CN201010359Y

CN201010359Y - Cam type inclined ejecting plate feeding machine

Info

Publication number: CN201010359Y
Application number: CNU2007200053362U
Authority: CN
Inventors: 刘忠荣; 杨文国
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-02-27
Filing date: 2007-02-27
Publication date: 2008-01-23
Anticipated expiration: 2017-02-27

Abstract

The utility model discloses and provides a cam type incline pushing plate feeder which comprises a pushing plate combination, a synchronic lower pushing plate and an upper pushing plate and a middle pushing plate provided between the lower pushing plate and the upper pushing plate. The two lateral sides of a cam are respectively provided with two reversal symmetrical cam grooves and respectively combine swinging arms; rollers on the ends of the swinging arms walk on the inner edges of the cam grooves and the up and down swings in reversal time schedule can be generated, which drives the upper pushing plate, the lower pushing plate and the middle pushing plate respectively to lift in the reversal time schedule, and hence the top edge of each pushing plate can push materials and continuously supply the materials.

Description

Cam-type cant plate feeder

Technical field

The utility model relates to mechanical equipment technical field, relates in particular to feeder.

Background technology

According to; in technical applications such as manufacturing line; usually must use feeder in order to carry materials and parts; also there is multiple feeder to use at present on the market for industry; yet general feeder often has the folded mutually shortcoming that can't get rid of of materials and parts, can cause the retardance in the course of conveying usually; how to solve this problem, its urgency is arranged in fact.

The utility model content

In view of this, main purpose of the present utility model is to provide a kind of efficient height, operation process peace and quiet, sub-material the overlapping cam-type cant plate feeder of materials and parts simply and not can occur.

Content of the present utility model, a kind of cam-type cant plate feeder is provided, it establishes push pedal combination, have synchronous following push pedal and go up the heap plate, and be located in middle push pedal between upper and lower push pedal, respectively establish the reverse symmetry cam path by a cam in its two sides, and each produces swinging up and down of opposite sequential in conjunction with a swing arm with the roller of arm end walking groove inner edge, thereby drive upper and lower push pedal and middle push pedal respectively with opposite sequential oscilaltion, and be able between each push pedal to push the materials and parts feeding that continues with top edge.

The utlity model has following characteristics:

(1) adopts cam 2 through-couplings control sequential, the fast operating efficiency height of speed.

(2) adopt cam 2 through-couplings, the quiet huge noise that does not have use air cylinder transmission product of operation process.

(3) adopt the push pedal feeding, sub-material simply and not the overlapping problem of materials and parts can occur.

(4) the feeding action does not have the problem that continues and interrupt not as good as feeding really.

(5) push pedal can be complied with actual required increase.

Description of drawings

Fig. 1 is a member perspective exploded view of the present utility model;

Fig. 2 is the upright scheme drawing of the three-dimensional group of member of the present utility model;

Fig. 3 is an of the present utility model group of upright plan sketch;

Fig. 4 is one of the utility model illustrative view disassembling operation;

Fig. 5 is two of the utility model illustrative view disassembling operation;

Fig. 6 is an application scheme drawing of the present utility model.

Description of reference numerals

1 cam permanent seat, 10 U type main bodys, 11 center shafts, 12 motors

13 inclined-plane bases

21 swing arms of 2 cams, 20 cam paths

210,211 rollers

3 push pedal bodies, 30 push pedal bearing surfaces, 31 push pedal slide rail permanent seats

40,41 side plates, 400 perforates

Push pedal in 51 times push pedals 52 of push pedal in the 5 push pedals combination 50

53 L shaped 54 slide rail 55 drive plates 550 roller grooves

56 slide rails, 57 drive plates, 570 roller grooves

6 hoppers, 60 discharging openings

7 materials and parts

8 feedways

The specific embodiment

See also Fig. 1, be member perspective exploded view of the present utility model, it includes:

One cam permanent seat 1, it has a U type main body 10, in enclosing, its folder one cam 2 is arranged with 11 strings of center shaft, respectively be provided with the cam path 20 of a reverse symmetry in these cam 2 two sides, and respectively be combined with a swing arm 21, wherein, each pivot of the two ends of each swing arm 21 has a roller 210,211 walking cam path 20 groove inner edges and makes this two swing arm 21 can produce opposite the swinging up and down of sequential;

Can be at these cam permanent seat 1 its U-shaped main body 10 back segment positions in conjunction with a push pedal body 3, its front epimere is a push pedal bearing surface 30, hypomere then is provided with several push pedal slide rail permanent seats 31; Again, each can wherein should be provided with a perforate 400 in U-shaped main body 10 center shafts 11 positions 40 pairs of side plates in conjunction with

side plate

40,41 at position, cam permanent seat 1 both sides, makes to supply these center shaft 11 external motors 12 as propulsion source from here;

Again, this cam permanent seat 1 is for being installed on an inclined-plane base 13 seat surface places, so that suitable gradient to be provided;

One push pedal combination 5, comprise push pedal 52 in push pedal 50 on, the push pedal once 51 and, wherein, on this push pedal 50 and following push pedal 51 be individually fixed in one L shaped more than 53 down the potential difference modes combine, and should go up push pedal 50 and be positioned at a rear high position, this time push pedal 51 then is positioned at the place ahead low level; Should in push pedal 52 then should be placed through this between the push pedal 50 and following push pedal 51, and order should be gone up push pedal 50, push pedal 51 reaches middle push pedal 52 and answers and parallelly closely connect down;

Again, these L shaped 53 of being combined with push pedal 50 and following push pedal 51 carry side on the body and should be equiped with slide rail 54, and are provided with a drive plate 55, and this drive plate 55 is provided with roller groove 550 and makes and can tie transmissions with an aforementioned cooresponding swing arm 21 its roller 211 pivots; And should also should be equiped with slide rail 56 by middle push pedal 52 dorsal parts, and be provided with a drive plate 57, this drive plate 57 is provided with roller groove 570 and makes and can tie transmissions with an aforementioned cooresponding swing arm 21 its roller 211 pivots;

And above-mentioned

slide rail

54,56 should be corresponding fixing with several push pedal slide rail permanent seats 31 of aforesaid push pedal body 3; And this push pedal combination 5 should depend on this push pedal body 3 epimere push pedal bearing surfaces 30;

Moreover, in the front of combinations thereof body, must utilize this

biside plate

40,41 front-end edge epimere places, secure bond has a hopper 6; Fig. 2 is the three-dimensional combination of a utility model scheme drawing; Fig. 3 then is the upright plan sketch of group.

In this case structure, push pedal 50 and the push pedal 51 synchronous oscilaltion that is combined into one are down made up on 5 one in this push pedal, but should in push pedal 52 then be placed through this between the push pedal 50 and following push pedal 51 and oscilaltion equally, only these upper and

lower push pedal

50,51 fabricate blocks should be opposite with the lifting sequential of being somebody's turn to do middle push pedal 52;

This case connect material and continue start order of feeding is as follows, sees also Fig. 4 and shown in Figure 5:

When (A) this time push pedal 51 dropped to hopper 6 discharging openings 60, its top edge can be accepted the materials and parts 7 that roll into;

(B) this time push pedal 51 rise and should in push pedal 52 descend (sequential is opposite), to should in push pedal 52 when aliging with following push pedal 51 top edges, the materials and parts 7 that following push pedal 51 is pushed promptly are rolled to middle push pedal 52 top edges;

(C) middle push pedal 52 propelling movement top materials and parts 7 rise, and descend (sequential is opposite) and go up push pedal 50, and when push pedal 52 was alignd with last push pedal 50 top edges in extremely being somebody's turn to do, the materials and parts 7 that middle push pedal 52 is pushed promptly were rolled to push pedal 50 top edges;

And, therefore present suitable gradient because the utility model is installed on this place, inclined-plane base 13 inclined-plane, make and can guarantee that materials and parts can not drop out the push pedal top edge in each push pedal connects material the feeding process;

(D) see also Fig. 6, last push pedal 50 pushes materials and parts 7 to top, and falls into other bonded assembly feedway 8;

By repeating said procedure, the utility model can carry out feeding operation efficiently.

5 of its push pedal of the utility model combinations as embodiment, can be complied with required increase push pedal number on the practice with three push pedals in upper, middle and lower, and only its start principle is all identical does not go out scope of patent protection of the present utility model.

The above-mentioned specific embodiment is illustrated the utility model with preferred embodiment, but the example of this visualization of just lifting for the ease of understanding should not be considered to be the restriction to the utility model scope.Equally, according to the description of the technical solution of the utility model and preferred embodiment thereof, can make various possible being equal to and change or replacement, and all these changes or replacement all should belong to the protection domain of the utility model claim.

Claims

1. cam-type cant plate feeder is characterized in that:

It comprises a cam permanent seat, a cam, a push pedal body, an inclined-plane base and push pedal combination,

Wherein

One cam permanent seat, it has a U type main body, in enclosing, its folder one cam is arranged with center shaft axle string, respectively be provided with the cam path of reverse symmetry in these cam two sides, and respectively be combined with a swing arm, wherein, each pivot of the two ends of each swing arm has roller walking cam path groove inner edge and makes this two swing arm can produce opposite the swinging up and down of sequential;

Can be at its U-shaped main body back segment position of this cam permanent seat in conjunction with a push pedal body, its front epimere is a push pedal bearing surface, hypomere then is provided with several push pedal slide rail permanent seats;

Each can be in conjunction with side plate at position, cam permanent seat both sides, wherein at side plate to being provided with a perforate in U-shaped main center shaft position place, make can be from here for the external motor of this center shaft as propulsion source;

This cam fixation base structure is in base seat surface place, an inclined-plane;

One push pedal combination comprises push pedal in push pedal on, the push pedal once and, wherein

The potential difference mode combined under upward push pedal and following push pedal were individually fixed in more than one L shaped, and upward push pedal is positioned at a rear high position, and this time push pedal then is positioned at the place ahead low level;

Should in push pedal should be placed through this between the push pedal and following push pedal, and order should be gone up push pedal, push pedal reaches middle push pedal and answers and parallelly closely connect down;

This L shaped frame that is combined with push pedal and following push pedal is carried side on the body and should be equiped with slide rail, and is provided with a drive plate, and this drive plate is provided with the roller groove and makes and can tie transmission with its roller pivot of an aforementioned cooresponding swing arm;

Should also should be equiped with slide rail by middle push pedal dorsal part, and be provided with a drive plate, this drive plate is provided with the roller groove and makes and can tie transmission with its roller pivot of an aforementioned cooresponding swing arm;

Above-mentioned slide rail should be corresponding with several push pedal slide rail permanent seats of aforesaid push pedal body fixing;

This push pedal combination should depend on this push pedal body epimere push pedal bearing surface;

In the front of combinations thereof body, must utilize this biside plate front-end edge epimere place, secure bond has a hopper;

With cam drive, order should be gone up push pedal and the push pedal synchronous oscilaltion that is combined into one down by this push pedal combination, and push pedal is placed through this between push pedal and following push pedal with opposite sequential oscilaltion in this, and can be between each push pedal with the feeding that continues of top edge propelling movement materials and parts.