CN209580079U - A kind of blender controlling discharging flow - Google Patents

Abstract

The utility model relates to a kind of blenders for controlling discharging flow, belong to blender field.Including being in coniform discharge bucket, discharge bucket inner sidewall is provided with fixed disk, the side wall of fixed disk is connect with discharge bucket inner sidewall, multiple first apertures are provided in fixed disk, the rotating disc that is on one side provided with fixed disk rotation connection of the fixed disk in discharge bucket, the side wall in rotating disc radian direction is slidably connected with discharge bucket inner sidewall, and multiple second apertures are provided on rotating disc, and the driving device of driving turn disc is provided on discharge bucket.Using the blender of such control discharging flow, the discharging flow of discharge bucket can control.

Description

A kind of blender controlling discharging flow

Technical field

The utility model relates to blender apparatus field more particularly to a kind of blenders for controlling discharging flow.

Background technique

Blender, is a kind of constructional engineering machinery, master be for mixing cement, the Building woods such as sandstone, all kinds of dry powder and mortars Material.This is that a kind of blade-carrying axis rotates in cylinder or slot, and plurality of raw materials is stirred mixing, makes a kind of mixed Close the machine of object or suitable consistency.

In the prior art, Authorization Notice No. is the Chinese patent of CN203171847U, discloses one kind and prevents stagnant material concrete Blender discharge bucket, including dustpan-shaped discharge bucket ontology, which has bottom plate, and the lower section of bottom plate is equipped with motor, the motor Power output shaft on be connected with rattle balls, the lower surface of the rattle balls and the bottom plate matches.After optimization, rattle balls pass through spring It is connected on the power output shaft of the motor.The upper surface of bottom plate is equipped with domed convex block.This kind prevents stagnant concrete stirring Machine discharge bucket can reduce and adhere to concrete on discharge bucket, so that stagnant material phenomenon be avoided to occur.But this is being tapped using novel During ball taps bottom plate, discharging remains identical speed, so that the flow of discharging is unable to control.

Utility model content

The purpose of this utility model is to provide a kind of blenders for controlling discharging flow, have control discharge bucket reactor effluent stream The advantages of amount.

The above-mentioned purpose of the utility model has the technical scheme that

A kind of blender controlling discharging flow, including in coniform discharge bucket, the discharge bucket inner sidewall is provided with The side wall of fixed disk, the fixed disk is connect with discharge bucket inner sidewall, and multiple first apertures are provided in the fixed disk, described The rotating disc that is on one side provided with fixed disk rotation connection of the fixed disk in discharge bucket, the side in rotating disc radian direction Wall is slidably connected with discharge bucket inner sidewall, and multiple second apertures are provided on the rotating disc, are provided with drive on the discharge bucket The driving device of dynamic turn disc.

Implement above-mentioned technical proposal, before opening blender, drives rotating disc in the side of fixed disk by driving device Rotation so that the second aperture on rotating disc misplaces with the first aperture in fixed disk, and then forms different discharging flows.

Further, the rotating disc includes inner disc and the outer ring that connect with the side wall in inner disc radian direction, and described second opens Hole is arranged on inner disc, and the outer ring is slidably connected with discharge bucket inner wall, and the outer ring is put away from being provided on one side for fixed disk Slot is set, the side wall that the inner disc is connect with outer ring is provided with the convex block with placing groove cooperation, and the inner disc and outer ring pass through bolt Placing groove is pushed against across convex block to fix.

Implement above-mentioned technical proposal, when rotating disc is rotated relative to fixed disk, concrete may enter rotating disc and consolidate In gap between price fixing, the case where causing rotating disc that can not rotate appearance.When rotating disc is blocked by concrete without being able to rotate, It loosers a bolt, inner disc is separated from outer ring, the concrete on rotating disc can be cleared up.

Further, the position that the discharge bucket inner wall and outer ring are slidably connected is provided with bulge loop, circumferentially sets on the outer ring It is equipped with the groove with bulge loop clamping, the one side of the groove towards discharge bucket inner wall is circumferentially provided with rack gear, the discharge bucket side Wall is provided with port, and the rack gear passes through port and engages with driving device.

Implement above-mentioned technical proposal, driving device drive rack rotates, since rack gear and groove are set on outer ring jointly, And then drive outer ring rotation；Since outer ring and inner disc are bolted, then rotate synchronously inner disc and outer ring.Pass through bulge loop It is caught in groove, rotating disc may make while the rotation of discharge bucket inner wall, concrete to be stopped to contact with rack gear along bulge loop, kept away Exempt from the case where entrance of the rack gear because of concrete is without being able to rotate appearance.

Further, the lateral wall of the discharge bucket is provided with and communicated with accommodating case, and the driving device is set in accommodating case, The driving device includes the gear being engaged with rack, and the gear is coaxially fixed with rotating bar, the both ends point of the rotating bar Two side walls rotation connection not opposite with accommodating case, one end of the rotating bar is extended outside accommodating case.

Implement above-mentioned technical proposal, driving rotating bar rotation, rotating bar sliding tooth wheel rotates, and gear driving is engaged with gear Racks turn, and then drive turn disc so that rotating disc rotate relative to fixed disk, and then change discharge bucket out Stream amount.

Further, extend hand-held part in one end that the rotating bar is pierced by accommodating case.

Implement above-mentioned technical proposal, rotating bar can be rotated convenient for staff by hand-held part, improve staff's rotation The comfort level of rotating bar.

Further, the outer ring is circumferentially provided with muti-piece along rotating disc away from the one side of fixed disk and discharge bucket inner wall attaches Scraper plate, the scraper plate extends to the opening of discharge bucket far from one end of fixed disk.

Implement above-mentioned technical proposal, when blender does not work, rotates hand-held part, driving rotating bar rotation, rotating bar is driven Moving gear rotation, gear drives the racks turn engaged with gear, to drive turn disc, turn disc drives scraper plate It is rotated along discharge bucket inner wall, and then wipes the concrete for being attached to discharge bucket inner wall off, concrete is avoided to condense in discharge bucket inner wall Blocking situation occurs.

Further, the fixed disk blocks ring away from what the one side of rotating disc was circumferentially provided with vertical discharge bucket side wall.

Implementing above-mentioned technical proposal can prevent concrete from entering in groove along discharge bucket inner wall by blocking the setting of ring, Avoid rack gear appearance because concrete, which enters groove, to be rotated the case where.

In conclusion the utility model has the following beneficial effects:

Before opening blender, rotating hand portion, driving rotating bar rotation, the rotation of rotating bar sliding tooth wheel, gear driving Racks turn, rack drives rotating disc is relatively rotated in the side of fixed disk and fixed disk, so that the second aperture on rotating disc It misplaces with the first aperture in fixed disk, and then forms different discharging flows.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 is the structural schematic diagram figure that the utility model is used to show rotating disc and driving device；

Fig. 3 is the portion the A enlarged diagram of Fig. 2；

Fig. 4 is the sectional view that the utility model is used to show fixed disk.

Appended drawing reference: 1, discharge bucket；11, bulge loop；12, port；2, fixed disk；21, the first aperture；22, ring is blocked；3, turn Moving plate；31, inner disc；311, the second aperture；312, convex block；32, outer ring；321, placing groove；322, groove；3221, rack gear；323, Scraper plate；4, driving device；41, gear；5, accommodating case；51, rotating bar；511, hand-held part；6, bolt.

Specific embodiment

Below in conjunction with attached drawing, the technical solution of the utility model embodiment is described.

As shown in Figure 2 and Figure 3, a kind of blender controlling discharging flow, including being in coniform discharge bucket 1, discharge bucket 1 It is provided with opening.

The inner sidewall of discharge bucket 1 is provided with fixed disk 2, and the side wall in 2 radian direction of fixed disk and the inner sidewall of discharge bucket 1 connect It connects, multiple first apertures 21 is provided in fixed disk 2.Fixed disk 2 is provided with and discharge bucket 1 on one side away from what discharge bucket 1 was open The vertical ring 22(that blocks of side wall is shown in Fig. 4), ring 22 is blocked along the circumferential setting of fixed disk 2.Fixed disk 2 is open towards discharge bucket 1 It is provided with the rotating disc 3 being rotatablely connected with fixed disk 2 on one side, rotating disc 3 includes inner disc 31 and the outer ring 32 abutted with inner disc 31, Be provided with multiple second apertures 311 on inner disc 31, the side wall that inner disc 31 is abutted with outer ring 32 is provided with convex block 312, outer ring 32 with The side wall that inner disc 31 abuts is provided with the placing groove 321 being clamped with convex block 312, is passed through between inner disc 31 and outer ring 32 by bolt 6 It is fixed that convex block 312 pushes against placing groove 321.

Outer ring 32 is rotatablely connected away from the side wall and 1 inner sidewall of discharge bucket of inner disc 31, and outer ring 32 and 1 inner sidewall of discharge bucket turn The side wall of dynamic connection side wall opposite with 1 inner sidewall of discharge bucket in the circumferential setting fluted 322 of outer ring 32, groove 322 is along outer Ring 32 is circumferential to be provided with rack gear 3221, and 1 side wall of discharge bucket is provided with the port 12 opposite with rack gear 3221, is connected to and sets by port 12 It is equipped with accommodating case 5(and sees Fig. 1), driving device 4 is provided in accommodating case 5, and driving device 4 includes and 3221 meshed gears of rack gear 41, rotating bar 51 is coaxially fixed at the axle center of gear 41, one end of rotating bar 51 and the side wall of accommodating case 5 are rotatablely connected, turn The side wall that the other end of lever 51 passes through accommodating case 5 extends hand-held part 511.

Outer ring 32 is circumferentially provided with the muti-piece scraper plate vertical with 1 inner wall of discharge bucket along rotating disc 3 away from the one side of fixed disk 2 323, scraper plate 323 extends to the opening of discharge bucket 1 far from one end of fixed disk 2.

Under the description of above structure, before opening blender, rotating hand portion 511, driving rotating bar 51 is rotated, rotation Bar 51 drives gear 41 to rotate, and the rotation of 41 drive rack 3221 of gear, rack gear 3221 and outer ring 32 are fixed, drives 32 turns of outer ring Dynamic, outer ring 32 and inner disc 31 are fixed by bolt 6, and then inner disc 31 and outer ring 32 is driven to rotate synchronously, so that rotating disc 3 is solid The side of price fixing 2 and fixed disk 2 relatively rotate, and cause the second aperture 311 on rotating disc 3 and the first aperture in fixed disk 2 21 dislocation, and then form different discharging flows.

Claims (7)

1. a kind of blender for controlling discharging flow, including being in coniform discharge bucket (1), characterized in that the discharge bucket (1) Inner sidewall is provided with fixed disk (2), and the side wall of the fixed disk (2) is connect with discharge bucket (1) inner sidewall, the fixed disk (2) On be provided with multiple first apertures (21), the fixed disk (2) being provided on one side and fixed disk (2) in discharge bucket (1) The rotating disc (3) of rotation connection, side wall and discharge bucket (1) inner sidewall in rotating disc (3) the radian direction are slidably connected, described It is provided with multiple second apertures (311) on rotating disc (3), the drive of driving rotating disc (3) rotation is provided on the discharge bucket (1) Dynamic device (4).

2. a kind of blender for controlling discharging flow according to claim 1, characterized in that the rotating disc (3) includes Inner disc (31) and the outer ring (32) connecting with the side wall in inner disc (31) radian direction, second aperture (311) are arranged in inner disc (31) on, the outer ring (32) is slidably connected with discharge bucket (1) inner wall, and the outer ring (32) sets on one side away from fixed disk (2) It is equipped with placing groove (321), the side wall that the inner disc (31) connect with outer ring (32) is provided with the convex block with placing groove (321) cooperation (312), the inner disc (31) and outer ring (32) pass through convex block (312) abutting placing groove (321) by bolt (6) and fix.

3. a kind of blender for controlling discharging flow according to claim 2, characterized in that discharge bucket (1) inner wall The position being slidably connected with outer ring (32) is provided with bulge loop (11), is circumferentially provided on the outer ring (32) and is clamped with bulge loop (11) Groove (322), the one side of the groove (322) towards discharge bucket (1) inner wall is circumferentially provided with rack gear (3221), the discharging Bucket (1) side wall is provided with port (12), and the rack gear (3221) passes through port (12) and engages with driving device (4).

4. a kind of blender for controlling discharging flow according to claim 3, characterized in that outside the discharge bucket (1) Side wall is provided with and communicated with accommodating case (5), and the driving device (4) is set in accommodating case (5), and the driving device (4) includes With rack gear (3221) meshed gears (41), the gear (41) is coaxially fixed with rotating bar (51), the rotating bar (51) Both ends opposite with accommodating case (5) two side walls rotation connection respectively, accommodating case (5) are extended in one end of the rotating bar (51) Outside.

5. a kind of blender for controlling discharging flow according to claim 4, characterized in that the rotating bar (51) is pierced by Extend hand-held part (511) in one end of accommodating case (5).

6. a kind of blender for controlling discharging flow according to claim 5, characterized in that the outer ring (32) is away from solid The one side of price fixing (2) is circumferentially provided with the muti-piece scraper plate vertical with discharge bucket (1) inner wall (323), the scraper plate along rotating disc (3) (323) one end far from fixed disk (2) extends to the opening of discharge bucket (1).

7. a kind of blender for controlling discharging flow according to claim 1, characterized in that the fixed disk (2) is deviated from What the one side of rotating disc (3) was circumferentially provided with vertical discharge bucket (1) side wall blocks ring (22).