CN218715214U - Concrete vibrating device for integral waterproof construction of oversized roof - Google Patents

Abstract

The utility model discloses a whole waterproofing construction concrete vibrating device of super large roofing, rotation through the vibrating motor rotor drives the rotation of left eccentric shaft and right eccentric shaft, make the rotation of right eccentric shaft drive the rotation of right vibration eccentric wheel, left side vibration eccentric wheel and right vibration eccentric wheel adopt eccentric structure, this just makes the high-frequency vibration to the concrete vibrating can of having produced at the pivoted in-process, and then vibrate the concrete in the concrete vibrating can, for the effect that improves the vibration, the vertical vibrating rod carries out vertical vibration, the slant vibrating rod carries out slant vibration, and in vibrating, the vibrating rod is drawn forth from top to bottom, make the vibration more even, each department during the vibration is all in 25-40 seconds by the position of vibrating, use the even thick liquid appears on the surface of concrete as the standard, should use 3-5cm between the tamping distance with this vibration in the vibration displacement, the uneven condition of avoiding appearing vibrating, and then make the more even that the concrete vibrated.

Description

Concrete vibrating device for integral waterproof construction of oversized roof

Technical Field

The utility model relates to a whole waterproof construction concrete vibrator of super large roofing.

Background

In the development process of building engineering, the influence of roof waterproof technology on engineering quality is not negligible, and the main reasons influencing roof water leakage are mainly concentrated on the positions of a pipeline penetration structure, a water falling port, a parapet wall and the like. In actual construction, in order to reduce the roof leakage, at least two waterproof layers are required to be formulated, one waterproof layer is a building waterproof layer, and the other waterproof layer is a structural self-waterproof layer. However, in actual construction, there are often more than two layers, which may be misleading to people, and the more waterproof layers are provided, the better the waterproof effect will be. The practice is not known to achieve the expected effect, the quality of the roof waterproof construction technology should be started from the selection of construction schemes and building materials, and the concrete needs to be vibrated in the construction process.

But there are some weak points in the use of current vibrator and need improve, and the weak point is as follows, and the inhomogeneous condition of vibration appears in the in-process that just current concrete vibrator vibrates at first, and then influences the quality of roofing whole waterproof construction concrete placement, therefore we improve this, provide a whole waterproof construction concrete vibrator of super large roofing.

SUMMERY OF THE UTILITY MODEL

To prior art's not enough, the utility model provides a whole waterproofing concrete vibration device of super large roofing, include the below of concrete vibration jar is equipped with vibrating spring mechanism, vibrating spring mechanism places board, spring sleeve axle, vibrating spring, spring bottom plate, bottom plate bracing piece including the vibration jar, the lower surface of concrete vibration jar is inlayed and is connected the board is placed to the vibration jar, the lower surface that the board was placed to the vibration jar is provided with the spring sleeve axle, the surface nested connection of spring sleeve axle the vibrating spring, spring sleeve axle bottom outside nested connection the spring bottom plate, the lower fixed surface of spring bottom plate is connected the bottom plate bracing piece, the inboard of concrete vibration jar is equipped with the vibrating rod subassembly, the inboard below of concrete vibration jar is equipped with vibrating motor subassembly, vibrating motor subassembly's inboard is equipped with the eccentric wheel subassembly of squinting, the skew includes center pan, strengthening rib, vibrating motor rotor, left eccentric wheel axle, left vibration eccentric wheel, right eccentric wheel axle, right vibration eccentric wheel axle, vibrating motor center inboard is provided with the center pan, the surface is inlayed the strengthening rib, the both sides of center pan rotate the connection the eccentric wheel hub connects the surface of left side vibration motor connects the eccentric wheel axle, the eccentric wheel hub connects the eccentric wheel hub, the eccentric wheel hub of right side surface connection.

Furthermore, four spring sleeve shafts, four vibrating springs and four bottom plate supporting rods are arranged, and the head end and the tail end of each spring sleeve shaft are respectively arranged at four corners of the vibrating tank placing plate and are simultaneously positioned at four corners of the spring bottom plate together with the bottom plate supporting rods.

Further, the excellent subassembly that vibrates includes the jar cover that vibrates, the excellent jack that vibrates, the stick that vibrates perpendicularly, the slant stick that vibrates, the top of the jar that vibrates of concrete is inlayed and is connected the jar cover that vibrates, the surface of jar cover that vibrates is provided with the stick jack that vibrates, the internal surface through connection of the stick jack that vibrates the perpendicular stick that vibrates, the internal surface through connection slant stick that vibrates of the stick jack.

Further, the vibrating motor subassembly includes motor mounting panel, motor flange dish, vibrating motor, vibration shell body, the bottom of concrete vibration jar is inlayed and is connected the motor mounting panel, the upper surface of motor mounting panel is provided with the motor flange dish, the bottom inboard of concrete vibration jar is provided with vibrating motor, vibrating motor's surface is provided with the vibration shell body.

Further, the motor connecting flange is embedded into the bottom surface of the concrete vibrating tank and used for mounting the vibrating motor.

Further, the left vibrating eccentric wheel is connected with the vertical vibrating rod, and the right vibrating eccentric wheel is connected with the oblique vibrating rod.

The utility model has the advantages that: the rotation of the rotor of the vibrating motor drives the left eccentric wheel shaft and the right eccentric wheel shaft to rotate, the left eccentric wheel shaft is connected with the left vibrating eccentric wheel, the right eccentric wheel shaft is connected with the right vibrating eccentric wheel, the left vibrating eccentric wheel is driven to rotate by the rotation of the left eccentric wheel shaft, the right vibrating eccentric wheel is driven to rotate by the rotation of the right eccentric wheel shaft, and because the left vibrating eccentric wheel and the right vibrating eccentric wheel adopt eccentric structures, the high-frequency vibration to the concrete vibrating tank is generated in the rotating process, and the concrete in the concrete vibrating tank is vibrated,

in order to improve the vibrating effect, two vibrating rod insertion holes are formed in the tank cover of the vibrating tank, the vertical vibrating rods are inserted vertically, the inclined vibrating rods are inserted obliquely, one of the inclined vibrating rods is used for vertical vibrating, and the other inclined vibrating rod is used for inclined vibrating. The application of the flat plate vibrator equipment needs to lead each vibrated position to be 25-40 seconds, and the vibration is carried out according to the row spacing distance of 3-5cm by taking uniform slurry on the surface of the concrete as the reference, so as to avoid the condition of uneven vibration and further lead the concrete to be vibrated more uniformly.

Drawings

FIG. 1 is a main sectional view of a vibrating rod assembly provided by the present invention;

fig. 2 is a schematic view of the overall structure provided by the present invention;

fig. 3 is a schematic structural view of a vibration motor assembly provided by the present invention;

fig. 4 is a schematic structural view of a deflection wheel assembly provided by the present invention;

fig. 5 is a front view of the vibrating spring mechanism provided by the present invention;

fig. 6 is a schematic view of a vibrating rod assembly provided by the present invention;

fig. 7 is the utility model provides a concrete vibrating tank schematic diagram.

Detailed Description

The utility model discloses an embodiment of the whole waterproof construction concrete vibrating device of super large roofing is shown in fig. 1-7: the concrete vibrating device for the integral waterproof construction of the oversized roof comprises a concrete vibrating tank 1, a vibrating spring mechanism 2 is arranged below the concrete vibrating tank 1, the vibrating spring mechanism 2 comprises a vibrating tank placing plate 201, a spring sleeve shaft 202, a vibrating spring 203, a spring bottom plate 204 and bottom plate supporting rods 205, the lower surface of the concrete vibrating tank 1 is embedded and connected with the vibrating tank placing plate 201, the lower surface of the vibrating tank placing plate 201 is provided with the spring sleeve shaft 202, the outer surface of the spring sleeve shaft 202 is connected with the vibrating spring 203 in a nested mode, the outer side of the bottom end of the spring sleeve shaft 202 is connected with the spring bottom plate 204 in a nested mode, the lower surface of the spring bottom plate 204 is fixedly connected with the bottom plate supporting rods 205, the inner side of the concrete vibrating tank 1 is provided with a vibrating rod assembly 3, the lower side of the concrete vibrating tank 1 is provided with a vibrating motor assembly 4, the inner side of the vibrating motor assembly 4 is provided with wheel assemblies 5, the spring sleeve shaft 202, the vibrating spring 203 and the bottom plate supporting rods 205 are all provided with four deviation ends, the head end and the tail ends of the spring sleeve shaft 202 are respectively arranged at four corners of the vibrating tank placing plate 201 and are located at four corners of the spring 204 simultaneously with the bottom plate supporting rods 205.

The vibrating rod component 3 comprises a vibrating tank cover 301, a vibrating rod jack 302, a vertical vibrating rod 303 and a slant vibrating rod 304, the top end of the concrete vibrating tank 1 is embedded and connected with the vibrating tank cover 301, the outer surface of the vibrating tank cover 301 is provided with the vibrating rod jack 302, the inner surface of the vibrating rod jack 302 is connected with the vertical vibrating rod 303 in a penetrating way, and the inner surface of the vibrating rod jack 302 is connected with the slant vibrating rod 304 in a penetrating way.

The vibrating motor assembly 4 comprises a motor mounting plate 401, a motor connecting flange plate 402, a vibrating motor 403 and a vibrating outer shell 404, the bottom end of the concrete vibrating tank 1 is embedded and connected with the motor mounting plate 401, the upper surface of the motor mounting plate 401 is provided with the motor connecting flange plate 402, the inner side of the bottom end of the concrete vibrating tank 1 is provided with the vibrating motor 403, the outer surface of the vibrating motor 403 is provided with the vibrating outer shell 404, and the motor connecting flange plate 402 is embedded into the bottom surface of the concrete vibrating tank 1 and used for mounting the vibrating motor 403.

The deflection wheel assembly 5 comprises a central disc 501, reinforcing ribs 502, a vibration motor rotor 503, a left eccentric wheel shaft 504, a left vibration eccentric wheel 505, a right eccentric wheel shaft 506 and a right vibration eccentric wheel 507, wherein the central disc 501 is arranged on the inner side of the center of the vibration motor, the reinforcing ribs 502 are embedded and connected on the outer surface of the central disc 501, the vibration motor rotor 503 is rotatably connected on two sides of the central disc 501, the left surface of the central disc 501 is rotatably connected with the left eccentric wheel shaft 504, the outer surface of the left eccentric wheel shaft 504 is connected with the left vibration eccentric wheel 505 in a nested mode, the right surface of the central disc 501 is rotatably connected with the right eccentric wheel shaft 506 in a nested mode, the right vibration eccentric wheel shaft 506 is connected with the right vibration eccentric wheel 507 in a nested mode, the left vibration eccentric wheel 505 is connected with the vertical vibration rod 303, and the right vibration eccentric wheel 507 is connected with the oblique vibration rod 304.

The utility model discloses a theory of operation: firstly, concrete to be vibrated is put into a concrete vibrating tank 1, a vibrating motor 403 in a vibrating motor assembly 4 is started to drive a vibrating motor rotor 503 to rotate, a left eccentric wheel shaft 504 and a right eccentric wheel shaft 506 are driven to rotate through the rotation of the vibrating motor rotor 503, the left eccentric wheel shaft 504 is connected with a left vibrating eccentric wheel 505, the right eccentric wheel shaft 506 is connected with a right vibrating eccentric wheel 507, the left vibrating eccentric wheel 505 is driven to rotate through the rotation of the left eccentric wheel shaft 504, the right vibrating eccentric wheel 507 is driven to rotate through the rotation of the right eccentric wheel shaft 506, because the left vibrating eccentric wheel 505 and the right vibrating eccentric wheel 507 adopt eccentric structures, high-frequency vibration is generated on the concrete vibrating tank 1 in the rotating process, and then the concrete in the concrete vibrating tank 1 is vibrated, in order to improve the vibrating effect, two vibrating rods 302 are arranged on a vibrating tank cover 301, the vertical vibrating rods are inserted vertically, the inclined vibrating rods 304 are inserted, one is the vertical vibrating rod, and the other vibrating rod is a slightly inserted vibrating rod, and the vibrating rod is a vibrator is inserted slowly, and the vibrating rod is worth of being inserted in the inclined and is more slowly inserted and the principle, and the vibrating rod inserting process is more slowly, so that the vibrator is worth of being inserted. The vibrating position at each position needs to be kept for 25-40 seconds, the uniform slurry appears on the surface of the concrete, and the vibrating movement needs to be carried out by the row spacing of 3-5cm, so that the condition of uneven vibrating is avoided, and the concrete is vibrated more uniformly.

Above embodiment, only the utility model discloses the whole waterproofing construction concrete vibrator of super large roofing of the preferred concrete embodiment, the technical personnel in the field are in the utility model discloses the general change that goes on in the technical scheme within range and replacement all contain the utility model discloses a within the scope of protection.

Claims (6)

1. The utility model provides a whole waterproof construction concrete vibration device of super large roofing, includes the concrete jar that vibrates, its characterized in that, the below of concrete jar that vibrates is equipped with vibrating spring mechanism, vibrating spring mechanism places board, spring sleeve axle, vibrating spring, spring bottom plate, bottom plate bracing piece including the jar that vibrates, the lower surface of concrete jar that vibrates is inlayed and is connected the board is placed to the jar that vibrates, the jar that vibrates is placed the lower surface of board and is provided with the spring sleeve axle, the surface nested connection of spring sleeve axle the vibrating spring, spring sleeve axle bottom outside nested connection the spring bottom plate, the lower fixed surface of spring bottom plate is connected the bottom plate bracing piece, the inboard of concrete jar that vibrates is equipped with the vibrating rod subassembly, the inboard below of concrete jar that vibrates is equipped with vibrating motor subassembly, the inboard of vibrating motor subassembly is equipped with the eccentric wheel subassembly of deviating from, the eccentric wheel subassembly of deviating from the side includes center pan, strengthening rib, vibrating motor rotor, left eccentric wheel axle, right side vibrating motor connects the eccentric wheel axle and connects the left side eccentric wheel axle and connects the eccentric wheel axle and rotate.

2. The concrete vibrating device for the integral waterproof construction of oversized roof as claimed in claim 1, wherein there are four spring sleeve shafts, four vibrating springs and four bottom plate supporting rods, and the head and tail ends of the spring sleeve shafts are respectively arranged at four corners of the placing plate of the vibrating tank and at four corners of the bottom plate supporting rods (which are also located at four corners of the spring bottom plate).

3. The concrete vibrator of claim 2, wherein the vibrator assembly comprises a vibrator tank cover, a vibrator jack, a vertical vibrator and a slant vibrator, the top of the concrete vibrator tank is embedded and connected with the vibrator tank cover, the vibrator tank cover is provided with the vibrator jack on the outer surface, the inner surface of the vibrator jack is connected with the vertical vibrator through, and the inner surface of the vibrator jack is connected with the slant vibrator through.

4. The concrete vibrating device for the integral waterproof construction of the oversized roof as claimed in claim 3, wherein the vibrating motor assembly comprises a motor mounting plate, a motor connecting flange, a vibrating motor and a vibrating shell body, the bottom end of the concrete vibrating tank is connected with the motor mounting plate in an embedded manner, the motor connecting flange is arranged on the upper surface of the motor mounting plate, the vibrating motor is arranged on the inner side of the bottom end of the concrete vibrating tank, and the vibrating shell body is arranged on the outer surface of the vibrating motor.

5. The concrete vibrating device for the integral waterproof construction of the oversized roof as claimed in claim 4, wherein the motor connecting flange is embedded into the bottom surface of the concrete vibrating tank for mounting the vibrating motor.

6. The concrete vibrator for waterproof construction of oversized roof as claimed in claim 5, wherein said left vibrating eccentric wheel is connected to said vertical vibrating rod and said right vibrating eccentric wheel is connected to said diagonal vibrating rod.

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