DE212020000168U1 - Technological equipment for warehouse processing and positioning - Google Patents

Abstract

Technological equipment for bearing machining and positioning, comprising a base plate (1) and a press fit (101), the press fit (101) being mounted in the center of an upper surface of the base plate (1), characterized in that on an inside of the press fit (101) an L-shaped support block (102) is symmetrically welded on, a casing (2) being movably connected below the L-shaped support block (102), a first stepping motor (201) being mounted on an inside of the casing (2) , wherein a power output of the first stepping motor (201) is welded to a circular support plate (202), wherein a second stepping motor (203) is mounted on an edge of an upper surface of the circular support plate (202), a plush roller (204) on a Power output of the second stepping motor (203) is mounted, wherein an induced draft fan (4) is mounted on a bottom opening of the casing (2), with below the induced draft fan (4) e is detachably connected in the housing (5), an outer wall of the housing (5) being provided with a through hole (501), an inner wall of the housing (5) being connected to a nonwoven filter cotton (502).

Description

TECHNICAL AREA

The present utility model relates to the technical field of warehouse processing, technological equipment for warehouse processing and positioning.

STATE OF THE ART

A bearing is an important part of modern mechanical devices. Its main functions are to support a mechanical rotating body, reduce the coefficient of friction during its movement, and ensure its rotational accuracy. Its function should be of support, that is, literally the bearing is used to support a bearing; but this only affects part of its functions. The essence of support is that radial loads can be carried. The bearing can also be understood to mean that it is used to fasten a shaft. This is contained in "Quick, Easy and Optimal Automated Selection of Bearings". That is, the purpose of the bearing is to fix the shaft so that it can only be rotated while limiting its axial and radial movement.

Technological equipment, i.e., process equipment, refers to the general name of various tools used in the manufacturing process, including cutting tools / clamping tools / molds / measuring tools / testing tools / auxiliary tools / assembly tools / station equipment, etc. Technological equipment is a general abbreviation of this .

• Die vorhandene technologische Ausrüstung zur Lagerbearbeitung und -positionierung klemmt und befestigt einen Außenring eines Lagers und poliert dann eine Innenwand des Außenrings, wobei einige Fragmente leicht an der Innenwand des Außenrings anhaften, wobei die vorhandene technologische Ausrüstung zur Lagerbearbeitung und - positionierung nur zum Klemmen des Lagers dient und die an der Innenwand des Außenrings anhaftenden Fragmente später manuell bereinigt werden müssen.

However, the existing technological equipment for warehouse processing and positioning has the following disadvantages:

• Existing bearing machining and positioning technological equipment clamps and secures an outer ring of a bearing, and then polishes an inner wall of the outer ring, with some fragments easily adhering to the inner wall of the outer ring, while existing bearing machining and positioning technological equipment is only used to clamp the bearing and the fragments adhering to the inner wall of the outer ring have to be cleaned up manually later.

CONTENTS OF THE PRESENT USED MODEL

The object of the present utility model is to solve the problem mentioned in the prior art that the existing technological equipment for bearing machining and positioning clamps and attaches an outer ring of a bearing and then polishes an inner wall of the outer ring, with some fragments easily attached to the inner wall of the outer ring adhere, the existing technological equipment for bearing processing and positioning only serves to clamp the bearing and the fragments adhering to the inner wall of the outer ring must later be cleaned up manually.

In order to achieve the above-mentioned object, the present utility model provides the following technical configuration: A technological equipment for bearing processing and positioning, comprising a base plate and a press fit, the press fit being mounted in the center of an upper surface of the base plate, characterized in that that an L-shaped support block is symmetrically welded to an inside of the press fit, a casing being movably connected below the L-shaped support block, a first stepping motor being mounted on an inside of the casing, a power output of the first stepping motor with a circular support plate is welded, a second stepping motor is mounted on an edge of an upper surface of the circular support plate, a plush roller is mounted on a power output of the second stepping motor, an induced draft fan is mounted on a bottom opening of the shell, wherein un A housing is detachably connected below the induced draft fan, an outer wall of the housing being provided with a through hole, an inner wall of the housing being connected to a nonwoven filter cotton.

The jacket preferably goes through the base plate, the plush roller protruding from an upper part of the jacket. As the furling roller protrudes from the upper part of the shell, the furling roller rests on an outer bearing ring, which makes cleaning the outer bearing ring easier.

A holder is preferably welded to a base of the first stepper motor so that on the one hand the first stepper motor is well supported by the holder and on the other hand it is easier for the fragments to be cleaned to fall down.

Preferably, a double-acting cylinder is symmetrically mounted on a lower surface of the bottom plate, one end of the double-acting cylinder being fixedly connected to a connecting plate, the connecting plate being fixedly connected to an outer wall of a bottom end of the shell. Through a pneumatic device that is external to the double-acting cylinder connected, the double-acting cylinder is expanded and contracted so that the connecting plate drives the shell to raise and lower.

An air outlet end of the induced draft fan is preferably provided with an internally threaded interface, an externally threaded connection being formed in one piece at an upper end of the housing, wherein the internally threaded interface and the externally threaded connection form an embedded structure and are rotatably connected to one another, which facilitates the assembly and disassembly of the housing.

A plurality of through holes are preferably provided, the plurality of through holes being distributed in an array, which is beneficial for improving the air permeability.

1. (1) Beim vorliegenden Gebrauchsmuster wird der Lageraußenring auf einer Innenseite des Klemmsitzes angeordnet, während der Lageraußenring durch den L-förmigen Stützblock gestützt sowie positioniert und durch den Klemmsitz festgeklemmt sowie befestigt wird, wobei durch die Einstellung der Höhe des Mantels die obere Öffnung des Mantels mit der unteren Oberfläche des L-förmigen Stützblocks verbunden ist, so dass die Plüschwalze an der Innenwand des Lageraußenrings anliegt, wobei der erste Schrittmotor und der zweite Schrittmotor gleichzeitig bestromt sind, wobei der erste Schrittmotor die kreisförmige Trägerplatte zum Drehen antreibt, so dass die Plüschwalze exzentrisch bewegt und um die Innenwand des Lageraußenrings gedreht wird, und wobei der zweite Schrittmotor die Plüschwalze zum Drehen antreibt, was für die Reinigung der an der Innenwand des Lageraußenrings anhaftenden Fragmente förderlich ist, ohne eine anschließende manuelle Reinigung zu erfordern, wodurch die Arbeitsintensität des manuellen Betriebs verringert wird.
2. (2) Beim vorliegenden Gebrauchsmuster wird ein Lufteinlass des Saugzuggebläses mit der Bodenöffnung des Mantels kommuniziert, wobei nach dem Bestromen des Saugzuggebläses die gereinigten Fragmente unter der doppelten Wirkung von Schwerkraft und Luftstrom in das Innere des Gehäuses geleitet werden, wobei durch das Vorsehen der Vliesstoff-Filterbaumwolle an der Innenwand des Gehäuses die im Luftstrom enthaltenen Fragmente effektiv abgefangen werden kann, wobei die Luft durch das Durchgangsloch zur Außenseite des Gehäuses abgegeben wird, was das Sammeln und Behandeln der Fragmente erleichtert.

The following beneficial effects are achieved:

1. (1) In the present utility model, the bearing outer ring is arranged on an inside of the press fit, while the bearing outer ring is supported and positioned by the L-shaped support block and clamped and fastened by the press fit, with the upper opening of the shell being adjusted by adjusting the height of the shell is connected to the lower surface of the L-shaped support block so that the furling roller rests against the inner wall of the bearing outer ring, the first stepping motor and the second stepping motor being energized at the same time, the first stepping motor driving the circular carrier plate to rotate, so that the furling roller eccentrically moved and rotated around the inner wall of the bearing outer ring, and wherein the second stepping motor drives the plush roller to rotate, which is beneficial for cleaning the fragments adhering to the inner wall of the bearing outer ring without requiring subsequent manual cleaning, which reduces the labor intensity of the manual operation is reduced.
2. (2) In the case of the present utility model, an air inlet of the induced draft fan is communicated with the bottom opening of the jacket, with the cleaned fragments being guided into the interior of the housing under the double action of gravity and air flow after the induced draft fan is energized, whereby the provision of the non-woven fabric Filter cotton on the inner wall of the housing, the fragments contained in the air flow can be effectively intercepted, the air being discharged through the through hole to the outside of the housing, which facilitates the collection and treatment of the fragments.

Figure list

• 1 Fig. 13 is a schematic view of the overall structure of the present utility model;
• 2 shows a schematic view of an inside of the jacket of the present utility model;
• 3 Fig. 13 is a schematic view of an external structure of the induced draft fan of the present utility model; and
• 4th shows a schematic view of the sectional structure of the housing of the present utility model.

DETAILED DESCRIPTION

As in 1 to 4th As shown, the present utility model provides a technical design: a technological equipment for bearing processing and positioning, comprising a base plate 1 and a press fit 101 , the press fit 101 in the center of an upper surface of the bottom plate 1 is mounted, being on an inside of the press fit 101 an L-shaped support block 102 symmetrically welded, with below the L-shaped support block 102 a coat 2 is movably connected, being on an inside of the jacket 2 a first stepper motor 201 is mounted, with a power output of the first stepper motor 201 with a circular carrier plate 202 is welded on, with a second stepper motor 203 on an edge of an upper surface of the circular support plate 202 is mounted, with a plush roller 204 at a power output of the second stepper motor 203 is mounted, with an induced draft fan 4th at a bottom opening of the jacket 2 is mounted, with below the induced draft fan 4th a housing 5 is detachably connected, with an outer wall of the housing 5 with a through hole 501 is provided, an inner wall of the housing 5 with a non-woven filter cotton 502 connected is.

The bearing outer ring is press fit on an inside 101 arranged while the bearing outer ring through the L-shaped support block 102 supported as well as positioned and by the press fit 101 clamped as well as fastened, whereby by adjusting the height of the jacket 2 the top opening of the mantle 2 with the lower surface of the L-shaped 102 connected so that the plush roller 204 rests against the inner wall of the bearing outer ring, the first stepper motor 201 and the second stepper motor 203 are energized simultaneously, the first stepper motor 201 the circular carrier plate 202 drives to rotate so that the plush roller 204 eccentrically moved and the plush roller 204 around the inner wall of the bearing outer ring is rotated, and wherein the second stepper motor 203 the plush roller 204 drives to rotate, which is conducive to cleaning the fragments adhering to the inner wall of the bearing outer ring without requiring subsequent manual cleaning, thereby reducing the labor intensity of the manual operation. An air inlet of the induced draft fan 4th communicates with the bottom opening of the jacket 2 , after energizing the induced draft fan 4th the purified fragments under the double action of gravity and air flow into the interior of the housing 5 be conducted, by providing the non-woven filter cotton 502 on the inside wall of the housing 5 The fragments contained in the air stream can be effectively trapped, the air flowing through the through hole 501 to the outside of the housing 5 is released, which facilitates the collection and treatment of the fragments.

The coat 2 goes through the bottom plate 1 through, with the plush roller 204 from a top of the coat 2 protrudes. By protruding the plush roller 204 from the top of the coat 2 lies the plush roller 204 on a bearing outer ring, which makes cleaning the bearing outer ring easier.

A bracket 205 is on a bottom of the first stepper motor 201 welded on, so that on the one hand the first stepper motor 205 is well supported by the holder, and on the other hand, the falling of the fragments to be cleaned is facilitated.

A double acting cylinder 3 is symmetrical on a lower surface of the bottom plate 1 mounted, with one end of the double acting cylinder 3 firmly with a connecting plate 301 is connected, the connecting plate 301 fixed to an outer wall of a bottom end of the shell 2 connected is. Through a pneumatic device that is external to the double-acting cylinder 3 connected, becomes the double acting cylinder 3 expanded and contracted so that the connecting plate 301 the coat 2 drives to raise and lower.

One air outlet end of the induced draft fan 4th is with an internal thread interface 401 provided, at an upper end of the housing 5 an external thread connection 503 Is molded in one piece, the male thread connection 503 and the internal thread interface 401 form an embedded structure and are rotatably connected to each other, allowing the assembly and disassembly of the housing 5 facilitated.

Multiple through holes 501 are provided with the multiple through holes 501 is distributed in an array, which is conducive to improving the air permeability.

The following must be stated: With the technological equipment for bearing machining and positioning, the bearing outer ring is on the inside of the press fit during operation 101 arranged while the bearing outer ring through the L-shaped support block 102 supported as well as positioned and by the press fit 101 clamped as well as fastened, whereby by adjusting the height of the jacket 2 the top opening of the mantle 2 with the lower surface of the L-shaped 102 connected so that the plush roller 204 rests against the inner wall of the bearing outer ring, the first stepper motor 201 and the second stepper motor 203 are energized simultaneously, the first stepper motor 201 the circular carrier plate 202 drives to rotate so that the plush roller 204 eccentrically moved and the plush roller 204 is rotated around the inner wall of the bearing outer ring, and wherein the second stepper motor 203 the plush roller 204 drives to rotate, which is conducive to cleaning the fragments adhering to the inner wall of the bearing outer ring without requiring subsequent manual cleaning, thereby reducing the labor intensity of the manual operation. An air inlet of the induced draft fan 4th communicates with the bottom opening of the jacket 2 , after energizing the induced draft fan 4th the purified fragments under the double action of gravity and air flow into the interior of the housing 5 be conducted, by providing the non-woven filter cotton 502 on the inside wall of the housing 5 The fragments contained in the air stream can be effectively trapped, the air flowing through the through hole 501 to the outside of the housing 5 is released, which facilitates the collection and treatment of the fragments. The coat 2 goes through the bottom plate 1 through, with the plush roller 204 from the top of the coat 2 protrudes, by protruding the plush roller 204 from the top of the coat 2 the plush roller 204 rests against a bearing outer ring, which makes cleaning the bearing outer ring easier. The bracket 205 is on a bottom of the first stepper motor 201 welded on, so that on the one hand the first stepper motor 205 is well supported by the holder, and on the other hand, the falling of the fragments to be cleaned is facilitated. The double-acting cylinder 3 is symmetrical on a lower surface of the bottom plate 1 mounted, with one end of the double acting cylinder 3 firmly with a connecting plate 301 is connected, the connecting plate 301 fixed to an outer wall of a bottom end of the shell 2 connected by a pneumatic device external to the double-acting cylinder 3 connected, the double-acting cylinder 3 is expanded and contracted so that the connecting plate 301 the coat 2 drives to raise and lower. The air outlet end of the induced draft fan 4th is with an internal thread interface 401 provided, at an upper end of the housing 5 an external thread connection 503 Is molded in one piece, the male thread connection 503 and the internal thread interface 401 form an embedded structure and are rotatably connected to each other, allowing assembly and disassembly of the housing 5 facilitated. Multiple through holes 501 are provided with the multiple through holes 501 is distributed in an array, which is conducive to improving the air permeability.

List of reference symbols

1

Base plate

101

Clamp fit

102

L-shaped support block

2

coat

201

first stepper motor

202

circular carrier plate

203

second stepper motor

204

Plush roller

205

bracket

3

Double-acting cylinder

301

Connecting plate

4th

Induced draft fan

401

Internal thread interface

5

casing

501

Through hole

502

Non-woven filter cotton

503

External thread connection

Claims (6)

Technological equipment for bearing machining and positioning, comprising a base plate (1) and a press fit (101), the press fit (101) being mounted in the center of an upper surface of the base plate (1), characterized in that on an inside of the press fit (101) an L-shaped support block (102) is symmetrically welded on, a casing (2) being movably connected below the L-shaped support block (102), a first stepping motor (201) being mounted on an inside of the casing (2) , wherein a power output of the first stepping motor (201) is welded to a circular support plate (202), wherein a second stepping motor (203) is mounted on an edge of an upper surface of the circular support plate (202), a plush roller (204) on a The power output of the second stepping motor (203) is mounted, an induced draft fan (4) being mounted on a bottom opening of the casing (2), with an induced draft fan (4) below a housing (5) is detachably connected, an outer wall of the housing (5) being provided with a through hole (501), an inner wall of the housing (5) being connected to a non-woven filter cotton (502). Technological equipment for warehouse processing and positioning according to Claim 1 , characterized in that the jacket (2) passes through the base plate (1), the plush roller (204) protruding from an upper part of the jacket (2). Technological equipment for warehouse processing and positioning according to Claim 1 , characterized in that a holder (205) is welded to a bottom of the first stepping motor (201). Technological equipment for warehouse processing and positioning according to Claim 1 , characterized in that a double-acting cylinder (3) is symmetrically mounted on a lower surface of the bottom plate (1), one end of the double-acting cylinder (3) being fixedly connected to a connecting plate (301), the connecting plate (301) is firmly connected to an outer wall of a bottom end of the shell (2). Technological equipment for warehouse processing and positioning according to Claim 1 , characterized in that an air outlet end of the induced draft fan (4) is provided with an internal thread interface (401), an external thread connection (503) being formed in one piece at an upper end of the housing (5), the external thread connection (503) and the internal thread interface ( 401) form an embedded structure and are rotatably connected to one another. Technological equipment for warehouse processing and positioning according to Claim 1 , characterized in that a plurality of through holes (501) are provided, the plurality of through holes (501) being distributed in an array.

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