CN202296354U

CN202296354U - Feeding frame for air valve

Info

Publication number: CN202296354U
Application number: CN 201120378738
Authority: CN
Inventors: 林青锋; 张红亮; 李忠伟
Original assignee: WARD VALVE MANUFACTURING Co Ltd ANHUI PROVINCE
Current assignee: WARD VALVE MANUFACTURING Co Ltd ANHUI PROVINCE
Priority date: 2011-09-30
Filing date: 2011-09-30
Publication date: 2012-07-04
Anticipated expiration: 2021-09-30

Abstract

The utility model provides a feeding frame for an air valve, which comprises a base, wherein a feeding frame body, a first power mechanism and a second power mechanism are fixedly connected onto the base, the second power mechanism is in rotating connection with a rotating arm, and a groove matched with the air valve is arranged on the rotating arm. The feeding frame body is composed of four slantingly arranged guide rods fixed on the base. Two groups of supporting arms are respectively fixed at two ends of a moving shaft which is in extensible connection with the first power mechanism, and respectively fix a first longitudinal shaft and a second longitudinal shaft. The feeding frame for the air valve can achieve continuous feeding of the air valve in a conveying passage.

Description

A kind of valve feeding rack

Technical field

The utility model relates to a kind of valve feeding rack.

Background technology

Valve is a kind of vitals of driving engine, is responsible in driving engine input air specially and discharges waste gas after burning, from engine structure; Be divided into inlet valve and exhaust valve, the effect of inlet valve is that air is sucked in the driving engine, burns with fuel mix; The effect of exhaust valve is that waste gas after burning is discharged and heat radiation, so the effect of valve in transmitting set is conspicuous, in actual processing process; Product there is very high requirement, need carries out many PROCESS FOR TREATMENT valve, yet; Lack a kind of equipment that can carry out continuous feed to valve in the prior art, feasible each valve is handled all needs artificial the participation, and not only human cost increases; And efficient is extremely low, needs improvement badly.

The utility model content

The utility model provides a kind of valve feeding rack, constructional feature, and can realize the valve continuous feed in the transmission path.

The utility model solves the problems of the technologies described above through following technical scheme; The utility model proposes a kind of valve feeding rack; Comprise pedestal; Captive joint feeding rack, first actuating unit and second actuating unit on the said pedestal, said second actuating unit spiral arm that is rotationally connected is offered the groove that cooperates said valve on the said spiral arm; Said feeding rack is made up of four tilting guide rods that are fixed on the pedestal; Flexible fixing respectively two groups of bearing arms in shifting axle two ends that connect said first actuating unit; Two groups of bearing arms are fixed first longitudinal axis and second longitudinal axis respectively; Receive the power of said first actuating unit, said first longitudinal axis and said second longitudinal axis move simultaneously, make first longitudinal axis by stoping first valve to become first valve of letting pass; Second longitudinal axis becomes the prevention duaspiracle by the clearance duaspiracle; Or, first longitudinal axis being become by first valve of letting pass stop first valve, second longitudinal axis is by stoping duaspiracle to become the clearance duaspiracle.

Based on disclosing of above technical scheme, the utlity model has following beneficial effect:

The utility model is designed a kind of transmission path that is specifically designed to the valve transmission, and is combined second actuating unit according to the constructional feature of valve, realizes the valve continuous feed in the transmission path.

Description of drawings

Below in conjunction with accompanying drawing the utility model is done further explanation:

Fig. 1 is a part-structure lateral plan among the embodiment 1;

Fig. 2 is a part-structure front elevation among the embodiment 1;

Fig. 3 is embodiment 1 structure diagram;

11, first guide rod; 12, second guide rod; 13, the 3rd guide rod; 14, the 4th guide rod; 211, first bearing arm; 212, first longitudinal axis; 221, second bearing arm; 222, second longitudinal axis; 31, valve end; 32, valve main body; 4, shifting axle; 5, first actuating unit; 6, second actuating unit; 7, spiral arm; 8, pedestal; 91, first valve; 92, duaspiracle.

The specific embodiment

Following embodiment 1 and Fig. 1-3 pair the utility model of combining is described further:

Embodiment 1

A kind of valve feeding rack comprises pedestal 8, and captive joint feeding rack, first actuating unit 5 and second actuating unit, 6, the second actuating units 6 spiral arm 7 that is rotationally connected on the pedestal 8 is offered the groove that cooperates valve on the spiral arm 7; Feeding rack by be fixed on first guide rod 11 on the pedestal 8, second guide rod 12, the 3rd guide rod 13, the 4th guide rod 14 is formed; Because valve is made up of valve end 31, valve main body 32; Valve end 31 is wide slightly; Valve main body 32 is slightly narrow, makes valve can hang in the gap of being made up of first guide rod 11, second guide rod 12, the 3rd guide rod 13, the 4th guide rod 14; First guide rod 11, second guide rod 12, the 3rd guide rod 13, the 4th guide rod 14 are parallel to each other; Flexible fixing respectively first bearing arm 211 in shifting axle 4 two ends and second bearing arm 221 that connects first actuating unit 5; First bearing arm, 211 fixing first longitudinal axis, 212, the second bearing arms 221 are fixed second longitudinal axis 222, receive the power of first actuating unit 5; First longitudinal axis 211 and second longitudinal axis 222 move simultaneously; Make first longitudinal axis 211 become prevention duaspiracle 92 by clearance duaspiracle 92 by stoping first valve 91 to become clearance first valve 91, the second longitudinal axis 222, or; First longitudinal axis 212 is become by first valve 91 of letting pass stops first valve, 91, the second longitudinal axis 222 by stoping duaspiracle 92 to become clearance duaspiracle 92.

Following its motion flow that combines is described further the utility model:

6 actions of second actuating unit drive spiral arm 7 rotations, make first valve 91 on the groove alignment feeding rack that can cooperate valve that is opened on the spiral arm 7; 5 actions of first actuating unit promote shifting axle 4, the first longitudinal axis 211 and second longitudinal axis 222 and move simultaneously; Make first longitudinal axis 211 by stoping first valve 91 to become first valve 91 of letting pass; Second longitudinal axis 222 becomes prevention duaspiracle 92, the first valves 91 by clearance duaspiracle 92 and enters in the groove on the spiral arm 7, thereby realizes continuous handling.

The utility model is not limited thereto embodiment, and the related realization assembly that is the basis with the utility model thought is all in the protection domain of the utility model.

Claims

1. a valve feeding rack is characterized in that, comprises pedestal, and captive joint feeding rack, first actuating unit and second actuating unit on the said pedestal, said second actuating unit spiral arm that is rotationally connected is offered the groove that cooperates said valve on the said spiral arm; Said feeding rack is made up of four tilting guide rods that are fixed on the pedestal; Flexible fixing respectively two groups of bearing arms in shifting axle two ends that connect said first actuating unit; Two groups of bearing arms are fixed first longitudinal axis and second longitudinal axis respectively; Receive the power of said first actuating unit, said first longitudinal axis and said second longitudinal axis move simultaneously, make first longitudinal axis by stoping first valve to become first valve of letting pass; Second longitudinal axis becomes the prevention duaspiracle by the clearance duaspiracle; Or, first longitudinal axis being become by first valve of letting pass stop first valve, second longitudinal axis is by stoping duaspiracle to become the clearance duaspiracle.