CN205143222U - Gravity drainage thing networking fish bowl - Google Patents

Abstract

The utility model relates to a gravity drainage thing networking fish bowl. Can solve current fish bowl and can't decide whether to feed with needs according to managers's thinking at all and eat or trade water, and hardly with pollutant discharge such as impurity, excrement and urine among the water changing process, cause that to trade the water effect extremely poor, or even not play the problem of trading the water effect at all. Cylinder body inboard lower part is V word recess, and the intercommunication is managed with automatically controlled pipe and manual control respectively with drain pipe intercommunication, drain pipe in V word recess bottom, is connected with automatically controlled water valve on the automatically controlled pipe, is connected with manual water valve on the manual pipe, and V word recess top is equipped with the baffle, locates on the baffle to be equipped with the intake pump, and it has a plurality of conical groove to open on the baffle, scavenger pump, hello food motor, outlet water pump and intake pump are connected with control circuit, last level sensor and the power supply circuit of being connected with of control circuit, and a control circuit and a wireless transmitter are connected, and a wireless transmitter and the 2nd wireless transmitter are connected, and the 2nd wireless transmitter connects on handheld terminal. Simple structure, operation and convenient to use and practicality are strong.

Description

Gravity drainage Internet of Things fish jar

Technical field

The utility model belongs to application of electronic technology field, designs a kind of fish jar, specifically gravity drainage Internet of Things fish jar.

Background technology

Breeding fish is one of the important presentation that people's living standard improves, breed fish and not only can cultivate one's taste, decoration can also be used as, improve temperament and interest, amusement and recreation, the one hobby of a lot of people especially, not only a lot of family breeds fish at present, numerous enterprises, also breed fish in public arena, certainly for breeding fish, feeding process is absolutely necessary, change oxygen, feed fish and change water etc., current most of fish jar all needs personnel to guard for a long time, also there is the fish jar of some intelligence can feeding voluntarily, change the operations such as water, but because it and cannot need determine whether feeding or change the operations such as water according to the thinking of administrative staff at all, the food amount of being fed through often easily is caused to cause fish to make extremely full, change that oxygen operation is slow and to change water too frequent, water resource waste, and these legacy equipments change in water process be difficult to by impurity, the pollutants such as ight soil are discharged, cause and change water effect extreme difference, do not play the problems such as the effect of changing water even at all.

Summary of the invention

And cannot need to determine whether feeding or change water operation according to the thinking of administrative staff to solve existing equipment existence at all, and change in water process be difficult to the pollutant such as impurity, ight soil is discharged, cause and change water effect extreme difference, do not play the problem of changing water effect even at all, the utility model proposes a kind of novel structure, can carry out Long-distance Control, pollutant discharges effective and practical fish jar, its concrete technical scheme is as follows:

Gravity drainage Internet of Things fish jar, comprise cylinder body and be connected to the scavenger pump of cylinder body upper end, described cylinder body upper end is fixed with food plate, food plate stage casing have rectangle fall to eating mouth, food plate has chute along food plate length direction, food plate upper hopper chute place is provided with fish food rectangle frame, fish food rectangle frame lower end is provided with slide block, slide block is connected in chute, fish food rectangle frame upper end thereof has fish to eat lid, screwed hole is had in the middle part of the biside plate that fish food rectangle frame is vertical with chute, leading screw through one end after two screwed holes be fixed on the bearing block eaten above plate and be connected, the other end be fixed on the feeding motor output shaft eaten on plate and be connected, cylinder body lower inside is the V word groove of pyramidal structure, V word bottom portion of groove is communicated with drainpipe, drainpipe is communicated with automatically controlled pipe and manual pipe respectively, automatically controlled pipe is connected with electric control water valve, manual pipe is connected with manual water valve, V word groove top is provided with baffle plate, baffle plate upper end is provided with intake pump, intake pump is connected with water inlet pipe, baffle plate has some cone-shaped grooves to lower recess, cone-shaped groove bottom opening, described scavenger pump, feeding motor, electric control water valve and intake pump are connected with control circuit respectively, control circuit is connected to liquid level sensor and power circuit, liquid level sensor is located at above baffle plate and locates, control circuit is connected with the first Wireless Transmitter, first Wireless Transmitter is connected with the second Wireless Transmitter wirelessly, and the second Wireless Transmitter is connected on handheld terminal.

Described cylinder body lower end is connected with cabinet, is provided with aqua storage tank inside cabinet, and the delivery port of described automatically controlled pipe and manual pipe is all located at above aqua storage tank to be located, and described aqua storage tank is inner is longitudinally provided with water level detector, and water level detector is connected with control circuit.

Described handheld terminal comprises data collection processor, treatment circuit, display screen and input keyboard, and wherein said second Wireless Transmitter is connected with data collection processor, and data collection processor, display screen and input keyboard are connected with treatment circuit respectively.

Described control circuit is connected with gateway device, and gateway device is connected with the network equipment and communication module respectively.

The beneficial effects of the utility model: administrative staff can be as required, remote-controlled operation is carried out to device, ensure that operation determines by administrative staff, in feeding process, feeding motor runs, the screw connection structure of rectangle frame is eaten by leading screw and fish, drive the motion of fish food rectangle frame, chute and slide block ensure that the running orbit of fish food rectangle frame, fish food is thrown in fish food rectangle frame, when it moves to food mouth place, fish food nature falls, this structure operation precision is high, effective, owing to baffle plate having some cone-shaped grooves, and fish jar bottom is also V word groove, this product cone-shaped groove when draining is made to form whirlpool, the ight soil of pollutant or fish is sucked discharge, and when not draining, because of the pyramidal structure of cone-shaped groove and V word groove, pollutant and ight soil also can fall into V word groove below baffle plate from cone-shaped groove, and be difficult to come up again, in drainage procedure, liquid level sensor detects that water level is in, send the signal of telecommunication to control circuit, control circuit cuts out electric control water valve after triggering this signal of telecommunication, open intake pump to realize changing water operation, pollutant is discharged thoroughly, change water effective, and have and manually change water function, novel structure fashion, filth-discharging effect are remarkable, simple to operate, easy to use and practical.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the plan structure schematic diagram of cylinder body;

Fig. 3 is circuit theory diagrams of the present utility model.

In figure: 1-cylinder body, 2-scavenger pump, 3-eats plate, 4-falls to eating mouth, 5-chute, 6-fish food rectangle frame, 7-slide block, 8-fish food lid, 9-leading screw, 10-bearing block, 11-feeding motor, 12-V word groove, 13-drainpipe, 14-baffle plate, 15-intake pump, 16-water inlet pipe, 17-groove, 18-control circuit, 19-liquid level sensor, 20-power circuit, 21-first Wireless Transmitter, 22-second Wireless Transmitter, 23-handheld terminal, 24-display screen, 25-input keyboard, the automatically controlled pipe of 26-, 27-manual control pipe, 28-electric control water valve, 29-manual water valve, 30-cabinet, 31-aqua storage tank.

Embodiment

For the ease of understanding, be further illustrated below in conjunction with Fig. 1-3 pairs of the utility model:

Embodiment 1: gravity drainage Internet of Things fish jar, comprises cylinder body 1 and is connected to the scavenger pump 2 of cylinder body 1 upper end, and described cylinder body 1 upper end is fixed with food plate 3, for supporting other equipment, what food plate 3 stage casing had a rectangle falls to eating mouth 4, thus the fish food eaten on plate 3 can be fallen from falling to eating mouth 4, food plate 3 having chute 5 along food plate 3 length direction, for coordinating with slide block 7, limiting the running orbit of fish food rectangle frame 6, and keep food plate 3 and fish to eat the exposure level of rectangle frame 6, food plate 3 upper hopper chute 5 place is provided with fish food rectangle frame 6, and fish food rectangle frame 6 lower end is provided with slide block 7, and slide block 7 is connected in chute 5, and fish food rectangle frame 6 upper end thereof has fish to eat lid 8, so that preserve and prevent dust from falling into, screwed hole is had in the middle part of the biside plate that fish food rectangle frame 6 is vertical with chute 5, leading screw 9 through one end after two screwed holes be fixed on the bearing block 10 eaten above plate 3 and be connected, the other end be fixed on feeding motor 11 output shaft eaten on plate 3 and be connected, feeding motor 11 runs rear drive leading screw 9 and rotates, itself and fish is utilized to eat the screw connection structure of rectangle frame 6, and then drive fish food rectangle frame 6 to move, when fish food rectangle frame 6 moves to food mouth 4 place, eating making the fish of its inside falls as in fish jar from falling to eating mouth 4, realize feeding fish operation, this process is more accurately than the Feeding way of other taper crib classes, and controllability is high, cylinder body 1 lower inside is the V word groove 12 of pyramidal structure, so that the discharge of pollutant, be communicated with drainpipe 13 bottom V word groove 12, drainpipe 13 is communicated with automatically controlled pipe 26 and manual pipe 27 respectively, and automatically controlled pipe 26 is connected with electric control water valve 28, and manual pipe 27 is connected with manual water valve 29, so that realize long-range and on-the-spot two kinds of drainage patterns, V word groove 12 top is provided with baffle plate 14, for blocking fish, forbids that it is descending, and blocks pollutant and forbid that it is up, baffle plate 14 upper end is provided with intake pump 15, and intake pump 15 is connected with water inlet pipe 16, for pouring into water, baffle plate 14 has some cone-shaped grooves 17, cone-shaped groove 17 bottom opening, because cone-shaped groove 17 is conical structure, just make pollutant or fish ight soil can fall into below baffle plate 14 by cone-shaped groove 17, and not easily out, and in drainage procedure, cone-shaped groove 17 place can form whirlpool, thus more effectively siphons away foreign material, described scavenger pump 2, feeding motor 11, electric control water valve 28 and intake pump 15 are connected with control circuit 18 respectively, control circuit 18 is connected to liquid level sensor 19 and power circuit 20, power circuit 20 provides electric power for equipment, liquid level sensor 19 can adopt pressure type sensor, for triggering electric pulse when contacting liquid level, liquid level sensor 19 is located at above baffle plate 14 and locates, thus makes to trigger generation electric pulse when liquid level arrives herein to control circuit 18, control circuit 18 is connected with the first Wireless Transmitter 21, and the first Wireless Transmitter 21 is connected with the second Wireless Transmitter 22 wirelessly, and the second Wireless Transmitter 22 is connected on handheld terminal 23, is sent to administrative staff for making data message.

Embodiment 2: further, in order to ensure drainage effect, without the need to separately taking water receiving equipment during solution draining, and do not pollute ground when ensureing remote drainage, described cylinder body 1 lower end is connected with cabinet 30, is provided with aqua storage tank 31 inside cabinet 30, and the delivery port of described automatically controlled pipe 26 and manual pipe 27 is all located at above aqua storage tank 31 to be located, described aqua storage tank 31 is inner is longitudinally provided with water level detector, and water level detector is connected with control circuit 18.

Embodiment 3: further, this gives the further structure of handheld terminal 23, namely described handheld terminal 23 comprises data collection processor, treatment circuit, display screen 24 and input keyboard 25, wherein said second Wireless Transmitter 22 is connected with data collection processor, and data collection processor, display screen 24 and input keyboard 25 are connected with treatment circuit respectively.

Embodiment 4: further, in order to provide a remote transmission effect better to this product, described control circuit 18 is connected with gateway device, and gateway device is connected with the network equipment and communication module respectively.

Beneficial effect: novel structure fashion, filth-discharging effect are remarkable, simple to operate, easy to use and practical; Effectively solve existing equipment existence and to need to determine whether feeding or change water operation according to the thinking of administrative staff at all, and change in water process be difficult to the pollutant such as impurity, ight soil is discharged, cause and change water effect extreme difference, do not play the problem of changing water effect even at all.

Claims (4)

1. gravity drainage Internet of Things fish jar, comprise cylinder body (1) and be connected to the scavenger pump (2) of cylinder body (1) upper end, it is characterized in that: described cylinder body (1) upper end is fixed with food plate (3), what food plate (3) stage casing had a rectangle falls to eating mouth (4), food plate (3) is upper has chute (5) along food plate (3) length direction, food plate (3) upper hopper chute (5) place is provided with fish food rectangle frame (6), fish food rectangle frame (6) lower end is provided with slide block (7), slide block (7) is connected in chute (5), fish food rectangle frame (6) upper end thereof has fish to eat lid (8), screwed hole is had in the middle part of the biside plate that fish food rectangle frame (6) is vertical with chute (5), leading screw (9) through one end after two screwed holes be fixed on eat plate (3) top bearing block (10) be connected, the other end be fixed on feeding motor (11) output shaft eaten on plate (3) and be connected, cylinder body (1) lower inside is the V word groove (12) of pyramidal structure, V word groove (12) bottom is communicated with drainpipe (13), drainpipe (13) is managed (27) with automatically controlled pipe (26) and manual control respectively and is communicated with, automatically controlled pipe (26) is connected with electric control water valve (28), manual pipe (27) is connected with manual water valve (29), V word groove (12) top is provided with baffle plate (14), baffle plate (14) upper end is provided with intake pump (15), intake pump (15) is connected with water inlet pipe (16), baffle plate (14) has some cone-shaped grooves (17), groove (17) bottom opening, described scavenger pump (2), feeding motor (11), electric control water valve (28) and intake pump (15) are connected with control circuit (18) respectively, control circuit (18) is connected to liquid level sensor (19) and power circuit (20), liquid level sensor (19) is located at baffle plate (14) top place, control circuit (18) is connected with the first Wireless Transmitter (21), first Wireless Transmitter (21) is connected with the second Wireless Transmitter (22) wirelessly, and the second Wireless Transmitter (22) is connected on handheld terminal (23).

2. gravity drainage Internet of Things fish jar as claimed in claim 1, it is characterized in that: described cylinder body (1) lower end is connected with cabinet (30), cabinet (30) inner side is provided with aqua storage tank (31), the delivery port of described automatically controlled pipe (26) and manual pipe (27) is all located at aqua storage tank (31) top place, described aqua storage tank (31) is inner is longitudinally provided with water level detector, and water level detector is connected with control circuit (18).

3. gravity drainage Internet of Things fish jar as claimed in claim 1, it is characterized in that: described handheld terminal (23) comprises data collection processor, treatment circuit, display screen (24) and input keyboard (25), wherein said second Wireless Transmitter (22) is connected with data collection processor, and data collection processor, display screen (24) and input keyboard (25) are connected with treatment circuit respectively.

4. gravity drainage Internet of Things fish jar as claimed in claim 1, is characterized in that: described control circuit (18) is connected with gateway device, and gateway device is connected with the network equipment and communication module respectively.