DE212020000167U1 - Support table for mechanical processing - Google Patents

Abstract

A supporting table for mechanical processing, comprising a main body (1) of the supporting table, a shock absorbing support structure for shock absorbing support of the main body (1), a lifting structure, a lifting table (2) for supporting a mechanical workpiece, a mounting plate (17) and an auxiliary cleaning structure for auxiliary cleaning a surface of the lifting table (2), characterized in that the inside of the main body (1) is provided with a mounting cavity, an upper part of the main body (1) is made open, and a bottom of the main body (1) near its four inner corners each with a support leg (3) is provided, wherein the shock-absorbing support structure is each mounted on an underside of the four support legs (3), the lifting structure is mounted in the mounting cavity inside the main body (1), with a bottom of the lifting table (2) fixed to is connected to an upper part of the lifting structure, the mounting plate (17) on a side near its rear side is fixedly mounted on an upper end surface of the elevating table (2), the auxiliary cleaning structure being mounted on the upper end surface of the elevating table (2).

Description

TECHNICAL AREA

The present utility model relates to the field of mechanical processing devices and in particular to a support table for mechanical processing.

STATE OF THE ART

Mechanical processing refers to an operation of changing a size or performance of a workpiece by a mechanical device, and can be divided into cutting and printing processing depending on the processing method. When processing some workpieces mechanically, a support table is required to support and carry the workpieces in order to facilitate the processing of the workpiece.

1. 1. Es ist nicht leicht, die Höhe des Auflagetisches abhängig von den tatsächlichen Bedürfnissen einzustellen, was zu Unannehmlichkeiten bei der Verarbeitung verschiedener Positionen des Werkstücks führt, wobei die Praktikabilität gering ist.
2. 2. Während einiger Verarbeitungsarbeiten fallen mehr Abfälle an, weswegen die Mitarbeiter sich Zeit und Mühe nehmen, um diese Abfälle später aufzuräumen und rückzugewinnen.

However, the existing support tables for mechanical processing have the following disadvantages:

1. 1. It is not easy to adjust the height of the support table depending on actual needs, resulting in inconvenience in processing various positions of the workpiece, and the practicality is poor.
2. 2. During some processing operations, there is more waste, so staff take the time and effort to clean up and reclaim this waste later.

CONTENTS OF THE PRESENT USED MODEL

The object of the present utility model is to provide a support table for mechanical processing to solve the problems - it is not easy to adjust the height of the support table depending on actual needs, which leads to inconvenience in processing various positions of the workpiece, while being practical is low; During some processing operations, more waste is generated, which is why employees take the time and effort to clean up and recover this waste later - to resolve it.

In order to achieve the above object, the present utility model provides the following technical configuration: support table for mechanical processing, comprising a main body of the support table, a shock-absorbing support structure for shock-absorbing support of the main body, a lifting structure, a lifting table for supporting a mechanical workpiece, a mounting plate and an auxiliary cleaning structure for auxiliary cleaning of a surface of the lifting table, wherein the inside of the main body is provided with a mounting cavity, a top part of the main body is made open, and a bottom of the main body near its four inside corners is each provided with a support leg, the shock absorbing support structure in each case is mounted on an underside of the four support legs, the lifting structure being mounted in the mounting cavity inside the main body, a bottom of the lifting table being fixedly connected to an upper part of the lifting structure, the mounting plate being mounted on a n is fixedly mounted on an upper surface of the lift table near its rear side, and the auxiliary cleaning structure is mounted on the top surface of the lift table.

Preferably, the shock-absorbing support structure comprises a connecting plate, a shim and a spring, four groups of the shock-absorbing support structures are provided, four connecting plates are each fixedly mounted on the underside of the four support legs, with four shim plates each mounted by several telescopic support rods on the bottom of the connecting plates Both ends of the spring are firmly connected to the connecting plate and the washer, so that it can be made possible to buffer or dampen the shock received from the entire support table by the shock-absorbing support structure and loosening and falling of the connecting parts at any point to avoid the support table.

A telescopic connecting rod is preferably arranged within each of the four springs so that the spring cannot easily be misplaced.

Preferably, the lifting structure comprises four hydraulic cylinders, the four hydraulic cylinders being fixedly mounted in the mounting cavity inside the main body, and the four hydraulic cylinders each being located near the four corners within the main body, the bottom of the lifting table being fixedly connected to telescopic ends of the four hydraulic cylinders, and both sides of the lifting table are each provided with a first extension plate and a second extension plate, respectively, and wherein a bottom of the first extension plate and the second extension plate rests against the upper part of the main body, so that the lifting structure can move the lifting table up and down, whereby an adjustment of the height of the workpiece is driven.

Preferably, the auxiliary cleaning structure comprises a motor, a lead screw and a brush, the motor being fixedly mounted on an upper surface of the first extension plate, one end of the threaded spindle being fixedly connected to an output of the motor, a slide being provided outside the threaded spindle, a front side of the mounting plate being transversely provided with two slide grooves, a rear side of the slide being movably connected to the two slide grooves by a connecting part , wherein a rear side of the brush is firmly connected to the carriage, and wherein a bottom of the brush rests against an upper surface so that the cleaning of waste can be assisted by the auxiliary cleaning structure.

Preferably, an upper end surface of the second extension plate is designed in a slope, a bottom of the slope of the second extension plate being far away from the lifting table, so that the waste is easier to slide down over the slope of the second extension plate.

Preferably, the telescopic connecting rod is made of an alloy material so that the telescopic connecting rod has a higher rigidity.

A surface of the second extension plate is preferably smoothed so that the waste is further facilitated to slide off.

Preferably the motor is a motor with a holding brake so that the brush is fixed when the brush is not in use.

Preferably, a length of bristles at the bottom of the brush is 3 cm to 4 cm, so that the brush can clear up the waste better.

1. (1) Beim vorliegenden Gebrauchsmuster sind ein Hauptkörper, eine Hebestruktur und ein Hubtisch vorgesehen, so dass bei der Verarbeitung des Werkstücks das Werkzeug zunächst auf den Hubtisch gelegt wird, und der Hydraulikzylinder dann abhängig von tatsächlichen Anforderungen aktiviert wird und ausgefahren wird, um den Hubtisch zum Bewegen nach oben anzutreiben, wodurch die Einstellung der Höhe des Werkstücks auf dem Hubtisch angetrieben wird, so dass die die anschließende Verarbeitung an verschiedenen Positionen des Werkstücks erleichtert, die Arbeitseffizienz verbessert und eine hohe Praktikabilität erzielt wird.
2. (2) Beim vorliegenden Gebrauchsmuster wird eine Hilfsreinigungsstruktur vorgesehen, so dass nach Abschluss der mechanischen Verarbeitung der Motor aktiviert werden kann, um die Gewindespindel zum Drehen anzutreiben, wodurch der Schlitten zum Bewegen und dann die Bürste zum Bewegen angetrieben wird, um die Abfälle auf der oberen Oberfläche des Hubtisches schnell zu reinigen. Nach dem Reinigen der Abfälle auf einer Seite des Hubtisches können die Abfälle durch ein Recyclinggeräte wie Recyclingbehälter schnell und konzentriert gesammelt und rückgewonnen werden. Insgesamt spart dies beim Reinigen des Auflagetisches Zeit und Mühe und erhöht somit die Effizienz.

The following beneficial effects are achieved:

1. (1) In the present utility model, a main body, a lifting structure and a lifting table are provided so that when processing the workpiece, the tool is first placed on the lifting table and the hydraulic cylinder is then activated and extended around the lifting table depending on actual requirements to move upward, thereby driving the adjustment of the height of the workpiece on the elevating table, so that the subsequent processing at different positions of the workpiece is facilitated, the work efficiency is improved and the workability is high.
2. (2) In the present utility model, an auxiliary cleaning structure is provided so that, after the mechanical processing is complete, the motor can be activated to drive the lead screw to rotate, thereby driving the carriage to move and then the brush to move to remove the waste on the Quickly clean the upper surface of the lift table. After cleaning the waste on one side of the lift table, the waste can be quickly and concentratedly collected and recovered using a recycling device such as a recycling bin. Overall, this saves time and effort when cleaning the support table and thus increases efficiency.

Figure list

• 1 Fig. 13 is a schematic view of the overall structure of the present utility model;
• 2 shows a schematic plan view of an assembled brush of the present utility model;
• 3 FIG. 11 shows an enlarged schematic view of part A in FIG 1 ; and
• 4th FIG. 11 shows an enlarged schematic view of part B in FIG 1 .

DETAILED DESCRIPTION

As in 1 to 4th As shown, the present utility model provides a support table for mechanical processing that has a main body 1 of the support table, a shock-absorbing support structure for shock-absorbing support of the main body 1 , a lifting structure, a lifting table 2 for supporting a mechanical workpiece, a mounting plate 17th and an auxiliary cleaning structure for auxiliary cleaning of a surface of the lift table 2 comprises, the interior of the main body 1 is provided with a mounting cavity, an upper part of the main body 1 is made open, and a bottom of the main body 1 near its four inner corners each with a support leg 3 is provided, the shock-absorbing support structure in each case on an underside of the four support legs 3 is mounted with the lifting structure in the mounting cavity inside the main body 1 is mounted, with a bottom of the lifting table 2 is firmly connected to an upper part of the lifting structure, the mounting plate 17th on a side of an upper end surface of the lifting table near its rear side 2 is fixedly mounted, with the auxiliary cleaning structure on the upper end surface of the lifting table 2 is mounted.

The shock absorbing support structure includes a connecting plate 4th , a shim 5 and a feather 6th , wherein four groups of the shock absorbing support structures are provided, with four connecting plates 4th each on the underside of the four support legs 3 are permanently mounted, with four washers 5 each with several telescopic support rods 7th at the bottom of the connecting plates 4th are mounted with both ends of the spring 6th each with the connecting plate 4th and the washer 5 are firmly connected, so that during mechanical processing through the interaction of the shim 5 with the pen 6th those from the main body 1 to buffer and dampen generated vibrations.

Inside the four feathers 6th each is a telescopic connecting rod 8th arranged so that the springs 6th are not easily deformed and damaged.

The lifting structure includes four hydraulic cylinders 9 , the four hydraulic cylinders 9 firmly in the mounting cavity inside the main body 1 are mounted, and the four hydraulic cylinders 9 each near the four corners within the main body 1 located, the bottom of the lift table 2 with telescopic ends of the four hydraulic cylinders 9 is firmly connected, and both sides of the lift table 2 each with a first extension plate 10 or a second extension plate 11 is provided, and wherein a bottom of the first extension plate 10 and the second extension plate 11 rests against the top of the main body so that when the height of the workpiece needs to be adjusted, the four hydraulic cylinders 9 can be activated to extend to drive the lift plate to move upward, thereby moving the workpiece upward and then adjusting the height of the workpiece to process different positions of the workpiece.

The auxiliary cleaning structure includes an engine 12th , a threaded spindle 13 and a brush 14th , with the engine 12th fixed to an upper surface of the first extension plate 10 is mounted, one end of the lead screw 13 fixed to an output of the engine 12th is connected, being outside of the threaded spindle 13 a sleigh 16 is provided, with a front side of the mounting plate 17th across with two sliding grooves 15th is provided, with a rear side of the carriage 16 movable by a connecting part with the two slide grooves 15th are connected, with a back of the brush 14th firmly with the slide 16 connected, and being a bottom of the brush 14th rests against an upper surface, so that upon completion of the mechanical processing of the workpiece by activating the motor 12th the threaded spindle 13 can be driven to rotate, causing the slide 16 and the brush 14th driven to move, being driven by the moving brush 14th the debris on the top surface of the lift table 2 concentrated are cleaned until the waste is close to the second extension plate 11 finally, the waste is recovered in concentrated form by recycling devices such as recycling bins, so that when cleaning the lifting table 2 Time and effort can be saved and thus the efficiency is increased.

An upper end surface of the second extension plate 11 is designed in a slope, with a bottom of the slope of the second extension plate 11 far from the lifting table 2 removed so that it is easier for the waste to slide off the second extension plate.

The telescopic connecting rod 8th is made of an alloy material so that the telescopic connecting rod 8th are not easily deformed and damaged.

One surface of the second extension plate is smoothed so that friction between the scraps and the second extension plate is reduced.

The motor is a motor with a holding brake so that the rotating shaft of the motor 12th is fixed when the brush is not in use, thereby locking the brush in place.

A length of bristles at the bottom of the brush 14th is 3 cm to 4 cm, leaving the bristles of the brush 14th a sufficient cleaning height.

Working principle: When the height of the workpiece needs to be adjusted, the four hydraulic cylinders 9 activated to extend to drive the lift plate to move, thereby moving the workpiece upward and then adjusting the height of the workpiece to process different positions of the workpiece; after the mechanical processing of the workpiece has been completed, the motor can be activated 12th the threaded spindle 13 driven to rotate, causing the carriage 16 and the brush 14th driven to move, being driven by the moving brush 14th the debris on the top surface of the lift table 2 concentrated are cleaned until the waste is close to the second extension plate 11 finally, the waste is recovered in concentrated form by recycling devices such as recycling bins, so that when cleaning the lifting table 2 Time and effort can be saved and thus the efficiency is increased.

List of reference symbols

1

Main body

2

Lift table

3

Support leg

4th

Extension plate

5

Washer

6th

feather

7th

telescopic support rod

8th

telescopic connecting rod

9

Hydraulic cylinder

10

first extension plate

11

second extension plate

12

engine

13

Threaded spindle

14th

brush

15th

Sliding groove

16

Sledge

17th

Mounting plate.

Claims (10)

A supporting table for mechanical processing, comprising a main body (1) of the supporting table, a shock absorbing support structure for shock absorbing support of the main body (1), a lifting structure, a lifting table (2) for supporting a mechanical workpiece, a mounting plate (17) and an auxiliary cleaning structure for auxiliary cleaning a surface of the lifting table (2), characterized in that the inside of the main body (1) is provided with a mounting cavity, an upper part of the main body (1) is made open, and a bottom of the main body (1) near its four inner corners each with a support leg (3) is provided, wherein the shock-absorbing support structure is each mounted on an underside of the four support legs (3), the lifting structure is mounted in the mounting cavity inside the main body (1), with a bottom of the lifting table (2) fixed to is connected to an upper part of the lifting structure, the mounting plate (17) on a side near its rear side is fixedly mounted on an upper end surface of the elevating table (2), the auxiliary cleaning structure being mounted on the upper end surface of the elevating table (2). Support table for mechanical processing Claim 1 , characterized in that the shock-absorbing support structure comprises a connecting plate (4), a washer plate (5) and a spring (6), four groups of the shock-absorbing support structures being provided, with four connecting plates (4) each on the underside of the four support legs ( 3) are firmly mounted, with four shims (5) each being mounted by several telescopic support rods (7) on the bottom of the connecting plates (4), with both ends of the spring (6) each with the connecting plate (4) and the shim (5 ) are firmly connected. Support table for mechanical processing Claim 2 , characterized in that a telescopic connecting rod (8) is arranged within each of the four springs (6). Support table for mechanical processing Claim 1 , characterized in that the lifting structure comprises four hydraulic cylinders (9), the four hydraulic cylinders (9) being fixedly mounted in the mounting cavity inside the main body (1), and the four hydraulic cylinders (9) each near the four corners within the main body (1), the bottom of the lifting table (2) is firmly connected to the telescopic ends of the four hydraulic cylinders (9), and both sides of the lifting table (2) are each provided with a first extension plate (10) and a second extension plate (11) is, and wherein a bottom of the first extension plate (10) and the second extension plate (11) abuts against the upper part of the main body. Support table for mechanical processing Claim 1 , characterized in that the auxiliary cleaning structure comprises a motor (12), a lead screw (13) and a brush (14), the motor (12) being fixedly mounted on an upper surface of the first extension plate (10), one end of the The threaded spindle (13) is fixedly connected to an output of the motor (12), a slide (16) being provided outside the threaded spindle (13), a front side of the mounting plate (17) being transversely provided with two sliding grooves (15), wherein a rear side of the carriage (16) are movably connected to the two slide grooves (15) by a connecting part, a rear side of the brush (14) being fixedly connected to the carriage (16), and a bottom of the brush (14) being connected to one rests on the upper surface. Support table for mechanical processing Claim 4 , characterized in that an upper end surface of the second extension plate (11) is formed in a slope, and that a bottom of the slope of the second extension plate (11) is far from the lifting table (2). Support table for mechanical processing Claim 3 , characterized in that the telescopic connecting rod (8) is made of an alloy material. Support table for mechanical processing Claim 4 , characterized in that a surface of the second extension plate (11) is smoothed. Support table for mechanical processing Claim 5 , characterized in that the motor (12) is a motor with a holding brake. Support table for mechanical processing Claim 5 , characterized in that a length of bristles at the bottom of the brush (14) is 3 cm to 4 cm.

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