tube raw material according to claim 2, it is characterized in that: filling plate (55) court
It is upper end to far from storage chamber (45) inclined inclined-plane in direction to the side of storage chamber (45).
4. the mixing apparatus of a kind of cable tube raw material according to claim 2, it is characterized in that: in the storage chamber (45)
It is fixedly installed the travel switch (56) for controlling cage (51) work.
5. the mixing apparatus of a kind of cable tube raw material according to claim 1, it is characterized in that: the feed bin (1) shape
Structure is a chest, and the bottom of cabinet (22) is connected to by taking out material machine (3) with blender, and the side of feed bin (1) offers side
Door (11) is provided with the suction ventilator (21) for extracting the fugitive dust in feed bin (1) above the feed bin (1), described
The Rose Box for filtering the powder in the air siphoned away by suction ventilator (21), filtering are provided between suction ventilator (21) and silo
Case includes the cabinet (22) of cylindrical type and the filter screen (23) that is positioned horizontally in cabinet (22), the bottom of the cabinet (22) with
The top of feed bin (1) is connected to, and the top of cabinet (22) is connected to the top of suction ventilator (21), and the side wall of the cabinet (22) opens up
Have pumping mesh (221), the side wall of the cabinet (22) is provided with the drive for taking out filter screen (23) at pumping mesh (221)
Dynamic component.
6. the mixing apparatus of a kind of cable tube raw material according to claim 5, it is characterized in that: the filter screen (23) wraps
Including wire side and shape is screen frame that is round and being used to support wire side, driving assembly include with take out mesh (221) be adapted to and with net
The bogie (24) of frame connection is vertically arranged in cabinet (22) side and the support rod with the rotation connection of bogie (24) one end
(25) and bogie (24) are fixed at away from the shifting block (241) of the one end of support rod (25).
7. the mixing apparatus of a kind of cable tube raw material according to claim 6, it is characterized in that: the cabinet (22) is interior
The side of wall and bogie (24) towards cabinet (22) offers the card slot (27) for being clamped screen frame.
8. the mixing apparatus of a kind of cable tube raw material according to claim 7, it is characterized in that: the screen frame passes through card slot
(27) it is rotatablely connected with cabinet (22) and bogie (24), the upper surface of the screen frame is fixedly installed detent protrusion (28), drives
Card slot (27) in moving frame (24) is adapted to screen frame and detent raised (28).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820515210.8U CN208247224U (en) | 2018-04-11 | 2018-04-11 | A kind of mixing apparatus of cable tube raw material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820515210.8U CN208247224U (en) | 2018-04-11 | 2018-04-11 | A kind of mixing apparatus of cable tube raw material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208247224U true CN208247224U (en) | 2018-12-18 |
Family
ID=64640127
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820515210.8U Expired - Fee Related CN208247224U (en) | 2018-04-11 | 2018-04-11 | A kind of mixing apparatus of cable tube raw material |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208247224U (en) |
-
2018
- 2018-04-11 CN CN201820515210.8U patent/CN208247224U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181218 Termination date: 20210411 |