DE202017107225U1 - Cleaning brush of an ultrasonic multi - station container body cleaning device - Google Patents

Abstract

An ultrasonic multi-station container body cleaning device, characterized in that the ultrasonic multi-station container body cleaning device comprises a lift motor (1), head boxes (2), a connection sleeve (3), container body pneumatic tensioner (4), a base (5), a sealing cap (6 ), Cleaning brushes (7), rotary shafts (8), pivoting arms (9), motors (10), a vertical rod (11), a lifting spindle (12), a cover plate (13), a machine body (14), a cleaning tank ( 15), energy converter (16) and an ultrasonic generator (17), wherein the cover plate (13) is provided at the top of the vertical rod (11), wherein the lifting motor (1) is arranged at the top of the cover plate (13), the connection sleeve (3) being arranged to move up and down along the vertical rod (11) about the vertical rod (11), one end of the output shaft of the lifting motor (1) being connected to the connection sleeve (3) via the lifting spindle (12). is connected, wob ei the pivot arms (9) which are distributed symmetrically along the central axis of the connecting sleeve (3) are connected by welding to the circumference of the connecting sleeve (3), wherein in each case a headstock (2) along the corresponding pivot arm (9) to the left and is arranged on the right pivotally movable on this pivot arm (9), wherein in each case a motor (10) on the upper side of the respective headstock (2) is arranged, wherein one end of the output shaft of the respective motor (10) with the corresponding rotary shaft (8) is connected in which a respective exchangeable cleaning brush (7) is arranged at the end of the corresponding rotary shaft (8), wherein the vertical bar (11) and the cleaning tank (15), which can be filled with a cleaning fluid, are arranged on the upper side of the machine body (14) are arranged, wherein the container body pneumatic tensioner (4), the number of which is equal to the number of pivot arms (9), at the bottom of the cleaning tank (15) are fixed, wherein the base ( 5) is fixed to the underside of the machine body (14), the ultrasonic generator (17) being fixed to the base (5) using brushes, plastic brushes or sponge brushes as brushes (7).

Description

Field of the invention

The present invention relates to the technical field of cleaning devices, and more particularly to an ultrasonic multi-station container body cleaning device.

State of the art

With the improvement of people's living standards and increased demands on modern logistical transport, some of the liquid or powdered products must be packaged in container bodies according to national standards or according to the needs of the users, allowing these products to be transported and stored more safely. Frequently packaged products are z. As colors and chemical products. The packaging costs of such products are high and some packaging containers for chemicals pose a risk of chemical contamination. In order to save costs and minimize environmental hazards, packaging containers are therefore recycled by the manufacturers for packaging.

However, after transportation and use, the surfaces of the container body, especially the surface within the container body, are contaminated with a large amount of contaminants. The cleaning is very difficult, so that the recycling of packaging containers is associated with great circumstances. Therefore, the invention provides a container body cleaning apparatus in which the inner and outer surfaces of the container body are rinsed with a combination of ultrasonic and high speed cleaning brushes whereby the contaminants adhered to the surfaces can be quickly removed to help reuse packaging containers.

There is therefore a need for an invention of a multi-station ultrasonic container body cleaning device.

Object of the invention

To solve the above technical problems, the present invention provides a multi-station ultrasonic container body cleaning apparatus.

The ultrasonic multi-station container body cleaning apparatus includes a hoist motor, head boxes, a ferrule, container body pneumatic clamp, a base, a sealing cap, cleaning brushes, rotary shafts, swing arms, motors, a vertical rod, a jack screw, a cover plate, a machine body, a cleaning tank, energy converters and an ultrasonic generator, wherein the cover plate is provided at the top of the vertical rod, the lift motor being disposed at the top of the cover plate, the connection sleeve being moveable up and down along the vertical rod about the vertical rod, one end of the Output shaft of the lifting motor is connected via the lifting spindle with the connecting sleeve, wherein the pivot arms, which are distributed symmetrically along the central axis of the connecting sleeve, are connected by welding to the circumference of the connecting sleeve, wherein a respective headstock along the corresponding pivoting arm is arranged to the left and right movable on this pivot arm, wherein in each case a motor is arranged on the upper side of the respective headstock, wherein one end of the output shaft of the respective motor is connected to the corresponding rotary shaft, wherein in each case a replaceable cleaning brush at the end of the corresponding Rotary shaft is arranged, wherein the vertical rod and the cleaning tank, which can be filled with a cleaning liquid, are arranged on the upper side of the machine body, wherein the container body pneumatic tensioners, the number of which is equal to the number of pivot arms are fixed to the bottom of the cleaning tank, wherein the base is attached to the underside of the machine body, wherein the ultrasonic generator is attached to the base.

Preferably, the respective container body pneumatic tensioner comprises rocker arms, V-shaped plates, push and pull rods, a projection, a piston rod and a cylinder, the projection being fixedly connected to the underside of the cleaning tank, the two ends of the projection each via a hinge are connected to a rocker arm, wherein one end of the respective rocker arm is connected by welding to a V-shaped plate, wherein the central position of the respective rocker arm is connected via a hinge with the push and pull rods, wherein the ends of the two thrust and Tie rods are each connected via a hinge with the corresponding piston rod, wherein the piston rod is inserted through the through hole of the projection, wherein the piston rod is inserted into the interior of the cylinder.

Preferably brushes, plastic brushes or sponge brushes are used as brushes.

Preferably, the outside of all cylinders is covered with a sealing cap.

Preferably, a plurality of energy converters are provided on the lower surface of the bottom plate of the cleaning tank.

Preferably, the ultrasonic generator is connected via a cable to the plurality of energy converters, wherein the frequency of the ultrasonic generator in a range of 20 kHz to 35 kHz is adjustable.

• 1. Der Aufbau der Erfindung ist einfach und die Gestaltung des Aufbaus ist zweckmäßig und kompakt. Die Behälterkörper werden unter Verwendung von von den Energiewandlern durch Ultraschall erzeugten mechanischen Schwingungen gespült und gereinigt, wobei die innere und äußere Seite der Behälterkörper durch Ultraschall-Kavitation schnell gereinigt werden können;
• 2. In der Erfindung kommen Hochgeschwindigkeitsreinigungsbürsten zum Einsatz und es wird die Ultraschallreinigung verwendet, durch die die inneren und äußeren Verunreinigungen der Behälterkörper schnell gereinigt werden können, sodass diese schnell von den Oberflächen der Behälterkörper entfernt werden, um die Behälterkörper zu reinigen.
• 3. Die Erfindung weist mehrere Stationen auf, sodass mehrere Behälterkörper gleichzeitig gereinigt werden können, wobei deren Höhenpositionen eingestellt werden können, wobei die Behälterkörper mittels der Pneumatikspanner eingeklemmt werden können, um eine hohe Positioniergeschwindigkeit, eine einfache und bequeme Bedienung und eine hohe Reinigungseffizienz zu erzielen.

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

• 1. The structure of the invention is simple and the design of the structure is convenient and compact. The container bodies are rinsed and cleaned using ultrasonic vibrations generated by the energy transducers, whereby the inner and outer sides of the container bodies can be quickly cleaned by ultrasonic cavitation;
• 2. High speed cleaning brushes are used in the invention, and ultrasonic cleaning is used by which the inner and outer contaminants of the container bodies can be quickly cleaned so that they are quickly removed from the surfaces of the container bodies to clean the container bodies.
• 3. The invention has several stations, so that a plurality of container bodies can be cleaned simultaneously, wherein their height positions can be adjusted, the container body can be clamped by means of pneumatic clamps to achieve a high positioning speed, easy and convenient operation and high cleaning efficiency ,

Brief description of the drawing

1 shows a three-dimensional view of the present invention;

2 shows a front view of the present invention;

3 shows a three-dimensional view of the structure of the present invention, in which the sealing cap is omitted;

4 shows a bottom view of the present invention.

Detailed description of the embodiments

The invention will be described in more detail below with reference to the figures.

Embodiment 1

See the 1 to 4 , The present invention provides a multi-station ultrasonic container body cleaning apparatus comprising a lift motor 1 , Spindle boxes 2 , a connection sleeve 3 , Tank body pneumatic tensioner 4 , One Base 5 , a sealing cap 6 , Cleaning brushes 7 , Rotary shafts 8th , Swivel arms 9 , Engines 10 , a vertical pole 11 , a lifting spindle 12 , a cover plate 13 , a machine body 14 , a cleaning tank 15 , Energy converter 16 and an ultrasound generator 17 includes; the cover plate 13 on top of the vertical pole 11 is provided, wherein the lifting motor 1 on top of the cover plate 13 is arranged, wherein the connecting sleeve 3 along the vertical pole 11 movable up and down around the vertical bar 11 is arranged, wherein one end of the output shaft of the lifting motor 1 via the lifting spindle 12 with the connection sleeve 3 is connected, wherein the pivot arms 9 that run along the center axis of the ferrule 3 are distributed symmetrically, by welding with the circumference of the connection sleeve 3 are connected, each with a headstock 2 along the corresponding pivot arm 9 can be moved to the left and right on this swivel arm 9 is arranged, each with an engine 10 on the top of the respective headstock 2 is arranged, wherein one end of the output shaft of the respective motor 10 with the corresponding rotary shaft 8th is connected, each with a removable cleaning brush 7 at the end of the corresponding rotary shaft 8th is arranged, with the vertical rod 11 and the cleaning tank 15 , which can be filled with a cleaning liquid, on the top of the machine body 14 are arranged, wherein the container body pneumatic tensioner 4 whose number equals the number of swivel arms 9 is, at the bottom of the cleaning tank 15 are attached, the base 5 at the bottom of the machine body 14 is fastened, wherein the ultrasonic generator 17 at the base 5 is attached. In operation, the container bodies become 4 by means of the container body pneumatic clamps 4 at the bottom of the cleaning tank 15 trapped. A cleaning fluid (clean water or other non-combustible organic solvent) is added to the cleaning tank 15 filled. The lift engine 1 is turned on, causing the lifting spindle 12 from the lift motor 1 is driven for rotation. The connection sleeve 3 is driven to lower. The respective headstock 2 is along the corresponding pivot arm 9 moved, causing the on the rotary shaft 8th the respective swing arm 9 cleaning brush 7 can be brought into contact with the bottom of the container. At this time, the lift motor 1 switched off, with the engines 10 and the ultrasound generator 17 be turned on, the ultrasonic generator 17 is set. The inner sides of the container body become from the cleaning brushes 7 that from the engines 10 be driven at high speed, cleaned, the container body using from the energy converters 16 rinsed and cleaned by ultrasonic vibrations generated by ultrasound, wherein the inner and outer sides of the container body can be quickly cleaned by ultrasonic cavitation.

As cleaning brushes 7 Wire brushes, plastic brushes or sponge brushes are used. For the more difficult to clean stainless steel container body, such. B. paint container, wire brushes can be used to remove impurities. Plastic brushes or sponge brushes can be used to clean plastic containers. When used, an extensive range is available.

Several energy converters 16 are on the bottom surface of the bottom plate of the cleaning tank 15 provided, wherein the container body using from the energy converters 16 rinsed and cleaned by ultrasonic vibrations generated by ultrasound, wherein the inner and outer sides of the container body can be quickly cleaned by ultrasonic cavitation.

The ultrasound generator 17 is in each case via a cable with the several energy converters 16 connected, the frequency of the ultrasonic generator 17 is adjustable in a range of 20 kHz to 35 kHz, so that the container body can be cleaned in a timely manner according to the cleaning requirements imposed on the products.

Embodiment 2:

The structure of the present embodiment is substantially the same as the structure of the first embodiment except that: As in FIGS 1 and 2 shown, includes the respective container body pneumatic tensioner 4 rocker arms 40 , V-shaped plates 41 , Push and pull rods 42 , a lead 43 , a piston rod 44 and a cylinder 45 ; being the projection 43 with the bottom of the cleaning tank 15 is firmly connected, with the two ends of the projection 43 each via a joint with a rocker arm 40 are connected, wherein one end of the respective rocker arm 40 by welding with a V-shaped plate 41 is connected, wherein the central position of the respective rocker arm 40 via a joint with push and pull rods 42 is connected, with the ends of the two push and pull rods 42 each via a joint with the corresponding piston rod 44 are connected, wherein the piston rod 44 through the through hole of the projection 43 is pushed through, the piston rod 44 into the interior of the cylinder 45 is used. Through the cylinder 45 becomes the piston rod 44 controlled so that it retracts, reducing the push and pull rods 42 from the piston rod 44 be pulled so that they are pulled inward, bringing the push and pull rods 42 the rocker arms 40 Pull so that the opening angle of the rocker arms is reduced. The outside of all cylinders 45 is with a sealing cap 6 covered to prevent water from entering the cylinders and thus impairing normal operation. At this time, the respective on the bottom of the cleaning tank 15 located container body of the at the rocker arms 40 located V-shaped plates 41 be clamped, so that the respective container body can be positioned. The operation is simple.

The present invention thus provides a multi-station ultrasonic container body cleaning apparatus comprising a cover plate provided on the top of a vertical bar, a lift motor being disposed on top of the cover plate, with a ferrule movable up and down along the vertical bar is arranged around the vertical rod, wherein one end of the output shaft of the lifting motor is connected via the lifting spindle with the connecting sleeve, wherein pivot arms, which are distributed symmetrically along the central axis of the connecting sleeve, are connected by welding to the circumference of the connecting sleeve, wherein in each case a headstock is arranged along the corresponding pivot arm to the left and right movable on this pivot arm, wherein in each case a motor is arranged on the upper side of the respective headstock, wherein one end of the output shaft of the respective motor is connected to the corresponding rotary shaft, wherein in each case a replaceable cleaning brush is arranged at the end of the corresponding rotary shaft. High speed cleaning brushes are used in the invention and ultrasonic cleaning is used whereby the internal and external contaminants of the container bodies can be quickly cleaned so that they are quickly removed from the surfaces of the container bodies to clean the container bodies. The apparatus has a plurality of stations, so that a plurality of container bodies can be cleaned at the same time, their height positions can be adjusted, whereby the container bodies can be clamped by the pneumatic clamps to achieve a high positioning speed, easy and convenient operation and high cleaning efficiency.

All equivalent changes and modifications that can be made according to the description and the drawings of the invention by a person skilled in the art fall within the scope of the present invention.

LIST OF REFERENCE NUMBERS

1

Lifting motor

2

headstock

3

connecting sleeve

4

Container body-pneumatic clamps

5

Base

6

sealing cap

7

cleaning brush

8th

rotary shaft

9

swivel arm

10

engine

11

vertical bar

12

lifting spindle

13

cover

14

machine body

15

cleaning tank

16

energy converters

17

ultrasonic generator

40

rocker arm

41

V-shaped plate

42

Push and pull rod

43

head Start

44

piston rod

45

cylinder

Claims (3)

Ultrasonic multi-station container body cleaning device, characterized in that the ultrasonic multi-station container body cleaning device comprises a lifting motor ( 1 ), Spindle boxes ( 2 ), a connection sleeve ( 3 ), Container body pneumatic clamp ( 4 ), One Base ( 5 ), a sealing cap ( 6 ), Cleaning brushes ( 7 ), Rotary shafts ( 8th ), Swivel arms ( 9 ), Engines ( 10 ), a vertical rod ( 11 ), a lifting spindle ( 12 ), a cover plate ( 13 ), a machine body ( 14 ), a cleaning tank ( 15 ), Energy converter ( 16 ) and an ultrasonic generator ( 17 ), wherein the cover plate ( 13 ) at the top of the vertical bar ( 11 ) is provided, wherein the lifting motor ( 1 ) at the top of the cover plate ( 13 ), wherein the connecting sleeve ( 3 ) along the vertical bar ( 11 ) movable up and down about the vertical rod ( 11 ) is arranged, wherein one end of the output shaft of the lifting motor ( 1 ) via the lifting spindle ( 12 ) with the connection sleeve ( 3 ), wherein the pivot arms ( 9 ), along the central axis of the connecting sleeve ( 3 ) are distributed symmetrically, by welding with the circumference of the connecting sleeve ( 3 ), wherein in each case a headstock ( 2 ) along the corresponding pivot arm ( 9 ) can be moved to the left and right on this swivel arm ( 9 ) is arranged, wherein in each case a motor ( 10 ) at the top of the respective headstock ( 2 ), wherein one end of the output shaft of the respective motor ( 10 ) with the corresponding rotary shaft ( 8th ), wherein in each case a replaceable cleaning brush ( 7 ) at the end of the corresponding rotary shaft ( 8th ) is arranged, wherein the vertical rod ( 11 ) and the cleaning tank ( 15 ), which can be filled with a cleaning liquid, at the top of the machine body ( 14 ), the container body pneumatic clamps ( 4 ) whose number equals the number of swivel arms ( 9 ) is at the bottom of the cleaning tank ( 15 ), the base ( 5 ) on the underside of the machine body ( 14 ), the ultrasonic generator ( 17 ) at the base ( 5 ), whereby as brushes ( 7 ) Wire brushes, plastic brushes or sponge brushes are used. Ultrasonic multi-station container body cleaning device according to claim 1, characterized in that the outside of all cylinders ( 45 ) with a sealing cap ( 6 ) is covered. Ultrasonic multi-station container body cleaning device according to claim 1 or 2, characterized in that a plurality of energy converters ( 16 ) on the lower surface of the bottom plate of the cleaning tank ( 15 ) are provided.

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