CN201580791U

CN201580791U - Lifting delivery mechanism

Info

Publication number: CN201580791U
Application number: CN2010200498283U
Authority: CN
Inventors: 林平; 王焱焱; 吕建宁; 王焱华; 丁利国
Original assignee: ZHEJIANG JIAXIN COPPER CO Ltd
Current assignee: ZHEJIANG JIAXIN COPPER CO Ltd
Priority date: 2010-01-07
Filing date: 2010-01-07
Publication date: 2010-09-15
Anticipated expiration: 2020-01-07

Abstract

The utility model discloses a lifting delivery mechanism, comprising a lifting mechanism and a delivery mechanism matched with the lifting mechanism, wherein the lifting mechanism comprises a vertical guide rail and a lifting platform; a supporting plate moving along the vertical guide rail is hinged with the lifting platform through a rotating shaft; the delivery mechanism is an inclined track; and the edge of one end of the inclined track, facing to the lifting mechanism, is provided with a limiting preiection and an opening which can be passed through by the supporting plate. When using the lifting delivery mechanism for supporting the parts to be delivered, the parts to be delivered can automatically roll to the lifting mechanism, then automatic delivery can be realized only by mechanical structure.

Description

A kind of lifting transmission mechanism

Technical field

The utility model relates to a kind of electromechanical tool, relates in particular to a kind of carrying bont.

Background technology

During carrying can be rolled in the prior art metal parts, for example columniform copper ingot owing to be difficult for to grasp, so generally all adopt the auxiliary carrying of manually operated instrument, is not only wasted time and energy but also safety misadventure is easily taken place.

Summary of the invention

The utility model provides a kind of easy to use, rational lifting transmission mechanism of transmission.

A kind of lifting transmission mechanism comprises lifting mechanism and the connecting gear that is mated, and described lifting mechanism comprises:

Upright guide rail;

Lifting table can move along upright guide rail

Supporting plate, hinged by rotating shaft and lifting table;

Described connecting gear is tilting track, and this tilting track has spacing preiection and allows the gap that supporting plate passes through towards the marginal belt of an end of lifting mechanism.

Described upright guide rail is parallel two, and described lifting table both sides are respectively equipped with runner, respectively with two guide rail contact matching.

Be provided with retracing spring between described lifting table and the supporting plate.

Be provided with lift system, described lift system connects the drive lifting table by cable wire and moves along upright guide rail.

When holding up parts to be transmitted when the utility model lifting transmission mechanism uses, parts to be transmitted can tumble on the lifting table automatically, only depend on physical construction both can realize automatic transmission.

Description of drawings

The structural representation that Fig. 1 overlooks for the utility model lifting transmission mechanism;

Fig. 2 is the structural representation of the supporting plate bottom surface of the utility model lifting transmission mechanism when contacting with copper ingot;

Structural representation when Fig. 3 crosses copper ingot for the supporting plate of the utility model lifting transmission mechanism;

Fig. 4 is the structural representation of the supporting plate of the utility model lifting transmission mechanism when holding up copper ingot.

The specific embodiment

Referring to accompanying drawing, the utility model lifting transmission mechanism comprises lifting mechanism and the connecting gear that is mated.

Lifting mechanism comprises:

Two parallel upright guide rails 3;

Lifting table 2, lifting table 2 both sides are respectively equipped with runner 4, and with two guide rail 3 contact matching, lifting table 2 can move along upright guide rail 3 respectively, and runner 4 pastes guide rail 3 surface rotations during motion, has both played position-limiting action, has played the effect that reduces to rub again;

Supporting plate 5, hinged by rotating shaft 6 and lifting table 2, be provided with retracing spring 8 between lifting table 2 and the supporting plate 5, supporting plate 5 can upwards overturn, end position when upwards overturning contacts the edge of lifting table 2, and supporting plate 5 one ends stretch out lifting table 2, and the other end props up lifting table 2 bottom surfaces, stop upset downwards, can be firm hold parts to be transmitted.

Connecting gear is tilting track 1, and this tilting track 1 has spacing preiection 7 and allows the gap 9 that supporting plate 5 passes through towards the marginal belt of an end of lifting mechanism.

To transmit copper ingot 10 is example, and the working process of the utility model lifting transmission mechanism is described:

Copper ingot 10 at first is to be placed on the tilting track 1, and tilting track 1 is lower slightly towards an end position of lifting table 2, and copper ingot 10 tumbles until limited protruding 7 stopping to the edge of tilting track 1 by gravity.

Lifting table 2 is by the driven by motor cable traction, when lifting table 2 descends, the bottom surface of supporting plate 5 at first contacts copper ingot 10, since supporting plate 5 can more than turn over, along with lifting table 2 descends, supporting plate 5 upwards overturns under the stopping of copper ingot 10, like this along with lifting table 2 descends, lifting table 2 and supporting plate 5 can drop to copper ingot 10 belows always, because the existence of gap 9 makes supporting plate 5 can pass through tilting track 1 smoothly.

After this lifting table 2 rises, the contact of supporting plate 5 end faces also holds up copper ingot 10, and when the position of copper ingot 10 was higher than spacing preiection 7, copper ingot 10 will lean on gravity to tumble naturally on the lifting table 2 along supporting plate 5, rise with lifting table 2 then, finished the transmission carrying of copper ingot 10.

Claims

1. a lifting transmission mechanism comprises lifting mechanism and the connecting gear that is mated, and it is characterized in that described lifting mechanism comprises:

Upright guide rail (3);

Lifting table (2) can move along upright guide rail (3);

Supporting plate (5), hinged by rotating shaft (6) and lifting table (2);

Described connecting gear is tilting track (1), and this tilting track (1) has spacing preiection (7) and allows the gap (9) that supporting plate (5) passes through towards the marginal belt of an end of lifting mechanism.

2. lifting transmission mechanism as claimed in claim 1 is characterized in that, described upright guide rail (3) is parallel two, and described lifting table (2) both sides are respectively equipped with runner (4), respectively with two guide rails (3) contact matching.

3. lifting transmission mechanism as claimed in claim 1 is characterized in that, is provided with retracing spring (8) between described lifting table (2) and the supporting plate (5).

4. lifting transmission mechanism as claimed in claim 1 is characterized in that, is provided with lift system, and described lift system connects drive lifting table (2) by cable wire and moves along upright guide rail (3).