CN113445748A

CN113445748A - Cement bucket for building site

Info

Publication number: CN113445748A
Application number: CN202110775410.3A
Authority: CN
Inventors: 祝凤
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-07-09
Filing date: 2021-07-09
Publication date: 2021-09-28

Abstract

The invention discloses a cement bucket for construction sites, which is structurally provided with a bucket body, a support frame and a lifting frame, wherein the bucket body is positioned at the inner side of the support frame, the upper end of the lifting frame is connected with the periphery of the middle upper end of the bucket body, the lower end of the lifting frame is connected with the bottom of the bucket body and is movably matched with the bottom of the bucket body, the hook shape of a scraping device is favorable for generating downward scraping force on a baffle plate in the swinging and rotating process of the baffle plate, the telescopic property of a connecting rod assists in driving a ball striking device to do large-range displacement motion, the repulsive force of a magnetic ring and the magnetic ball enables the magnetic ball to be pulled elastically by a pulling spring and to do motion close to and far away from the magnetic ring circularly, the magnetic ring is convenient to be driven to displace reversely, the weight ball is subjected to higher driving force to reciprocate and to be active in the magnetic ring to generate top impact on the weight plate, the magnetic ring is favorable for generating higher impacting force on the scraper plate, so that the scraper plate generates vibration from inside to outside under the impacting force of the magnetic ball, is favorable for shaking off the scraped attachments in time.

Description

Cement bucket for building site

Technical Field

The invention belongs to the field of buildings, and particularly relates to a cement bucket for a construction site.

Background

The cement mixing and stirring in the building operation is a main core procedure in the building, the cement barrel is used for bearing cement materials, the shapes of the cement barrel are various, the sizes of the cement barrel are different, and the functions of the cement barrel are also different.

Based on the inventor, the existing cement bucket for construction sites has the following defects:

because the baffle port device is to shelter from at drain port lower extreme at the muddy stirring in-process, can contact with cement material, when the baffle swung to the side end gradually and opens, the activity is attached to the cement material on its up end thereupon for cement on the baffle terminal surface can't drain, and contacts with the air that flows, accelerates cement solidification speed, leads to the baffle up end to have the cement that the mummification solidifies, leads to the baffle to be difficult to reset.

There is therefore a need to propose a cement bucket for construction sites.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a cement bucket for a construction site to solve the problems in the prior art.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a cement bucket for building site, its structure is equipped with staving, support frame, carries and draws the frame, the staving is located the support frame inboard, carry and draw frame upper end to connect in the staving upper end periphery department.

The staving is equipped with bears the weight of the courage, thoughtlessly stirs axle, mud mouth, control panel, thoughtlessly stir axle embedding activity in bearing the courage, mud mouth and bear courage structure as an organic whole and be located its bottom position, control panel swing joint just cooperatees in the mud mouth outside.

As a further improvement of the invention, the control panel is provided with a driving plate and a blocking device, two side ends of the blocking device are fixedly connected with the driving plate in an embedded mode and are movably matched with the driving plate, the driving plate is of a diamond structure, the blocking device is of an arc fan shape, two ends of the blocking device are in an open state, the bottom plate is of a solid structure, and the driving plate is provided with the blocking device to swing in a supporting point mode.

As a further improvement of the present invention, the mouth blocking device is provided with a top plate, a scraping device, two baffles and a side port, the scraping device is fixedly connected to two side ends of the top plate, the baffles and the side port are of an integrated structure, the baffles are connected below the scraping device in a clearance fit manner and are movably matched, the scraping device is provided with two scrapers and symmetrically distributed about the top plate, the baffles are arc-shaped solid plates, and the side port is in an open state.

As a further improvement of the invention, the scraping device is provided with a scraping plate, a cavity, a connecting rod and a ball hitting device, the cavity and the cavity are of an integrated structure and are positioned in the cavity, the connecting rod is hinged in the cavity, the lower end of the connecting rod is connected with the ball hitting device and is movably matched with the ball hitting device, the scraping plate is in a sickle shape, and a hollow groove structure is arranged in the cavity.

As a further improvement of the present invention, the ball hitting device is provided with a magnetic ring, a heavy pressure ball, a magnetic ball and a pulling spring, wherein the heavy pressure ball is embedded in the magnetic ring and movably matched with the magnetic ring through the pulling spring, the magnetic ring is in an annular structure and has magnetism, the heavy pressure ball is a sphere with bias gravity, and the magnetic ball is a sphere with repulsive magnetic force with the magnetic ring.

As a further improvement of the present invention, the baffle is provided with a solid plate, an arc groove and a displacement body, the arc groove is located inside the solid plate, the displacement body is embedded in the arc groove, the solid plate is an arc solid plate-shaped object, and the displacement body performs arc displacement with a certain amplitude.

As a further improvement of the invention, the displacement body is provided with a fixed block, a displacement block, four ball blocks, springs and tough blocks, the displacement block penetrates through the middle part of the fixed block and is movably clamped, the tough blocks are fixedly connected to two side ends of the displacement block, the springs are connected to the periphery of the displacement block in a surrounding manner, the ball blocks are connected with the displacement block in a penetrating manner and are movably matched with the displacement block, the ball blocks are of a circular structure, and the tough blocks are silica gel blocks and have certain flexibility.

As a further improvement of the invention, the ball block is provided with a top striking block, a connecting block and two connecting springs, the connecting block is slidably clamped in the top striking block, the connecting springs are connected to the inner side of the top striking block and movably matched with the top striking block, the top striking blocks are in a vertically symmetrical structure, and the connecting blocks are in an arc shape and have certain toughness.

Compared with the prior art, the invention has the following beneficial effects:

1. the sickle form of the scraping device is favorable for swinging the baffle plate, downward scraping force is generated for the baffle plate, the flexible property of the connecting rod assists in driving the ball hitting device to move in a large range, the repulsive force between the magnetic ring and the magnetic ball enables the magnetic ball to pull off the spring, the magnetic ball can be moved close to and away from the magnetic ring in a circulating mode, the magnetic ring can be driven to move in a reverse direction conveniently, the gravity ball is driven to have larger driving force, the reciprocating action is active inside the magnetic ring and generates top impact on the magnetic ring, the magnetic ring is favorable for generating larger force of magnetic ring and magnetic ball, vibration is generated from inside to outside, and timely shake of the attachment under scraping is favorable for.

2. The fixed block is clamped by the displacement block to move in an arc-shaped manner, the elastic property of the spring assists the displacement block to reset and provide displacement power for the displacement block, the ball block moves along with the displacement of the displacement block, the linking block is connected between the top impact blocks, the top impact blocks are favorable for being subjected to expansion and contraction deformation of a certain limit, the connecting springs are elastically matched in expansion and expansion, the top impact blocks are convenient to reset in time and reversely expand again after being subjected to the supporting force of the upper end and the lower end, and therefore the reciprocating motion is realized, the ball block is favorable for circulating to generate top impact on the inner side end of the solid plate, the cement substance on the upper end surface of the solid plate is convenient to be subjected to the impact force, and then the cement substance can be timely shaken off the baffle under the action of inertia.

Drawings

Fig. 1 is a schematic structural view of a cement bucket for a construction site according to the present invention.

FIG. 2 is a schematic view of an interior front view of a barrel body according to the present invention.

Fig. 3 is a schematic diagram of an internal front view structure of a control panel according to the present invention.

Fig. 4 is a schematic view of an internal front view structure of a mouth blocking device according to the present invention.

Fig. 5 is a schematic view of an internal elevation view of a scraping apparatus of the present invention.

Fig. 6 is a schematic view of an internal elevation of a ball striking device of the present invention.

Fig. 7 is a schematic view of an internal front view structure of a baffle according to the present invention.

FIG. 8 is a schematic diagram of an internal front view of a displacement body according to the present invention.

Fig. 9 is a schematic view of an interior front view structure of a ball block according to the present invention.

In the figure: the device comprises a barrel body-1, a support frame-2, a lifting frame-3, a bearing liner-11, a mixing shaft-12, a slurry port-13, a control plate-14, a driving plate-141, a blocking port device-142, a top plate-a 1, a scraping device-a 2, a baffle-a 3, a side port-a 4, a scraper-a 21, a cavity-a 22, a connecting rod-a 23, a ball striking device-a 24, a magnetic ring-q 1, a heavy pressure ball-q 2, a magnetic ball-q 3, a pull spring-q 4, a solid plate-a 31, an arc groove-a 32, a displacement body-a 33, a fixed block-w 1, a displacement block-w 2, a ball block-w 3, a spring-w 4, a tough block-w 5, a top striking block-w 31, a connecting block-w 32 and a connecting spring-w 33.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example 1:

as shown in figures 1 to 6:

the invention provides a cement bucket for a construction site, which is structurally provided with a bucket body 1, a support frame 2 and a lifting frame 3, wherein the bucket body 1 is positioned at the inner side of the support frame 2, and the upper end of the lifting frame 3 is connected to the periphery of the upper end in the bucket body 1.

Staving 1 is equipped with bears courage 11, thoughtlessly stirs axle 12, mud mouth 13, control panel 14, thoughtlessly stir the axle 12 embedding activity in bearing courage 11, mud mouth 13 just is located its bottom position with bearing courage 11 structure as an organic whole, control panel 14 swing joint just cooperatees in the mud mouth 13 outside.

The control panel 14 is provided with a driving plate 141 and a blocking device 142, two side ends of the blocking device 142 are fixedly connected with the driving plate 141 and movably matched, the driving plate 141 is of a diamond structure, the blocking device 142 is of an arc sector shape, two ends of the blocking device 142 are in an open state, a bottom plate is of a solid structure, and the driving plate 141 drives the blocking device 142 to swing in a fulcrum mode so as to control the closed state of a cement circulation opening.

The mouth blocking device 142 is provided with a top plate a1, a scraping device a2, a baffle a3 and a side port a4, the scraping device a2 is fixedly connected to two side ends of the top plate a1, the baffle a3 and the side port a4 are of an integrated structure, the baffle a3 is in clearance fit connection below the scraping device a2 and is in movable fit, the scraping devices a2 are provided with two baffles and are symmetrically distributed about the top plate a1, the baffle a3 is a solid plate in an arc shape, the side port a4 is in an open state, the top plate a1 serves as a positioning fulcrum when the baffle a3 swings and rotates by a certain angle, and the scraping device a2 is fixedly connected to generate an arc scraping effect on the baffle a3 when the baffle a3 rotates, so that mud on the end face of the baffle a can be scraped.

The scraping device a2 is provided with a scraping plate a21, a cavity a22, a connecting rod a23 and a ball hitting device a24, the cavity a22 and the cavity a22 are of an integrated structure and are located in the cavity a22, the connecting rod a23 is connected in the cavity a22 in an articulated mode, the lower end of the connecting rod a23 is connected with the ball hitting device a24 and movably matched with the ball hitting device a, the scraping plate a21 is in a sickle shape, the cavity a22 is of a hollow groove structure, the connecting rod a23 can conduct articulated telescopic movement, and the ball hitting device a24 moves under the assistance of the connecting rod a23 to knock the scraping plate a21 to be subjected to vibration force, so that the scraping plate a21 can play a better role, and further shake off scraped mud.

The batting device a24 is provided with a magnetic ring q1, a heavy pressing ball q2, a magnetic ball q3 and a pulling spring q4, the heavy pressing ball q2 is embedded and movable inside a magnetic ring q1, the magnetic ball q3 is connected with a magnetic ring q1 through the pulling spring q4 and is in movable fit with the magnetic ring q1, the magnetic ring q1 is in a ring structure and has magnetism, the heavy pressing ball q2 is a sphere with a biased weight, the magnetic ball q3 is a sphere with magnetic force repelling against the magnetic ring q1, the biased weight of the heavy pressing ball q2 exerts impact force on the magnetic ring q1 to enable the magnetic ring q1 to be active, the impact force is strengthened, the elastic fit of the pulling spring q4 is achieved, and the magnetic ball q3 is assisted to further generate active batting movement under the action of elasticity and the magnetic force.

The specific use mode and function of the embodiment are as follows: a person puts cement, gravel and water into the bearing liner 11, switches on a power supply start switch, controls the mixing shaft 12 to rotate, mixes and stirs materials, mixes the materials into mixed cement for a construction site, controls the lifting speed of the lifting frame 3 under the control, is convenient for driving the plate 141 to be fixedly connected with the plate and driven by the plate to move laterally, enables the top end of the baffle port device 142 to swing at a certain angle under the fixed point action of the top plate a1, is convenient for the baffle a3 to swing in an arc shape, gradually opens the baffle for the lower port of the slurry port 13, is beneficial to discharging the cement from the bearing liner 11 through the slurry port 13, has cement adhesion through the contact of the upper end surface of the baffle a3 and the cement, has a scraping device a2 above the baffle a3 in a sickle shape, is beneficial to generating downward scraping force for the baffle a3 in the swinging process, and provides a movable space for the ball striking device a24 by the cavity a22, the telescopic property of the connecting rod a23 assists in driving the ball striking device a24 to move in a wider range, the repulsion force between the magnetic ring q1 and the magnetic ball q3 enables the magnetic ball q3 to be pulled by the elasticity of the pull spring q4 and to move close to or away from the magnetic ring q1 in a circulating mode, the magnetic ring q1 is driven to move in a reverse direction, the gravity ball q2 is driven to bear larger driving force and to reciprocate in the magnetic ring q1 to collide against the magnetic ring q1, larger attacking force of the magnetic ring q1 on the scraper a21 is facilitated, the scraper a21 generates vibration from inside to outside under the hitting force of the magnetic ring q1 and the magnetic ball 3, the scraping attachment can be vibrated away in time, and the cement attachments on the end face of the baffle a3 and on the scraper a21 can be removed in time, and the cement is prevented from being solidified on the blocking device 142.

Example 2:

as shown in fig. 7 to 9:

the baffle a3 is provided with a solid plate a31, an arc groove a32 and a displacement body a33, the arc groove a32 is positioned at the inner side of the solid plate a31, the displacement body a33 is embedded and movable in the arc groove a32, the solid plate a31 is an arc solid plate-shaped object, the displacement body a33 performs arc displacement with a certain amplitude, and the hollow state of the arc groove a32 provides a movable area for the displacement of the displacement body a33, so that the displacement body assists the substance on the end surface of the solid plate a31 to slide and fall off in an accelerating manner.

The displacement body a33 is provided with a fixed block w1, a displacement block w2, a ball block w3, a spring w4 and a tough block w5, the displacement block w2 penetrates through the middle of the fixed block w1 and is movably clamped, the tough block w5 is fixedly connected to two side ends of the displacement block w2, the spring w4 is connected to the periphery of the displacement block w2 in a surrounding mode, the ball block w3 is in penetrating and movable fit with the displacement block w2, the ball blocks w3 are provided with four parts and are of a circular structure, the tough block w5 is a silica gel block and has certain flexibility, the displacement block w2 is in arc displacement to drive the ball block w3 to move, and different top impact activities of the ball block w3 to different positions are facilitated under the elastic fit of the displacement block w 2.

Wherein, ball piece w3 is equipped with top and hits piece w31, links up piece w32, connects spring w33, link up piece w32 and slide the block in top and hit piece w31, connect spring w33 and connect and hit piece w31 inboard and clearance fit at the top, top hits piece w31 and is equipped with two, and be upper and lower symmetrical structure, it is the arcuation form to link up piece w32, and has certain toughness degree, top hits piece w31 and is under linking the connection of piece w32 is supplementary, receives to connect spring w33 elasticity and prop the exhibition, and do the deformation that contracts in a flexible way, the whole deformation of being convenient for.

The specific use mode and function of the embodiment are as follows: the arc-shaped structure of the displacement block w2 is similar to the arc groove space of the arc groove a32, when the displacement block w2 changes with the position of the baffle a3, under the action of gravity, the fixed block w1 is clamped to do arc displacement movement, the elastic property of the spring w4 assists the displacement block w2 to reset and provide displacement power for the displacement block w3 to move along with the displacement of the displacement block w2, the connecting block w32 is connected between the top impact blocks w31, expansion and contraction deformation of the top impact blocks w31 to a certain limit is facilitated, the expanding elastic fit of the connecting spring w33 is facilitated, the top impact blocks w31 reset in time and expand reversely again after receiving the upper and lower end resisting forces, reciprocating is facilitated, the ball w3 circularly impacts the inner side end of the solid plate a31, cement substances on the upper end face of the solid plate a31 are facilitated to be impacted by an impact force, and then can be timely dropped and separated from the baffle a3 under the action of coagulation inertia, and thus preventing the cement residues.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.

Claims

1. The utility model provides a cement bucket for building site, its structure is equipped with staving (1), support frame (2), carries and draws frame (3), staving (1) is located support frame (2) inboard, carry and draw frame (3) upper end to connect in staving (1) upper end periphery department, its characterized in that:

staving (1) is equipped with and bears courage (11), thoughtlessly stirs axle (12), mud mouth (13), control panel (14), thoughtlessly stir axle (12) embedding activity in bearing courage (11), mud mouth (13) and bear courage (11) structure as an organic whole and be located its bottom position, control panel (14) swing joint just cooperatees in mud mouth (13) outside.

2. The cement bucket for construction sites according to claim 1, wherein: the control panel (14) is provided with a driving plate (141) and a mouth blocking device (142), and two side ends of the mouth blocking device (142) are fixedly connected with the driving plate (141) in an embedded mode and are in movable fit with the driving plate.

3. The cement bucket for construction sites as claimed in claim 2, wherein: keep off mouthful device (142) and be equipped with roof (a1), shovel and scrape device (a2), baffle (a3), side port (a4), shovel and scrape device (a2) fixed connection at roof (a1) both sides end, baffle (a3) and side port (a4) structure as an organic whole, baffle (a3) clearance fit is connected and is scraped device (a2) below and clearance fit.

4. A cement bucket for construction sites according to claim 3, wherein: scraping device (a2) is equipped with scraper blade (a21), cavity (a22), and is taken pole (a23), batting device (a24) with, cavity (a22) and cavity (a22) be the integrated structure and be located it inside, it is articulated in cavity (a22) to take pole (a23), it is connected and clearance fit with batting device (a24) to take pole (a23) lower extreme even.

5. The cement bucket for construction sites according to claim 4, wherein: the ball hitting device (a24) is provided with a magnetic ring (q1), a heavy pressure ball (q2), a magnetic ball (q3) and a pulling spring (q4), wherein the heavy pressure ball (q2) is embedded in and moves inside the magnetic ring (q1), and the magnetic ball (q3) is connected with the magnetic ring (q1) through the pulling spring (q4) and is in movable fit with the magnetic ring (q 1).

6. A cement bucket for construction sites according to claim 3, wherein: the baffle (a3) is provided with a solid plate (a31), an arc groove (a32) and a displacement body (a33), the arc groove (a32) is positioned on the inner side of the solid plate (a31), and the displacement body (a33) is embedded and movable in the arc groove (a 32).

7. The cement bucket for construction sites as claimed in claim 6, wherein: the displacement body (a33) is equipped with fixed block (w1), displacement piece (w2), ball piece (w3), spring (w4), tough piece (w5), displacement piece (w2) run through fixed block (w1) middle part and activity block, tough piece (w5) fixed connection is at displacement piece (w2) both sides end, spring (w4) encircle to be connected in displacement piece (w2) periphery, ball piece (w3) and displacement piece (w2) cross-under and clearance fit.

8. The cement bucket for construction sites as claimed in claim 7, wherein: the ball block (w3) is provided with a top impact block (w31), a connecting block (w32) and a connecting spring (w33), the connecting block (w32) is clamped in the top impact block (w31) in a sliding mode, and the connecting spring (w33) is connected to the inner side of the top impact block (w31) and is in movable fit with the top impact block.