CN211983201U - Timed and quantitative pet feeding device - Google Patents

Abstract

The utility model discloses a timing and quantitative pet feeder. The feeder comprises a left feeder and a right feeder which are arranged under the same shell; openings are arranged at the lowest parts of the material barrel and the water barrel and are controlled by a switch system; the switch system of the food feeding device consists of a rotary baffle and a self-locking motor; the shell, the charging barrel and the water barrel are directly provided with a certain gap, and the lower half part of the gap is provided with a quality feedback element. After power is supplied, after time and quality parameters are set, the automatic feeding switch is closed, the timing and quantitative control system starts the feeding switch to feed after the set time is reached, and the feeding is finished after the power is cut off after the feeding reaches the set amount. The water feeder and the food feeder share a timing and quantitative system, feeding starts at the same time, and the feeding end is controlled by the quality feedback element according to the change of the food quality. The feeder can automatically complete foodstuff feeding, can randomly adjust feeding time and feeding amount, is beneficial to pet health, saves master time and reduces production cost.

Description

Timed and quantitative pet feeding device

Technical Field

The utility model relates to a pet raising equipment, concretely relates to feeder is thrown to timing and ration.

Background

At present, pets are raised in many families, but the pets are returned every morning and evening and cannot be fed on time. All the foods can be only put in the feeding basin and eaten by themselves, so that the greedy pet is fat and not beneficial to the health of the pet. Sometimes food is forgotten to be kept, causing the pet to be hungry. If the pet is left in a pet store for three or four days on business, the pet is not cost-effective and the health of the pet is affected. The existing feeder is less to feed pets at regular time and quantity, most of the existing feeders are feeding feeders for factories at regular time and quantity, and meanwhile, only instruments for delivering food are designed, and water is not taken into consideration.

SUMMERY OF THE UTILITY MODEL

The utility model aims at overcoming the defects of the prior art and providing a novel quantitative automatic feeder which has simple structure and convenient use, can feed food and water regularly and quantitatively.

The utility model discloses the purpose is realized with following mode: the utility model provides a novel food ware is thrown automatically to ration which characterized in that: the food feeding device is arranged on the left side, and the water feeding device is arranged on the right side. The two devices share a set of shell and a power supply.

There is a gap between the shell and the cylinder, it is not fixed, the top of the gap is sealed by flexible sealing ring, the lower part is equipped with quality feedback element, it must be zero before using, and the quantitative effect can be reached by the interaction of the quality feedback element and the timing quantitative control system. The quality feedback element mainly detects the quality change before and after feeding to control the closing of the switch system, and the quality change before and after feeding is quantitative and can be freely set. If the feeding is started, the quality is reduced, the quality feedback element detects the change of the quality, and after the certain quality required by feeding is achieved, the power is cut off, and the feeding is finished.

The switch system of the food feeding device consists of a rotary baffle and a self-locking motor. The electric motor drives the food to rotate, thereby achieving the purpose of feeding food. When the timing device is started, the self-locking motor is powered to drive the timing device to rotate and throw food. And when the quality measurement and control device detects that the quality of the feed reaches the standard, the motor is powered off and self-locked, and the feeding is finished.

The inclined baffle in the trough, first half are the arc, link to each other with the shell, and the latter half is the linear type, links to each other with the projection department of shell in the trough. The inclined baffle plate enables the food to automatically roll to the front under the action of gravity, so that the situation that the pet cannot eat the fed food later can be prevented. The vibrating motor below the baffle can prevent food from accumulating and can accelerate food putting.

The device can also be used for manual feeding, and after the manual switch of the feeding device is turned on, the timing and quantifying device is skipped over, the self-locking motor is directly powered on, and the feeding is started. After the manual switch is closed, the self-locking motor is powered off and self-locked, the feeding is finished, and the quality feedback element measures the quality of the food again. The water thrower is similar in that after the manual switch is turned on, the timing and quantifying device is skipped, the electromagnetic switch is directly powered on, and water throwing is started. After the manual switch is closed, the self-locking electric electromagnetic switch is powered off and closed, the feeding is finished, and the quality feedback element recalibrates the quality.

The principle of the water feeder is the same as that of the food feeder, the water feeder and the food feeder share a set of timing and quantifying equipment, the delivery starts at the same time, but the delivery is respectively controlled by own quality feedback circuits according to the quality of food, and the delivery can be finished at different times. The switch of the water feeding device is different from that of the feeding device, and is turned on after being electrified and turned off after being powered off.

The utility model has the advantages that: 1) the timing and quantitative control system can be used for both feeding and water feeding, so that the production cost of the feeder is reduced; 2) under the control of the control system, the automatic feeder can feed food and water regularly and quantitatively, solves the feeding problem of pets when a master goes out, replaces manual operation, and is time-saving and labor-saving; 3) food and water are reasonably put in, a good eating habit is formed, and the pet health is benefited.

Drawings

Fig. 1 is a schematic structural diagram of the timing and quantitative feeder.

Fig. 2 is a left sectional structure diagram of the timing and quantitative feeder.

Fig. 3 is a right sectional structure diagram of the timing and quantitative feeder.

Fig. 4 is a schematic view of the structure of the rotary baffle of the timing and quantitative feeder.

Fig. 5 is a control flow chart of the timing and quantitative feeder.

1-vibration motor, 2-trough, 3-shell, 4-rotary baffle, 5-quality feedback element, 6-charging barrel, 7-feeder, 8-flexible sealing ring, 9-cover, 10-water feeder, 11-water barrel, 12-electromagnetic switch, 13-water tank, 14-inclined baffle, 15-self-locking motor, 16-shaft

Detailed Description

The present invention will be further described with reference to the accompanying drawings. The utility model provides a novel food ware is thrown automatically to ration which characterized in that: the pet feeder consists of a feeder 7 and a feeder 10, which share one shell 3 and one set of control system. Before the owner goes to work, the owner presses an automatic control switch to set the time (a plurality of time points can be set) and the quality of the food. When the set time is reached, the timing system supplies power to the self-locking motor 15, the motor drives the rotary baffle 4 to throw food, the vibration motor 1 starts to vibrate the food uniformly, the quality feedback element 5 feeds back the quality change to the control system, after the set food throwing quality is reached, the quantitative system cuts off the power of the self-locking motor 15 for self-locking, and the quality feedback element 5 calibrates the quality after the food throwing is finished.

When the water feeder 10 starts to feed water at the set time, the timing system is electrified to open the water feeding switch, the quality feedback element 5 feeds back the quality change to the control system, after the set water feeding quality is reached, the quantitative system is powered off, the water feeding switch is closed, the water feeding is finished, and the quality feedback element 5 calibrates the quality.

The owner can throw food at home manually, and can empty the charging barrel 6 and the water barrel 11 or clean the charging barrel 6 and the water barrel 11 through manual feeding. The feeder 7 and the watering device 10 share one automatic control switch, but each has one manual switch. After the manual switch of the feeder 7 is pressed down, the feeder 7 skips over the timing and quantitative control system, the self-locking motor 15 is directly powered on, after the manual switch is closed, feeding is finished, and the quality feedback element 5 calibrates the quality. After the water feeder 10 is pressed down and the manual switch is pressed down, the water feeder 10 skips over the timing and quantitative control system, power is directly supplied to the water feeding switch, after the manual switch is closed, feeding is finished, and the quality feedback element 5 calibrates the quality.

The switch is equipped with special switch protective housing, prevents that the pet from touching by mistake. After manual feeding is used, automatic feeding is closed, or time is readjusted, so that multiple times of feeding are avoided.

While the embodiments of the invention have been described above, it is not limited to the applications set forth in the description and the embodiments, which are fully applicable in all kinds of fields suitable for the invention, and further modifications may readily be made by those skilled in the art, and the invention is thus not limited to the specific details and illustrations shown and described herein, without departing from the general concepts defined by the claims and their equivalents.

Claims (6)

1. A timed and quantitative pet feeder is characterized by comprising: the left feeder (7) and the right feeder (10) share one shell (3), the upper half part of the shell (3) is connected with a cover (9) through a buckle, the lower half part is a supporting main body, the outward extending part serves as a trough (2) and a water tank (13), an inclined baffle (14) is arranged in the trough (2), and a vibration motor (1) is arranged below the trough (2); the food thrower (7) and the water thrower (10) share a set of timing quantitative control system to start delivery at the same time, but the food thrower and the water thrower respectively have respective quality feedback circuits to control the end of throwing according to the quality change of food; a gap is formed between the shell (3) and the charging barrel (6) and between the shell and the water barrel (11), the top of the gap is sealed by a flexible sealing ring (8) to ensure that the shell (3) and the charging barrel (6) and the water barrel (11) can move relatively, and a quality feedback element (5) is arranged at the bottom of the gap and connected with a timing and quantitative control system to control the closing of a switch; the bottom of a charging barrel (6) of the feeder (7) is a circular feeding opening, and a rotary baffle (4) is connected with a self-locking motor (15) through a shaft (16) to supply power to the self-locking motor (15) and then rotationally feed; the bottom of a water cylinder (11) of the water feeder (10) is provided with a circular hole water feeding port which is controlled by an electromagnetic switch (12); the feeder (7) and the feeder (10) can be manually controlled, and a manual switch button and an automatic switch button are arranged in the same area, and are provided with covers.

2. The timed and quantitative pet feeder according to claim 1, wherein: the mass feedback elements (5) are respectively 4 in the feeder (7) and the water feeder (10) and are distributed in a circle, and two adjacent elements are separated by 90 degrees.

3. The timed and quantitative pet feeder according to claim 1, wherein: the rotating baffle (4) is fixed on the shaft (16) by 6 semicircular baffles, and two adjacent baffles are separated by 60 degrees.

4. The timed and quantitative pet feeder according to claim 1, wherein: the upper half part of the inclined baffle (14) is arc-shaped and is connected with the shell (3), and the lower half part of the inclined baffle is linear and is connected with the projection of the shell (3) in the trough (2).

5. The timed and quantitative pet feeder according to claim 1, wherein: and the timing and quantitative control system turns on the switch to put in the time when the set time is reached, and turns off the switch to finish putting in the time when the set time is reached.

6. The timed and quantitative pet feeder according to claim 1, wherein: the manual switch skips the timing and quantitative device after being opened, directly puts in the switch power supply, and closes the power-off switch after being closed, and finishes putting in.

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