CN2440323Y

CN2440323Y - Hydraulic bee feeder

Info

Publication number: CN2440323Y
Application number: CN 00252494
Authority: CN
Inventors: 黄连军
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-10-10
Filing date: 2000-10-10
Publication date: 2001-08-01
Anticipated expiration: 2010-10-10

Abstract

The utility model relates to a hydraulic bee feeder, comprising a material barrel, a transfusion pipeline, a material trough and a suction nozzle. The structure of the utility model is characterized in that one end of an air inlet pipe and one end of a liquid inlet pipe are communicated with the material barrel, and the other end of the air inlet pipe and the other end of the liquid inlet pipe are connected with the suction nozzle which is arranged in the material trough in a beehive; one surface at the bottom of the suction nozzle is provided with an air port, the liquid inlet pipe passes through the suction nozzle to explore the top of the air port, and an inlet of the air inlet pipe is arranged at the top of the suction nozzle. When the air port is closed by feeding liquid, the liquid is stopped to enter the utility model; when the liquid level falls and the air port is exposed, the liquid flows into the material trough again. The utility model can automatically send material liquid to the material trough without the need of unpacking and artificial watch; the feeding liquid is automatically controlled by the feeder, bees are not flooded, and the time for paste feeding is durable. The utility model also has the advantages that no thief bees are produced; the temperature for a nest can not lose; the honey yield can be increased.

Description

The fluid pressure type bees feeder

It is fluid pressure type bees feeder under the A01K53/00 project that the utility model relates to the feeding device that a kind of raising honeybee is used, particularly classification number.

The most easy honeybee feeding device is the boxlike hopper, and the hopper that needs regularly to charge into feed liquid is put into beehive, owing to need open beehive lid during blowing, easy like this attracting stolen honeybee, can be because of holding the beehive lid nest temperature of scattering and disappearing when being cold; Simultaneously hopper is bigger, and it is big to occupy the case inner area, takies the useful space of honeybee base, makes to put honeybee storage honey amount and reduce, and uncovered hopper is raised after liquid filled, and the honeybee of the feed liquid of will searching for food easily is drowned.No. 87105884 patents, name is called " bee-feeding device ", this bee-feeding device is that feed trough is set in case, tank wall boring, case designs the pump formula hand of a controlled variable outward and annotates sweet device, when feeding, push the tank wall port lid aside, to connect in the sebific duct patchhole of annotating sweet device, by pressure injection honey pump device, molasses can inject feed trough in the case.Though this device has only solved the problem of opening beehive lid than filling by hand again earlier further, feeding still needs artificial timing to fill by dynamic pressure honey device, can not regulate and control scale of feeding automatically, remains artificial on duty feeding.

The purpose of this utility model is to overcome many defectives that above-mentioned feeding device exists, and provides a kind of and need not manually on dutyly, can fill and control the fluid pressure type bees feeder of scale of feeding automatically.

The utility model comprises material Tong, the infusion pipeline that is connected with material Tong, the hopper and the suction that are placed in the beehive are chewed, its structure is: the infusion pipeline that is connected with material Tong mainly contains an air inlet pipe and a feed tube, and the other end of air inlet pipe feed tube is chewed with the suction in the interior hopper of beehive and is connected; The one side that the bottom is chewed in suction has gas port, and feed tube passes to inhale chews the top of visiting gas port, and the air inlet pipe inlet is located at inhales the top of chewing.When filling feed liquid, liquid enters hopper by the liquid mouth of feed tube, liquid level constantly rises in the groove, when rising to, inhales when chewing the top A point of gas port liquid level, air inlet pipe is pressed into liquid, feed liquid is pressed into material Tong by air inlet pipe, expect that Tong stops to supply with feed liquid to hopper this moment, when honeybee material feeding liquid, when the feed liquid liquid level is lower than the gas port top edge, air enters gas port, feed liquid is pressed into hopper, and until gas port is sealed, this moment, feed liquid stopped to flow into hopper again, the course of work that fills and control feed liquid is automatically finished in circulation and so forth.

Honeybee is flooded in order to prevent to search for food, and can keep hopper that feed liquid is arranged all the time, the gas port of this feeding apparatus is provided with certain altitude, be gas port base to the height of the A maximum height that equals the hopper liquid level (gas port stops the height of hopper liquid level after the fluid injection after being closed), be provided with guard boom in the hopper, guard boom places the middle and upper part of hopper, and the guard boom upper edge is 4～6mm apart from the height of hopper bottom surface.

The utility model is compared with existing bees feeder has following advantage:

1, this device can be automatically be sent sugar, water feed liquid into the beehive feed trough, need not to unpack and manually on duty round the clock, and feed trough can be placed on optional position in the case, and the feed inlet is by the feeding apparatus automatic control, honeybee amount in the nest of just need not unpacking at any time as can be known;

2, the utility model can be drowned honeybee owing to installed guard boom additional, and it is lasting that the time is raised in prize, does not rise and steals honeybee, and feeding is not subjected to weather effect, and the nest temperature of not scattering and disappearing helps feeding and breeding of honeybee, can improve output;

3, adopt this device honeybee of not only feeding, can also design and produce poultry such as the fowl of feeding chicken, duck drinking device by this operation principle and mode.

Be described in detail in conjunction with embodiment of the present utility model below by accompanying drawing.

Fig. 1 is the scheme of installation of the utility model and beehive.

Fig. 2 is a structural representation of the present utility model.

Fig. 3 is for inhaling the structural representation of chewing.

Referring to Fig. 1, sealing material Tong 1 places beehive 13 loam cake places, material Tong is equipped with bottom 2 in 1 bottom, is inverted and expects that Tong opens bottom and can perfusion raise liquid in material Tong, and bottom 2 middle parts have pore, mounting pipe plug 3 in the pore, air inlet pipe 9 and the feed tube 10 outer flexible pipes 4 that coat also feed in the material Tong 1 by pipe plug 3, and flexible pipe 4 passes the beehive wall, and the suction that the interior air inlet pipe feed tube of flexible pipe connects is chewed in 5 hoppers 7 of inserting in the beehive, bottom 2 peripheries have leg 8, in case pipeline is extruded obstruction.Beehive sidewall bottom has honeybee door 14, and owing to hopper need not in beehive from the turnover of honeybee door, so the setting of honeybee door is little as far as possible, to keep the nest temperature, winter, also available gauze retaining was at honeybee door place.

Referring to Fig. 2, the air inlet pipe 9 and feed tube 10 1 ends that are coated in the flexible pipe 4 are connected with material Tong 1 through pipe plug 3, the other end of air inlet pipe 9 feed tubes 10 is chewed 5 with the suction in being arranged on the interior hopper 7 of beehive and is connected, be provided with guard boom 6 in the hopper 7, guard boom 6 places the position, middle and upper part of hopper, and the guard boom upper edge is 4～6mm apart from the height of hopper 7 bottom surfaces.

Referring to Fig. 3, inhale and to chew 5 and place hopper one side, to inhale and chew 5 bottoms and simultaneously have gas port 11, feed tube 10 passes to inhale chews 5 tops of visiting gas port 11, and air inlet pipe 9 inlets are located to inhale chews 5 tops; The height H of ordering to A in gas port 11 bases equals the maximum height of hopper 7 liquid levels, and feed tube 10 liquid mouths 12 are 1.5～2.5mm apart from the height at the bottom of the hopper.When liquid entered hopper 7 by liquid mouth 12, liquid level rose gradually, and when liquid level rose to the A point of gas port 11, air inlet pipe 9 was pressed into liquid, and when air inlet pipe was pressed full liquid, all directions pressure was equal in the air inlet pipe at same horizontal line N place, feed tube, i.e. P ₁=P ₂=P ₃=P ₄, this moment, feed liquor stopped; When liquid level drops to the A point when following, gas port is air inlet gradually, pressure P ₁Increase gradually, i.e. P ₁＞P ₄, liquid is flow in the hopper by feed tube 10 again.

Claims

1, fluid pressure type bees feeder comprises material Tong [1], connects the infusion pipeline of material Tong and hopper [7] and suction and chew [5], it is characterized in that:

A) the said infusion pipeline that is connected with material Tong [1] mainly contains an air inlet pipe [9] and a feed tube [10], and the other end of air inlet pipe [9] feed tube [10] is chewed [5] with the suction in being arranged on the interior hopper [7] of beehive and is connected.

B) suction is chewed [5] bottom one side and is had gas port [11], and feed tube [10] passes to inhale chews the top that [5] visited gas port [11], and air inlet pipe [9] inlet is located at suction and chews [5] top.

2, according to the described feeding apparatus of claim 1, it is characterized in that the height H ordered to A in gas port [11] base equals the maximum height of hopper [7] liquid level, be provided with guard boom [6] in the hopper, guard boom places the middle and upper part of hopper, and guard boom [6] upper edge is 4～6mm apart from the height of hopper [7] bottom surface.

3,, it is characterized in that feed tube liquid mouth [12] is 1.5～2.5mm apart from the height at hopper [7] end according to claim 1 or 2 described feeding apparatuss.

4, according to the described feeding apparatus of claim 1, it is characterized in that expecting bottom the Tong [1] bottom [2] being housed, air inlet pipe [9] and feed tube [10] feed in the material Tong [1] by the pipe plug [3] on the bottom [2], and material Tong [1] is placed on beehive [13] loam cake place, and bottom [2] periphery has leg [8].