CN205068142U - Unmanned on duty joins in marriage fertile station - Google Patents

Abstract

The utility model discloses an unattended fertilizer distributing station, which comprises a fertilizer distributing machine on which a computer, an IC card reader, a miniature printer, and a remote monitoring system installed on the computer are respectively installed. The remote monitoring system transmits data to the control center through the Internet. Therefore, insert the IC card into the IC card reader, and the fertilizer distribution management system at the terminal of the fertilizer distribution station will automatically retrieve and display the user, balance, and pre-stored formula information in the IC card. Users can select pre-stored formulas or customize new ones. The method of formula realizes self-service fertilizer distribution operation. In addition, users can choose two ways of quantitative filling and direct loading of bulk materials to output finished products. The remote monitoring system can realize the functions of real-time operation status monitoring, data statistics and report generation of the fertilizer distributing station. The utility model solves the long-standing problem of "difficult to get the medicine with the right prescription" in the fertilization with formula, saves the links of production and distributors at all levels, improves the efficiency and reduces the cost.

Description

Unattended fertilizer distribution station

technical field

The utility model belongs to the field of fertilizer processing equipment, in particular to an unattended fertilizer distribution station.

Background technique

In the existing fertilizer distribution equipment, the conveying device transports the raw materials to the hopper, and the feeding device lifts the raw materials in the hopper into the metering device. After the metering is completed, the raw materials are transported to the mixing device, and the finished formula fertilizer is output after the mixing is completed. Under the control of the computer, the above fertilizer distributing process can be completed by itself. It is mainly used in chemical fertilizer enterprises and agricultural materials companies. It needs special personnel to operate, mass production, and the formula is relatively fixed, so it cannot be adapted to the local conditions.

Contents of the invention

In order to overcome the deficiencies of the existing equipment, the utility model makes corresponding improvements on the basis of the original equipment, so that the user can realize the unattended fertilizer distribution station for self-service fertilizer distribution by selecting a pre-stored formula or customizing a new formula. .

The technical solution of the utility model is: an unattended fertilizer distributing station, including a fertilizer distributing machine, on which a computer, an IC card reader, a micro-printer, and a remote Monitoring system, the remote monitoring system transmits data to the control center through the Internet.

In the utility model, a feeding gate and a material level detection device are installed on the feeding port of the fertilizer distributing machine.

Further, the finished product bin on the fertilizer distributing machine has an outlet for bagged finished products and an outlet for bulk finished products, and a flap for controlling the two outlets is provided at the outlet for bagged finished products and the outlet for bulk finished products, and is controlled by a flap cylinder. Conversion of the flap.

Further, the raw material bins of the fertilizer dispensing machine are respectively equipped with high and low material level detection devices and bin wall vibrators.

Further, the remote monitoring system can realize the real-time operation status monitoring, data statistics and report generation of the fertilizer distributing station. Further, users can realize self-service fertilizer distribution by selecting a pre-stored formula or customizing a new formula.

The IC card reader involved in the utility model belongs to purchased equipment, and is the KDM-9600 type produced by Kaidiyi Electronics (Shenzhen) Co., Ltd.

The computers and micro-printers involved in the above are outsourced equipment.

The beneficial effects of the utility model are: through the installed remote monitoring system, IC card reader, and micro-printer, two ways of quantitative bag filling and bulk material direct loading can be selected to output finished products. Users can realize self-service fertilizer distribution by choosing a pre-stored formula or customizing a new formula. The remote monitoring system can realize the functions of real-time operation status monitoring, data statistics and report generation of the fertilizer distributing station. When the material level detection at the feeding bin detects a material shortage signal, an early warning signal will be issued, and the signal will be transmitted to the control center through the remote monitoring system. The silo is equipped with high and low material level detection. When the material in the silo is lower than the set value, the low material level detection detects a signal. The gate of the material inlet will automatically open after receiving the material loading signal, and the material will be lifted to the raw material bin through the elevator. When the material level in the raw material bin is higher than the position of the material level detection device, the feeding is stopped, and the gate of the material inlet is closed after receiving the signal.

Description of drawings

Fig. 1 is the front view of the utility model;

Fig. 2 is the right view of the utility model;

Fig. 3 is the top view of Fig. 1;

Fig. 4 is a diagram of the main control box in Fig. 1 .

detailed description

The utility model will be further described below in conjunction with the embodiments of the accompanying drawings.

A kind of unattended fertilizer distributing station as shown in Fig. 1 to Fig. 4, comprises fertilizer distributing machine, and this fertilizer distributing machine has a hoist 4, and the discharge outlet 5 that hoist 4 top is arranged, described hoist 4 A feeding port 3 is hinged on the top, and the feeding port 3 is provided with a feeding port gate 1 and a material level detection device 2, and a raw material bin 7 is installed below the feeding port 5, and the raw material bin 7 is respectively equipped with a bin wall vibrator 8 and, raw material bin high material level detection 6 and raw material bin low material level detection 9, the outlet of the raw material bin 7 is provided with a feeding belt 10, and a belt electronic weighing scale 11 independently installed under the feeding belt, which is connected with the belt electronic Below the measuring scale 11, a mixing device 12 and a buffer finished product warehouse 13 are arranged in turn, and a bag clamping device 14 is installed at the outlet of the buffer finished product warehouse 13, and a seaming bag conveyor 20 is arranged below the corresponding bag clamping device 14, and a sewing machine located at the seam Sealer 19 on side of pack conveyor 20 . The buffer finished product warehouse 13 in the utility model has two outlets, that is, the quantitative bagged finished product outlet and the bulk finished product outlet 23 for direct loading. Plate 21, through the conversion of plate turning cylinder 22 to control turning plate 21. The utility model has a main control box 15 on which a computer 16, a remote monitoring system (not shown in the figure), an IC card reader 17 and a printer 18 are arranged on the main control box 15 respectively.

During specific operation, the smart IC card is inserted into the IC card reader 17 installed on the main control box 15, and after inputting the correct password, the fertilizer distribution management system installed on the terminal of the fertilizer distribution station on the computer and the remote monitoring system 16 It will automatically retrieve and display the information in the IC card, including user information, balance, pre-stored formula, etc., and the user can realize self-service fertilizer distribution by selecting a pre-stored formula or customizing a new formula. The materials in each raw material warehouse 7 are fed The belt 10 automatically flows into the belt electronic weighing scale 11. When the belt electronic weighing scale 11 detects that the material reaches the target value, the feeding belt 10 stops feeding, and so on, and the proportioned materials are passed through the belt electronic weighing scale 11 The conveyor belt on the top is sent to the mixing device 12 for mixing. After the set mixing time is reached, the material is output to the finished product warehouse 13 below the mixing device 12. The user can choose two ways of quantitative filling and bulk material direct loading to output the finished product . The high and low material level detection devices 6 and 9 are installed on the raw material bin 7. When the material in the raw material bin 7 is lower than the set value, the low material level detection device 9 detects the signal, and the gate plate 1 of the feeding port receives the signal installed on the computer. Automatically open after the feeding signal output by the fertilizer distribution management system on the 16, and the material is lifted to the raw material bin 7 through the hoist 4. When the material level height in the raw material bin 7 is higher than the position of the material level detection device 6, the feeding is stopped, and the feeding port gate 1 is closed after receiving the signal. When the material level detection device 2 at the feeding port 3 detects the signal, an early warning signal will be sent, and the signal will be transmitted to the monitoring center through the remote monitoring system installed on the computer 16 through the Internet, and the monitoring center will feed back the signal according to the remote monitoring system. Reasonable material replenishment under the circumstances.

According to the concept of the utility model, it should be understood that the specific embodiments described in the utility model are only used to explain the utility model, and are not used to limit the utility model.

Claims (6)

1. An unattended fertilizer distributing station is characterized in that it comprises a fertilizer distributing machine on which a computer (16), an IC card reader (17), a miniature printer (18), and A remote monitoring system installed on a computer, which transmits data to the control center through the Internet. 2. The unattended fertilizer distributing station according to claim 1, characterized in that, the feeding gate (3) of the fertilizer distributing machine is equipped with a feeding gate (1) and a material level detection device (2). 3. The unattended fertilizer distributing station according to claim 1, characterized in that the finished product bin (13) on the fertilizer distributing machine has an outlet for bagged finished products and an outlet for bulk finished products, and at the outlet for bagged finished products And the outlet of the bulk finished product is provided with a flap (21) to control the two outlets, and the conversion of the flap (21) is controlled by the flap cylinder (22). 4. The unattended fertilizer distributing station according to claim 1, characterized in that the raw material bins (7) on the fertilizer distributing machine are respectively equipped with high and low material level detection devices (6, 9) and bins Wall vibrator (8). 5. The unattended fertilizer distribution station according to claim 1, characterized in that the remote monitoring system can realize real-time operation status monitoring, data statistics and report generation of the fertilizer distribution station. 6. The unattended fertilizer distribution station according to claim 1, wherein the user can realize self-service fertilizer distribution by selecting a pre-stored formula or customizing a new formula.