阅读说明：本技术 一种金属粉收集罐倒料装置 (Metal powder collecting tank pouring device ) 是由 蒋陈 于 2019-11-03 设计创作，主要内容包括：一种金属粉收集罐倒料组件,包括收集罐,收集罐上固定对称的托耳,还包括主架,主架包括滑轨、定位槽、防脱槽、滚轮、滑轨；主架上固定滑轨,滑轨为两个平行对称的四分之一圆,滑轨上部固定防脱槽,防脱槽用于容置托耳,主架的底部固定水平轨,水平轨有两个位于主架的两侧,滑轨对应直角的直角一遍与水平轨平行；还包括同心连杆,其一端铰接在主架上,两个滑轨的圆心的连线过同心连杆与主架的铰接点,同心连杆上固定托槽,托槽随同心连杆转动能够将收集罐的托耳送入定位槽内,托槽是一个纵截面为圆弧的柱面槽还包括助推架,用于将同心连杆推起。该组件能够有效的提高倒料工序的效率,减少人力投入,便于操作。(A pouring assembly of a metal powder collecting tank comprises the collecting tank, wherein symmetrical support lugs are fixed on the collecting tank, and the pouring assembly also comprises a main frame, wherein the main frame comprises a slide rail, a positioning groove, an anti-falling groove, a roller and a slide rail; the main frame is fixed with a slide rail, the slide rail is two parallel symmetrical quarter circles, the upper part of the slide rail is fixed with an anti-drop groove, the anti-drop groove is used for accommodating a support lug, the bottom of the main frame is fixed with a horizontal rail, the horizontal rail is provided with two sides positioned on the main frame, and the slide rail is parallel to the horizontal rail once corresponding to a right angle of the right angle; the bracket is a cylindrical groove with a circular arc longitudinal section and comprises a boosting frame used for boosting the concentric connecting rod. The efficiency that the process was expected to the effectual improvement of this subassembly, reduce the human input, the operation of being convenient for.)

1. A metal powder collecting tank dumping assembly comprises a collecting tank, wherein symmetrical support lugs are fixed on the collecting tank, and the metal powder collecting tank dumping assembly is characterized by further comprising a main frame, wherein the main frame comprises a slide rail, a positioning groove, an anti-falling groove, a roller and a slide rail;

a slide rail is fixed on the main frame, the slide rail is two parallel and symmetrical quarter circles, an anti-falling groove is fixed on the upper part of the slide rail, the anti-falling groove is used for accommodating a supporting lug, and the supporting lug can rotate along the axis of the supporting lug in the anti-falling groove;

the longitudinal section of the anti-drop groove is arc-shaped, and the arc length is not less than 3/4 circles;

horizontal rails are fixed at the bottom of the main frame, two of the horizontal rails are positioned at two sides of the main frame, and the slide rails are parallel to the horizontal rails once corresponding to right angles of the right angles;

a plurality of anti-falling grooves are arranged on the slide rail at the lower side of the anti-falling grooves;

the bracket is fixed on the concentric connecting rod, the bracket can send the supporting lug of the collecting tank into the positioning groove by rotating along with the concentric connecting rod, and the bracket is a cylindrical groove with a circular arc-shaped longitudinal section;

the boosting frame comprises two groups of fixing rod groups with acute included angles, the fixing rod groups are parallel to each other and are fixedly connected, the vacant end of one rod of each fixing rod group is hinged to the vacant end of the concentric connecting rod, a pulley is positioned at the joint of the two rods of each fixing rod group, the pulley rolls on a horizontal sliding rail of the main frame, and the fixing rod groups are pushed downwards to enable the pulley to be close to the direction of the concentric connecting rod, so that the concentric connecting rod rotates upwards.

2. The metal powder collection pot dumping assembly of claim 1 wherein a triangular shaped boost ramp is affixed to said horizontal rail.

3. The metal powder collection pot emptying assembly of claim 1 wherein the bottom of the collection pot holds two hinged rods that are symmetrical.

Technical Field

The invention relates to a pouring device of a collecting tank for 3D printing metal powder, in particular to an auxiliary tool used by the collecting tank for the metal powder when powder is poured.

Background

The collection tank of metal powder is the metal double-deck jar of body, and is very heavy, has collected the metal powder back in addition, need sieve, and the screening process need pour the powder in the collection tank into the sieve machine or in the surge bin, and this process is very wasted time and energy usually, and manual handling, electronic rising and falling etc. are all very consuming time.

Disclosure of Invention

The invention aims to provide a metal powder collecting tank pouring assembly convenient for manually pouring powder.

In order to achieve the purpose, the invention comprises a collecting tank, symmetrical support lugs and a main frame, wherein the collecting tank is fixedly provided with the support lugs;

a slide rail is fixed on the main frame, the slide rail is two parallel and symmetrical quarter circles, an anti-falling groove is fixed on the upper part of the slide rail, the anti-falling groove is used for accommodating a supporting lug, and the supporting lug can rotate along the axis of the supporting lug in the anti-falling groove;

the longitudinal section of the anti-drop groove is arc-shaped, and the arc length is not less than 3/4 circles;

horizontal rails are fixed at the bottom of the main frame, two of the horizontal rails are positioned at two sides of the main frame, and the slide rails are parallel to the horizontal rails once corresponding to right angles of the right angles;

a plurality of anti-falling grooves are arranged on the slide rail at the lower side of the anti-falling grooves;

the bracket is fixed on the concentric connecting rod, the bracket can send the supporting lug of the collecting tank into the positioning groove by rotating along with the concentric connecting rod, and the bracket is a cylindrical groove with a circular arc-shaped longitudinal section;

the boosting frame comprises two groups of fixing rod groups with acute included angles, the fixing rod groups are parallel to each other and are fixedly connected, the vacant end of one rod of each fixing rod group is hinged to the vacant end of the concentric connecting rod, a pulley is positioned at the joint of the two rods of each fixing rod group, the pulley rolls on a horizontal sliding rail of the main frame, and the fixing rod groups are pushed downwards to enable the pulley to be close to the direction of the concentric connecting rod, so that the concentric connecting rod rotates upwards.

Furthermore, a triangular boosting slope is fixed on the horizontal rail.

Furthermore, two symmetrical hinge rods are fixed at the bottom of the collecting tank.

According to the invention, the main frame, the slide rail and the boosting frame are arranged, so that the process of material pouring becomes more convenient, the controllability is stronger, less manpower is required, and the operation can be realized by one person.

Drawings

FIG. 1 is a schematic of the present invention.

Fig. 2 is a schematic structural diagram of the main frame.

FIG. 3 is a schematic view showing a state when the powdery material is poured.

In the figure, a main frame 10, a slide rail 11, a positioning groove 12, a drop-proof groove 13, a universal wheel 14, a horizontal rail 15, a concentric connecting rod 20, a bracket 21, a boosting frame 30, a boosting slope 40, a collecting tank 50, a hinged rod 51 and a support lug 52

Detailed Description

The invention is described in detail below with reference to the accompanying drawings.

A metal powder collecting tank dumping assembly comprises a collecting tank 50, wherein symmetrical support lugs are fixed on the collecting tank 50, and the metal powder collecting tank dumping assembly is characterized by further comprising a main frame 10, wherein the main frame 10 comprises a slide rail 11, a positioning groove 12, an anti-falling groove 13, a roller 14 and a slide rail 15;

slide rail 11 is fixed on main frame 10, and slide rail 11 is two parallel symmetry's quarter circles, and anticreep groove 13 is fixed on slide rail 14 upper portion, and anticreep groove 13 is used for holding and holds in the palm ear 52, holds in the palm ear 52 and can rotate along its self axis in the anticreep inslot. The anti-slip groove 13 is preferably circular arc-shaped in longitudinal section, and the arc length is not less than 3/4 circles. The bottom of the main frame 10 is fixed with a horizontal rail 15, and the horizontal rail 15 is provided with two sides which are positioned on the main frame 10.

Set up a plurality of anticreep grooves 13 on the slide rail of anticreep groove 12 downside, anticreep groove 13's effect is in the collecting tank landing in case, it must can fall along slide rail 11 downwards, and in the in-process of falling the support ear can block into anticreep groove 13 to avoid the collecting tank to drop and break or pound the workman.

The collecting tank bracket is characterized by further comprising two concentric connecting rods 20, wherein one end of each of the two concentric connecting rods 20 is hinged to the main frame 10, a connecting line of centers of the two slide rails 11 passes through a hinged point of the concentric connecting rods 20 and the main frame 10, a bracket 21 is fixed on each concentric connecting rod 20, the bracket 21 can rotate along with the concentric connecting rods 20 to send a supporting lug of the collecting tank into the positioning groove 12, and the bracket 21 can be a cylindrical groove with an arc-shaped longitudinal section and is convenient for the supporting lug to slide out of the positioning groove 12.

Still include the boosting frame 30, the boosting frame 30 includes that two sets of contained angles are the fixed rod group of acute angle, and fixed rod group is parallel to each other and fixed connection, and the vacant end of one of them pole of fixed rod group is articulated with the vacant end of concentric connecting rod 20, and the junction location pulley of two poles of fixed rod group, the pulley rolls on the horizontal slide rail 15 of body frame 10, pushes down the propelling movement fixed rod group and makes the pulley be close to concentric connecting rod 20 direction, can comparatively laborsaving will collect jar 50 and lift. In order to conveniently lift the collecting tank 50, the triangular boosting slope 40 is fixed on the horizontal rail 15, and the pulley is initially positioned on the boosting slope 40, so that when a worker operates, the collecting tank 50 can be conveniently lifted by pressing down the fixing rod group by using the self weight, and the situation that the collecting tank is manually lifted is avoided, and the problem and the labor are saved when the collecting tank is pressed downwards compared with when the collecting tank is lifted upwards is avoided.

In order to pour out the powder conveniently, at the bottom of collection tank 50, two articulated arms 51 of fixed symmetry, after in the constant head tank 12 is gone into to the support lug 52 card, the dead end of the dead lever group that uses boosting frame 30 is articulated with articulated arm 51, the dead end of another pole of pulling and propelling movement fixed lever group, the pulley of boosting frame 30 is to the direction removal that is close to concentric connecting rod 20 pin joint, then can be comparatively laborsaving lift up the bottom of collection tank 50, and rotate along the axis of supporting lug 52, realize quick convenient material pouring operation.

The fixed universal wheel 14 that can the locking in bottom of body frame 10, when the material is expected to the needs, it can let the support ear card go into hold in the palm the groove 21 after the concentric connecting rod is rotatory to push away the body frame, then it is articulated with the vacant end of concentric connecting rod 20 to use the boost frame 30, bulldoze the boost frame 30, it is rotatory to make concentric connecting rod 20, finally let the support ear card of collection tank 50 go into in constant head tank 12, then pull down boost frame 30, it is articulated with the hinge bar 51 of collection tank 50, bulldoze the boost frame once more, it is rotatory around the support ear to make collection tank 50, thereby can be very convenient pour out the powder, and the process of empting of powder is controlled easily.

The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.