CN211167500U

CN211167500U - Tipping bucket type automatic quantitative scale

Info

Publication number: CN211167500U
Application number: CN201922097387.8U
Authority: CN
Inventors: 陈优
Original assignee: Wuxi Ruili Technology Development Co ltd
Current assignee: Wuxi Ruili Technology Development Co ltd
Priority date: 2019-11-28
Filing date: 2019-11-28
Publication date: 2020-08-04
Anticipated expiration: 2029-11-28

Abstract

The utility model discloses an automatic ration balance of tipping bucket formula, relate to automatic quantitative packaging balance field, this automatic ration balance of tipping bucket formula is weighing the measurement structure of weighing that row material part adopted the tipping bucket formula, it realizes row material to weigh through the stirring of tipping bucket after accomplishing, the feeding part adopts the promotion climbing belt of putting to one side, will promote and feed function unites two into one, the burden that the user material promoted has been reduced, whole device does not use the cylinder, only need the power consumption, need not use compressed air, can be fine satisfy the application scene of little packing especially vest bag packing, can avoid using the various problems that the cylinder brought, and whole device structure retrencies the transportation of being convenient for, especially, be fit for in purchasing the big-arch shelter or carry out the field packaging to agricultural product in the field.

Description

Tipping bucket type automatic quantitative scale

Technical Field

The utility model belongs to the technical field of automatic quantitative packing scale and specifically relates to a tipping bucket type automatic quantitative scale.

Background

The automatic quantitative scale is used for subpackaging bulk materials according to a specified component, and for the automatic quantitative scale which is commercially available at present, an air cylinder is inevitably used in bag clamping, material discharging of a measuring barrel and quick and slow double-valve feeding, and the air cylinder is powered by compressed air, so the compressed air is required to be prepared as long as the air cylinder is used, but the following problems are caused:

1. the application scenarios are more limited. Because the compressed air is a pressure container, certain operation risks exist, and therefore the compressed air is not allowed to be used in some occasions with higher safety requirements. Air compressors are very noisy and therefore cannot be used in noise-limited applications. In cold scenes, when the air compressor compresses air to do work, moisture in the air is condensed out and then freezes, so that the air compressor cannot work normally, and therefore the air compressor cannot be used.

2. Many bags are not practical for use with pneumatic bag clamping mechanisms, particularly waistcoat bags for small agricultural products such as 1kg, 2kg, 5kg, which are mostly plastic, too slippery to be gripped by the pneumatic bag clamping mechanism, and the waistcoat bag is relatively thin and tender, which can easily damage the waistcoat bag type bag.

SUMMERY OF THE UTILITY MODEL

The inventor provides a tipping bucket type automatic quantitative scale aiming at the problems and the technical requirements, the technical scheme of the utility model is as follows:

a tipping bucket type automatic quantitative scale comprises a scale body bracket, a tipping bucket, a weighing sensor, a lifting climbing belt, a driving motor and a control box;

the bottom of the scale body bracket is provided with a trundle, the top of the scale body bracket is provided with two parallel ear plates, and the tipping bucket is arranged between the two ear plates; the tipping bucket is of a cavity structure with an opening at the top, one end of the side wall of the cavity structure is open, the other end of the side wall of the cavity structure is sealed, the depth and the width of the cavity structure are sequentially reduced from the sealed end to the open end, and a discharge guide plate extending out is further arranged below the open end of the tipping bucket; the sealing end of the tipping bucket is arranged close to the scale body bracket, the opening end of the tipping bucket is arranged far away from the scale body bracket and hinged to the side walls of the ear plates at two sides, the hinged points at two sides are respectively positioned between the sealing end and the opening end, the outer wall of the sealing end of the tipping bucket is also provided with limiting rods protruding out of two sides in a spanning manner, the limiting rods are erected on the ear plates at two sides when the tipping bucket is reset, and the bottom of the opening end of the cavity structure is higher than the bottom of the sealing end; the two sides of the tipping bucket are respectively provided with a weighing sensor, one end of each weighing sensor is connected with the scale body bracket, and the other end of each weighing sensor is connected with the ear plate;

the lifting climbing belt is obliquely arranged on the other side, opposite to the tipping bucket, of the scale body support, two side walls of the lifting climbing belt protrude to form object containing grooves in the inner part, a feed port of the lifting climbing belt is lower than a discharge port, and the feed port of the lifting climbing belt is sealed, the discharge port of the lifting climbing belt is open and is positioned above a sealed end of the tipping bucket; the driving motor is installed on the scale body support and is connected with the driving lifting climbing belt, the control box is installed on the scale body support and is connected with the control driving motor, and the control box is further connected with the weighing sensor.

The technical scheme is that bag hanging hooks are respectively arranged on two sides of a discharge port of the tipping bucket, and arc-shaped handles are arranged above the discharge port of the tipping bucket in a spanning manner.

The technical scheme is that the tipping bucket type automatic quantitative scale comprises at least two tipping buckets which are arranged in parallel, a plurality of parallel lug plates are arranged on a scale body support, each tipping bucket is arranged between two adjacent lug plates and hinged on the lug plates, and a discharge port for lifting a climbing belt is positioned above the sealing end of each tipping bucket.

The technical scheme is that a discharge port end of the lifting climbing belt is hinged to the top of the scale body support, angle adjusting rods are further arranged on two sides of the lifting climbing belt, one end of each angle adjusting rod is hinged to the scale body support, and the other end of each angle adjusting rod is provided with a guide groove along the length direction of the rod; the two sides of the lifting climbing belt are respectively provided with an inserted bar, and the inserted bars on the two sides are respectively inserted into and installed in the guide grooves of the angle adjusting rods on the two sides.

The utility model has the beneficial technical effects that:

the application discloses automatic ration balance of tipping bucket formula, be particularly useful for the quantitative package of the agricultural product of small-package, the measurement of weighing that the row material part of weighing adopts the tipping bucket formula is weighed the structure and is substituted the feeding above, the traditional metering tank structure system of following valve ejection of compact, realize row material through the turning of tipping bucket after weighing the completion, the feeding part adopts the promotion climbing belt of putting to one side, will promote and feed function unites two into one, the burden that user's material promoted has been reduced, whole device does not use the cylinder, only need the power consumption, need not use compressed air, can be fine satisfy the application scene that little packing especially is the vest bag packing, avoid using the various problems that the cylinder brought, and whole device structure retrencies the transportation of being convenient for, especially, be fit for in purchasing the big-arch shelter or to the potato on the spot at the ground, agricultural products such as tomato and sweet potato carry out the.

Drawings

FIG. 1 is a side view of a dump bucket automatic weigh scale as disclosed herein.

Fig. 2 is an enlarged view of the structure of the dump body 2 in fig. 1.

Fig. 3 is a front view of the dump box automatic weigh scale disclosed in the present application.

Figure 4 is a top view of the skip of the present application.

Detailed Description

The following describes the embodiments of the present invention with reference to the accompanying drawings.

Referring to fig. 1-3, the tipping bucket type automatic quantitative scale comprises a scale body support 1, a tipping bucket 2, a weighing sensor 3, a lifting climbing belt 4, a driving motor 5 and a control box 6. The bottom of the scale body bracket 1 is provided with the trundles 7, so that the scale body bracket can be conveniently transported to a purchasing greenhouse or a field to be packaged on site. The top of the scale body bracket 1 is provided with two parallel ear plates 8, and the tipping bucket 2 is arranged between the two ear plates 8.

Referring to the top view of the dump bucket 2 shown in fig. 4, the dump bucket 2 is a cavity structure with an open top, and one end of the sidewall of the cavity structure is open and the other end is sealed, as shown in fig. 4, the right side of the cavity structure is open and the left side of the cavity structure is sealed. The depth and the width of the cavity structure are sequentially reduced from the sealed end to the open end, so that the tipping bucket 2 is large in size and high in holding capacity at the sealed end, and small in size and convenient to pack at the open end. An extended discharging guide plate 9 is arranged below the opening end of the tipping bucket 2, so that the material flow direction can be guided conveniently during bagging. In addition, bag hanging hooks 10 are respectively arranged on two sides of the discharge port of the tipping bucket 2, so that the packaging bag can be conveniently hung at the discharge port. An arc-shaped handle 11 is arranged above the discharge hole of the tipping bucket 2 in a spanning mode, so that the tipping bucket 2 is convenient to operate on the one hand, and the bag opening can be opened by the arc-shaped handle 11 after the packaging bag is sleeved on the bag hanging hook 10 on the other hand. The outer wall of the sealing end of the tipping bucket 2 is also provided with a limiting rod 12 protruding out of two sides in a spanning manner.

The sealed end of tipping bucket 2 is close to the setting of scale body support 1, the open end is kept away from the setting of scale body support 1, the both sides wall of tipping bucket 2 articulates the lateral wall at the otic placode 8 of both sides respectively, the pin joint of both sides is located respectively between sealed end and the open end, and when tipping bucket 2 is inside empty to be in under the natural state, tipping bucket 2 can rotate to the decurrent direction of sealed end until the last state round the pin joint under the action of gravity, also be the state that gag lever post 12 erects on the otic placode 8 of both sides, tipping bucket 2 is stably in the reset state this moment, and the bottom of its cavity structure's open end is higher than the bottom of sealed end when tipping bucket 2 is in the reset state, as shown in fig. 1, the material is difficult to spill from the open end. The two sides of the tipping bucket 2 are respectively provided with a weighing sensor 3, one end of each weighing sensor 3 is connected with the scale body bracket 1, and the other end is connected with the ear plate 8.

Promote the slope belt 4 slope and install the opposite side for tipping bucket 2 at balance body support 1, thereby promote the both sides wall arch of slope belt 4 and form in inside and put the thing groove, promote the feed inlet of slope belt and be less than the discharge gate, its feed inlet is sealed to be located the below, its discharge gate opening just is located the top of the sealed end of tipping bucket 2. Driving motor 5 installs at balance body support 1 and connects the drive to promote climbing belt 4, and control box 6 installs on balance body support 1 and connects control driving motor 5, and weighing sensor 3 is still connected to control box 6.

At the during operation, the material is carried and is promoted climbing belt 4's feed inlet department, and control box 6 control driving motor 5 work drives and promotes climbing belt 4 operation, carries discharge gate department and falls into the tipping bucket 2 that is in reset state through the effect of belt with the material, and control box 6 can gather the weight of the material in tipping bucket 2 through weighing sensor 3 simultaneously, and when reaching preset target weight, promotes climbing belt 4 and stops. An operator sleeves the packaging bag at the discharge port of the tipping bucket 2 and turns the tipping bucket 2 to enable the tipping bucket 2 to rotate around the hinged point to the downward direction of the open end, so that the materials in the tipping bucket 2 can enter the packaging bag, and the tipping bucket 2 returns to the reset state again to perform the next round of packaging after the packaging is finished.

And in this application, promote climbing belt 4 and not the snap-on balance body support 1, its discharge gate end articulates at the top of balance body support 1, promotes climbing belt 4's both sides and still is provided with angle adjusting rod 13, and the guiding groove has been seted up along the pole length direction to the one end of every angle adjusting rod 13 articulates on balance body support 1, the other end. The two sides of the belt 4 are respectively provided with an inserted bar 14, and the inserted bars 14 on the two sides are respectively inserted into and installed in the guide grooves of the angle adjusting bars 13 on the two sides. When using, promote climbing belt 4 and can rotate to different angles round the hinged end at scale body support 1 top, the inserted bar 14 of its periphery slides along the guiding groove of angle adjusting rod 13, and angle adjusting rod 13 cooperation is rotated, and the corresponding position with inserted bar 14 fastening at the guiding groove after the regulation is accomplished can, can adapt to the different climbing angle requirements of promoting climbing belt 4.

In addition, the automatic quantitative balance of tipping bucket formula of this application can also include a plurality of tipping buckets 2 that set up side by side, is provided with the otic placode 8 that a plurality of is parallel on the balance body support 1, and every tipping bucket 2 sets up respectively between two adjacent otic placodes 8 and articulates on otic placode 8, and the structure and the mode of setting of each tipping bucket 2 are the same. The discharge gate that promotes climbing belt 4 is located the top of the sealed end of each tipping bucket 2, and the working method of every tipping bucket 2 is the same with the aforesaid to can realize multichannel quantitative packing, raise the efficiency.

What has been described above is only a preferred embodiment of the present application, and the present invention is not limited to the above embodiments. It is to be understood that other modifications and variations directly derivable or suggested by those skilled in the art without departing from the spirit and scope of the present invention are to be considered as included within the scope of the present invention.

Claims

1. A tipping bucket type automatic quantitative scale is characterized by comprising a scale body bracket, a tipping bucket, a weighing sensor, a lifting climbing belt, a driving motor and a control box;

the bottom of the scale body bracket is provided with a trundle, the top of the scale body bracket is provided with two parallel ear plates, and the tipping bucket is arranged between the two ear plates; the tipping bucket is of a cavity structure with an opening at the top, one end of the side wall of the cavity structure is open, the other end of the side wall of the cavity structure is sealed, the depth and the width of the cavity structure are sequentially reduced from the sealed end to the open end, and a discharge guide plate extending out is further arranged below the open end of the tipping bucket; the sealing end of the tipping bucket is arranged close to the scale body support, the opening end of the tipping bucket is arranged far away from the scale body support and hinged to the side walls of the ear plates on two sides, the hinged points on two sides are respectively positioned between the sealing end and the opening end, the outer wall of the sealing end of the tipping bucket is further provided with limiting rods protruding out of two sides in a spanning mode, when the tipping bucket is reset, the limiting rods are erected on the ear plates on two sides, and the bottom of the opening end of the cavity structure is higher than the bottom of the sealing end; the two sides of the tipping bucket are respectively provided with the weighing sensors, one end of each weighing sensor is connected with the scale body bracket, and the other end of each weighing sensor is connected with the ear plate;

the lifting climbing belt is obliquely arranged on the other side, opposite to the tipping bucket, of the scale body support, two side walls of the lifting climbing belt protrude to form object containing grooves in the inner part, a feed port of the lifting climbing belt is lower than a discharge port, and the feed port of the lifting climbing belt is sealed, the discharge port of the lifting climbing belt is opened and is positioned above a sealed end of the tipping bucket; the driving motor is installed on the scale body support and connected with the driving belt for lifting and climbing, the control box is installed on the scale body support and connected with the driving motor for controlling, and the control box is further connected with the weighing sensor.

2. The automatic weighing scale of claim 1, wherein a bag hook is provided on each side of the discharge port of the skip bucket, and a circular handle is provided above the discharge port of the skip bucket.

3. A skip automatic quantitative scale according to claim 1, wherein the skip automatic quantitative scale comprises at least two skip buckets arranged side by side, the scale body support is provided with a plurality of parallel ear plates, each skip bucket is respectively arranged between two adjacent ear plates and hinged on the ear plates, and the discharge port of the lifting climbing belt is positioned above the sealing end of each skip bucket.

4. A skip type automatic quantitative scale according to any one of claims 1 to 3, wherein the discharge port end of the lifting climbing belt is hinged on the top of the scale body support, angle adjusting rods are further arranged on both sides of the lifting climbing belt, one end of each angle adjusting rod is hinged on the scale body support, and the other end of each angle adjusting rod is provided with a guide groove along the length direction of the rod; the two sides of the lifting climbing belt are respectively provided with an inserted bar, and the inserted bars on the two sides are respectively inserted into and installed in the guide grooves of the angle adjusting rods on the two sides.