CN200939486Y

CN200939486Y - Blanking mechanism of bar feeder

Info

Publication number: CN200939486Y
Application number: CN 200620113868
Authority: CN
Inventors: 吕芳清
Original assignee: Barload Machine Co Ltd
Current assignee: Barload Machine Co Ltd
Priority date: 2006-05-18
Filing date: 2006-05-18
Publication date: 2007-08-29
Anticipated expiration: 2016-05-18

Abstract

The utility model provides a feeding system of stick feeders, comprising a driving device, a passive unit and at least a bracket, wherein, the passive unit is provided with at least a passive gear which is connected with the driving device in order to make the passive gear spin turn and a first pole positioned on the passive gear; the bracket is arranged on the first pole, doing circular motion driven by the first pole through the turn of the passive gear to carry a stick from the feed-holding shelf to a feeding pipe; thereby, the utility model has a simple structure and reduces the noises during the feeding procedure, to strengthen the goal of convenient use.

Description

The cutting agency of bar feeder

Technical field

The utility model is relevant with the bar feeder, particularly relevant for a kind of cutting agency of bar feeder.

Background technology

Traditional bar feeder includes puts bin, in order to put most each and every one bars, in the process of blanking, puts bin and can produce inclination, bar can be slipped in the feed pipe, in order to the action of processing along putting bin.

Yet bar is directly to fall into feed pipe in the process of blanking, if the weight of bar is heavier, makes when bar collides feed pipe, can send sizable sound, and then cause operating personnel's puzzlement.

The utility model content

Main purpose of the present utility model is to provide a kind of cutting agency of bar feeder, and it is simple in structure, and can reduce the noise that the blanking process is produced, in order to increase the convenience on using.

For reaching above-mentioned purpose, the cutting agency of bar feeder provided by the utility model includes a drive unit, and drives unit and at least one bracing frame; This drive unit has first bar that at least one driven gear and is located at this driven gear, and wherein this driven gear is to be connected with this drive unit, makes this driven gear can be subjected to the driving of this drive unit and the original place rotates; This bracing frame is located at this first bar, and by by the rotation of this driven gear, and this bracing frame is can be subjected to the drive of this first bar and make a circular motion, in order to bar is put the feed pipe of bin conveyance to this bar feeder from one of this bar feeder.

In the utility model one preferred embodiment, more include an interlock unit and at least one travelling gear, wherein this interlock unit has second bar that at least one linked gear and is located at this linked gear, this travelling gear is engaged in this driven gear and this linked gear, this driven gear and this linked gear can be rotated in the same direction, this bracing frame then has an extension, this extension is to be connected with this second bar, makes this bracing frame can be subjected to the drive of this first bar and this second bar and makes this circular motion.

By this, the cutting agency of bar feeder provided by the utility model, it is simple in structure, and can reduce the noise that the blanking process is produced, in order to reach the purpose that increases ease of use.

Description of drawings

Now cooperate the graphic following preferred embodiment of enumerating, in order to structure of the present utility model and effect are elaborated; Wherein used graphic brief description earlier is as follows:

Fig. 1 is the partial exploded view of a bar feeder, mainly is to show that the utility model one preferred embodiment is installed in the aspect of bar feeder.

Fig. 2 is the side view cutaway drawing of the utility model one preferred embodiment.

Fig. 3 is the side view cutaway drawing of the utility model one preferred embodiment, mainly is the state that shows that bracing frame rises.

Fig. 4 is the side view cutaway drawing of the utility model one preferred embodiment, mainly is to show that bracing frame is with the state of bar after put bin and lift.

Fig. 5 is the side view cutaway drawing of the utility model one preferred embodiment, mainly is to show that bracing frame places bar the state of feed pipe.

[primary clustering symbol description]

Bar feeder 10 workbench 12

Pedestal 14 is put bin 16

Grooving 162 feed pipes 18

Device 30 is moved in cutting agency 20 districts

Drive unit 40 driven gears 42

First bar, 44 interlock unit 50

Linked gear 52 second bars 54

Travelling gear 60 bracing frames 70

Breach 72 extensions 74

Bar 80

The specific embodiment

See also Fig. 1 and Fig. 2, it is the cutting agency 20 of the bar feeder 10 that provided of the utility model one preferred embodiment, this bar feeder 10 includes a workbench 12, a pedestal 14, is put a bin 16 and a feed pipe 18, wherein this pedestal 14 is located at this workbench 12 belows, in order to support this workbench 12, this puts bin 16 is to be connected with this workbench 12, in order to put bar 80, this is put bin 16 and has most the groovings of uniformly-spaced arranging 162, and 18 of this feed pipes are located in this workbench 12.This cutting agency 20 includes a drive unit 30, and drives unit 40, an interlock unit 50, two travelling gears 60, and most bracing frames 70.

This drive unit 30 is to be a motor, and it is located in this pedestal 14, in order to power to be provided.

This drive unit 40 has two driven gears 42 and one first bar 44.This two driven gear 42 is located at the two ends of this workbench 12 respectively, and this two driven gear 42 is then passed at the two ends of this first bar 44 respectively.This two driven gear 42 is to be connected with this drive unit 30, makes this two driven gear 42 can be subjected to the driving of this drive unit 30 and rotates towards original place clockwise; 44 on this first bar can be by being made clockwise a circular motion by the rotation of this two driven gear 42.

This interlock unit 50 has two linked gears 52 and one second bar 54.The size of this two linked gear 52 is identical with this two driven gear 42, and it is located at the two ends of this workbench 12 respectively, and is positioned at the rear of this two driven gear 42; This two linked gear 52 is then passed at the two ends of this second bar 54 respectively, and is parallel to each other with this first bar 44.

Respectively the external diameter of this travelling gear 60 is less than the external diameter of this two driven gear 42 with this two linked gear 52, and it meshes with this two driven gear 42 and this two linked gear 52 respectively; When respectively this driven gear 42 rotates, can by by this travelling gear 60 respectively and interlock respectively this linked gear 52 rotate, and make respectively this driven gear 42 and respectively this linked gear 52 court's rotation clockwise simultaneously, and this second bar 54 also can be by being made the circular motion of an equidirectional with this first bar 44 by the rotation of this two linked gear 52.

Respectively the top of this bracing frame 70 has a V-shaped breach 72, and its bottom is to be located at this first bar 44, and respectively this bracing frame 70 is to put the grooving 162 of bin 16 and be equally spaced arrangement corresponding to this.Respectively an extension 74 is extended towards the direction of this second bar 54 respectively in the bottom of this bracing frame 70, and respectively this extension 74 is connected with this second bar 54; When this first bar 44 was made this circular motion with this second bar 54, respectively this bracing frame 70 also can be subjected to this first bar 44 to make the circular motion of an equidirectional with the drive of this second bar 54 simultaneously.

Via said structure, see also Fig. 3, when user's desire operation the utility model, at first, place this to put on the bin 16 bar 80 of desire processing, restart this drive unit 30, make respectively this driven gear 42 and respectively this linked gear 52 courts rotation clockwise, at this moment, respectively this bracing frame 70 can be by court's rotation clockwise by the drive of this first bar 44 and this second bar 54; When this first bar 44 and these second bar, 54 beginning edges rotate up clockwise, and during near the peak of this driven gear 42 respectively and this linked gear 52 respectively, as shown in Figure 4, respectively this bracing frame 70 can pass this grooving of putting bin 16 162 as shown in Figure 1, and utilize respectively this breach 72 that bar 80 is put bin 16 from this and upwards lift, crossed the peak of this driven gear 42 respectively and this linked gear 52 respectively when this first bar 44 and this second bar 54 after, respectively this bracing frame 70 can begin to descend, and pass this feed pipe 18, at this moment, bar 80 will be taken advantage of a situation and is placed on this feed pipe 18, as shown in Figure 5, thus, the user can carry out the action of following process with bar 80.

By this, of the present utility model simple in structure, and the utility model is less from the noise of putting bin 16 conveyances and being produced to the process of this feed pipe 18 with bar 80, can reduce operating personnel's puzzlement, in order to reach the purpose that increases ease of use.

Claims

1. the cutting agency of a bar feeder, this bar feeder includes puts a bin and a feed pipe, and this puts bin is it is characterized in that this cutting agency includes in order to put bar:

One drive unit;

One drives the unit, has first bar that at least one driven gear and is located at this driven gear, and wherein this driven gear is to be connected with this drive unit, makes this driven gear be subjected to the driving of this drive unit and the original place rotates; And

At least one bracing frame is located at this first bar, and by the rotation by this driven gear, this bracing frame is to be subjected to the drive of this first bar and to make a circular motion, in order to this bar is put the bin conveyance to this feed pipe from this.

2. according to the cutting agency of the described bar feeder of claim 1, it is characterized in that, more include an interlock unit and at least one travelling gear, wherein this interlock unit has second bar that at least one linked gear and is located at this linked gear, this travelling gear is engaged in this driven gear and this linked gear, and this driven gear and this linked gear are rotated in the same direction; This bracing frame is to be connected with this second bar with this first bar, makes this bracing frame be subjected to the drive of this first bar and this second bar and makes this circular motion.

3. according to the cutting agency of the described bar feeder of claim 2, it is characterized in that respectively this bracing frame has an extension, this extension is to be connected with this second bar.

4. according to the cutting agency of the described bar feeder of claim 1, it is characterized in that respectively this bracing frame has a breach, in order to this bar of holding.