CN204907530U - Automatic honey flow type honeycomb - Google Patents
Automatic honey flow type honeycomb Download PDFInfo
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- CN204907530U CN204907530U CN201520518054.7U CN201520518054U CN204907530U CN 204907530 U CN204907530 U CN 204907530U CN 201520518054 U CN201520518054 U CN 201520518054U CN 204907530 U CN204907530 U CN 204907530U
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- gathering sill
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Abstract
The utility model discloses an automatic honey flow type honeycomb, set up on middle base plate through first wallboard with the lair and fourth wallboard, the second wallboard, the third wallboard, the 5th wallboard and the 6th wallboard set up in the front on the base plate, and set up first wallboard guide way and fourth wallboard guide way in the front on the base plate, the base plate assembles back together with preceding base plate with the mode that the terminal surface pasted mutually in the middle of making, each first wallboard on the middle base plate and fourth wallboard can pass the corresponding first wallboard guide way and the fourth wallboard guide way of preceding base plate respectively, and can follow the extending direction relative slip of first wallboard guide way and fourth wallboard guide way between middle base plate and the preceding base plate. The utility model discloses when can guarantee not influence honeybee gather honey and store up sweet habit, realize the automatic collection of honey, have that compact structure, required installation space are little, an easy operation, advantage with low costs.
Description
Technical field
The utility model relates to a kind of bee raising equipment, specifically a kind of honey flow type honeycomb honeycomb automatically.
Background technology
Honeycomb honeycomb is the important composition parts of modern bee-keeping beehive, as shown in Figure 1, traditional honeycomb honeycomb comprises the lair 1 of multiple co-planar arrangement, each lair 1 forms honeycomb, that is: each lair 1 is all the hollow hexagonal prism surrounded that is connected by six pieces of wallboards, and adjacent two lairs 1 share wherein one piece of wallboard; Wherein, six pieces of wallboards of any one lair 1 are followed successively by the first to the 6th wallboard 101 ~ 106 in the direction of the clock.Adopt the honeycomb honeycomb of this traditional structure to carry out bee raising, need to carry out driving honeybee when honey harvest, get spleen, cut wax, extract honey, filter, sterilize, lay the loaded down with trivial details operation such as new honeycomb, and the process of this honey harvest will damage honeycomb honeycomb.
In prior art, a kind of honeycomb honeycomb structure that Chinese invention patent application CN201280062501 " improvement of apiculture " discloses, it is by splitting into two parts by each lair 1, also disconnect from midline position by relative two pieces of wallboards (the first wallboard 101 in such as Fig. 1 and the 4th wallboard 104), honey automatically can be flowed out from the gap between the two parts split, thus solve the problem.
But there is following problem in above-mentioned existing honeycomb honeycomb structure:
The first, each lair 1 needs to disconnect from the midline position of wallboard, and make to disconnect the space taken needed for rear honeycomb honeycomb very large, honeycomb honeycomb requires that larger space could realize installing;
The second, drive operating mechanism complex structure, complex operation that lair 1 splits.
Utility model content
Technical problem to be solved in the utility model is: provide a kind of honey flow type honeycomb honeycomb automatically.
Solve the problems of the technologies described above, the technical scheme that the utility model adopts is as follows:
A kind of honey flow type honeycomb honeycomb automatically, comprise the lair of multiple co-planar arrangement, the lair composition honeycomb of each co-planar arrangement described, that is: lair described in each is all the hollow hexagonal prism surrounded that is connected by six pieces of wallboards, and adjacent two described lairs share wherein one piece of described wallboard, wherein, six pieces of wallboards of lair described in any one are followed successively by the first to the 6th wallboard in the direction of the clock, it is characterized in that: described automatic honey flow type honeycomb honeycomb also comprises Intermediate substrate and prebasal plate, first wallboard and the 4th wallboard of lair described in each are all obliquely installed from top to bottom with same direction, first wallboard and the 4th wallboard of each lair described are arranged on the end face of Intermediate substrate, second wallboard of each lair described, 3rd wallboard, 5th wallboard and the 6th wallboard are arranged on the end face of prebasal plate, and, the corresponding lair described in each of prebasal plate is provided with linearly extended first wallboard gathering sill and the 4th wallboard gathering sill, one end of each article first wallboard gathering sill is all positioned at the link position of corresponding lair the 6th wallboard and the first wallboard, pars intermedia is all positioned at the link position of corresponding lair first wallboard and the second wallboard, the other end is all positioned at the adjacent lair interior location of shared corresponding lair second wallboard, one end of each article the 4th wallboard gathering sill is all positioned at the link position of corresponding lair the 5th wallboard and the 4th wallboard, pars intermedia is all positioned at the link position of corresponding lair the 4th wallboard and the 3rd wallboard, the other end is all positioned at the adjacent lair interior location of shared corresponding lair the 3rd wallboard, the mode that described Intermediate substrate and prebasal plate are affixed with end face is assembled together, each piece of the first wallboard of described Intermediate substrate and the 4th wallboard is made to be each passed through corresponding first wallboard gathering sill and the 4th wallboard gathering sill of described prebasal plate, and can along the bearing of trend relative sliding of described first wallboard gathering sill and the 4th wallboard gathering sill between Intermediate substrate and prebasal plate.
In order to increase the capacity of automatic honey flow type honeycomb honeycomb, improve as one of the present utility model, described automatic honey flow type honeycomb honeycomb is provided with the identical lair group of two groups of structures, each group lair group includes the described lair of multiple co-planar arrangement, the lair of each co-planar arrangement described all forms honeycomb, further, described automatic honey flow type honeycomb honeycomb also comprises metacoxal plate, first wallboard and the 4th wallboard of described first group of each lair of lair group are arranged on the front end face of described Intermediate substrate, and the first wallboard and the 4th wallboard of described second group of each lair of lair group are arranged on the rear end face of described Intermediate substrate, second wallboard of described first group of each lair of lair group, the 3rd wallboard, the 5th wallboard and the 6th wallboard are arranged on the front end face of prebasal plate, and each lair of the corresponding first group of lair group of described prebasal plate is provided with described first wallboard gathering sill and the 4th wallboard gathering sill, second wallboard of described second group of each lair of lair group, the 3rd wallboard, the 5th wallboard and the 6th wallboard are arranged on the rear end face of metacoxal plate, and each lair of the corresponding second group of lair group of described metacoxal plate is provided with described first wallboard gathering sill and the 4th wallboard gathering sill, described Intermediate substrate, the mode that prebasal plate and metacoxal plate are affixed with end face is assembled together, wherein, the front end face of Intermediate substrate and the rear end face of prebasal plate are affixed, the front end face of rear end face and metacoxal plate is affixed, make to be arranged on corresponding first wallboard gathering sill and the 4th wallboard gathering sill that each piece of the first wallboard of described Intermediate substrate front end face and the 4th wallboard are each passed through described prebasal plate, be arranged on corresponding first wallboard gathering sill and the 4th wallboard gathering sill that each piece of the first wallboard of described Intermediate substrate rear end face and the 4th wallboard are each passed through described metacoxal plate, and between Intermediate substrate and prebasal plate, can the synchronous bearing of trend relative sliding along described first wallboard gathering sill and the 4th wallboard gathering sill between Intermediate substrate with metacoxal plate.
As a kind of preferred embodiment of the present utility model, described automatic honey flow type honeycomb honeycomb also comprises housing; Housing is made up of left plate, right plate, top board and base plate and is provided with operating mechanism, and the bottom position of left plate is provided with honey tap hole, and the end face of base plate is provided with honey guiding gutter, and honey guiding gutter is connected with honey tap hole; Described Intermediate substrate, prebasal plate and each lair are arranged in the cavity of housing, wherein, described prebasal plate is relative with housing fixing, make the incline direction of described first wallboard and the 4th wallboard be in by the left plate direction that side plate is downward gradually to the right, described Intermediate substrate be connected with operating mechanism and can under the control of operating mechanism with the bearing of trend relative sliding of described prebasal plate along described first wallboard gathering sill and the 4th wallboard gathering sill.Thus, the honey slurry flowed out from each bar trickling passage is confluxed to honey tap hole from the right side wall of left plate and the honey guiding gutter of plate top surface respectively, then is flowed out outside automatic honey flow type honeycomb honeycomb by honey tap hole.
As a kind of preferred embodiment of the present utility model, the end face of described top board is provided with feed bunk.
As a kind of preferred embodiment of the present utility model, described left plate is provided with observation window.
For the ease of the collection of honey slurry, as a kind of embodiment of the present utility model, described honey tap hole is connected with leads honey tube.
Compared with prior art, the utility model has following beneficial effect:
First, the utility model is by being arranged on Intermediate substrate by the first wallboard of lair and the 4th wallboard, second wallboard, 3rd wallboard, 5th wallboard and the 6th wallboard are arranged on the front substrate, and the first wallboard gathering sill and the 4th wallboard gathering sill are set on the front substrate, after Intermediate substrate and prebasal plate are assembled together in the mode that end face is affixed, each piece of the first wallboard on Intermediate substrate and the 4th wallboard can be each passed through corresponding first wallboard gathering sill and the 4th wallboard gathering sill of prebasal plate, and can along the bearing of trend relative sliding of the first wallboard gathering sill and the 4th wallboard gathering sill between Intermediate substrate and prebasal plate, thus, each piece of the first wallboard is slided into the end that the first wallboard gathering sill is connected with the 6th wallboard, namely also when the 4th wallboard slides into the end that the 4th wallboard gathering sill is connected with the 5th wallboard simultaneously, first wallboard and the 4th wallboard and the combined formation lair of all the other four pieces of wallboards, now honeycomb can be used in sealing storage honey, and each piece of the first wallboard is slided into the end that the first wallboard gathering sill is positioned at adjacent lair inside, namely also the 4th wallboard slides into the 4th wallboard gathering sill when being positioned at the end of adjacent lair inside simultaneously, first wallboard and the 4th wallboard and all the other four pieces of wallboards are separated, all the other four pieces of wallboards i.e. second wallboards, the 3rd wallboard, the 5th wallboard and the 6th wallboard form the trickling passage tilted from top to bottom, and the honey slurry in each lair can be flowed out by corresponding trickling passage under gravity.
The second, honeycomb compact conformation of the present utility model, required installing space are little, simple to operate, cost is low, while can guaranteeing that not affecting honeybee producting honey stores up sweet habit, realize the automatic collection of honey.
3rd, whole honey harvest process of the present utility model does not produce destruction to honeycomb surface, so to just not producing agitation in the bee colony of gathering honey storage honey, the nutrition of collection also just ceaselessly can be converted into honey and inject nest hole by bee colony all the time, and this can increase the annual production of honey widely.Can be controlled residue honey amount in nest hole by switch simultaneously, make the honey slurry Rapid Fermentation under catalytic action being newly added into nest hole ripe, be converted into the maturation honey of high-quality, also accelerate the honey harvest frequency of beekeeper simultaneously.
4th, honeycomb spleen is all down to minimum to the sweet spleen wax lid extent of damage in manipulation.The mode of this oliquely downward opening and closing, 0.5 millimeter is no more than to the cut surface that wax lid is formed, very little to the destructiveness of wax lid, the motive force caused and faint, namely ensure to get in sweet process to be unlikely to come off, also effectively remind honeybee again in nest hole, to supplement new raw honey simultaneously, and reduce the workload that honeybee repairs wax lid to greatest extent.
6th, the component count of the utility model honeycomb spleen is few, substantially increases the efficiency of production processing, reduce production cost, product is reduced in the face of the price of consumer, for numerous users reduce cost of investment, contributes to the bee-keeping income improving numerous beekeepers.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail:
Fig. 1 is the honeycomb schematic diagram of honeycomb honeycomb;
Fig. 2 is the perspective view of the honeycomb honeycomb of the utility model embodiment one;
Fig. 3-1 is the Facad structure schematic diagram of Intermediate substrate 2 in the utility model embodiment one;
Fig. 3-2 is the perspective view of Intermediate substrate 2 in the utility model embodiment one;
Fig. 4-1 is the Facad structure schematic diagram of prebasal plate 3 in the utility model embodiment one;
Fig. 4-2 is the perspective view of prebasal plate 3 in the utility model embodiment one;
Fig. 5-1 is the side-looking structural representation of Intermediate substrate 2 and prebasal plate 3 in the utility model embodiment one;
Fig. 5-2 is trickling passage that in the utility model embodiment one, Intermediate substrate 2 and prebasal plate 3 combine rear honey slurry Facad structure schematic diagram when being in closed condition;
Fig. 5-3 is trickling passage that in the utility model embodiment one, Intermediate substrate 2 and prebasal plate 3 combine rear honey slurry Facad structure schematic diagram when being in open mode;
Fig. 6-1 is the side-looking structural representation of Intermediate substrate 2 in the utility model embodiment two, prebasal plate 3 and metacoxal plate 4;
Fig. 6-2 is trickling passage that Intermediate substrate 2 in the utility model embodiment two, prebasal plate 3 and metacoxal plate 4 combine rear honey slurry perspective view when being in closed condition;
Fig. 6-3 is trickling passage that Intermediate substrate 2 in the utility model embodiment two, prebasal plate 3 and metacoxal plate 4 combine rear honey slurry perspective view when being in open mode.
Embodiment
Embodiment one
As shown in Fig. 2 to Fig. 5-3, the automatic honey flow type honeycomb honeycomb of the utility model embodiment one, comprises the lair 1 of multiple co-planar arrangement, Intermediate substrate 2, prebasal plate 3 and housing.
The lair 1 of each co-planar arrangement above-mentioned forms honeycomb, that is: each lair 1 is all the hollow hexagonal prism surrounded that is connected by six pieces of wallboards, and adjacent two lairs 1 share wherein one piece of wallboard; Wherein, six pieces of wallboards of any one lair 1 are followed successively by the first to the 6th wallboard 101 ~ 106 in the direction of the clock, and the first wallboard 101 and the 4th wallboard 104 of each lair 1 are all obliquely installed from top to bottom with same direction.
First wallboard 101 and the 4th wallboard 104 of each lair 1 above-mentioned are arranged on the end face of Intermediate substrate 2, second wallboard 102 of each lair 1, 3rd wallboard 103, 5th wallboard 105 and the 6th wallboard 106 are arranged on the end face of prebasal plate 3, and, prebasal plate 3 each lair 1 corresponding is provided with linearly extended first wallboard gathering sill 3a and the 4th wallboard gathering sill 3b, one end of each article first wallboard gathering sill 3a is all positioned at the link position of corresponding lair 1 the 6th wallboard 106 and the first wallboard 101, pars intermedia is all positioned at the link position of corresponding lair 1 first wallboard 101 and the second wallboard 102, the other end is all positioned at adjacent lair 1 interior location of shared corresponding lair 1 second wallboard 102, one end of each article the 4th wallboard gathering sill 3b is all positioned at the link position of corresponding lair 1 the 5th wallboard 105 and the 4th wallboard 104, pars intermedia is all positioned at the link position of corresponding lair 1 the 4th wallboard 104 and the 3rd wallboard 103, the other end is all positioned at adjacent lair 1 interior location of shared corresponding lair 1 the 3rd wallboard 103, the mode that Intermediate substrate 2 and prebasal plate 3 are affixed with end face is assembled together, each piece of the first wallboard 101 of Intermediate substrate 2 and the 4th wallboard 104 is made to be each passed through corresponding first wallboard gathering sill 3a and the 4th wallboard gathering sill 3b of prebasal plate 3, and can along the bearing of trend relative sliding of the first wallboard gathering sill 3a and the 4th wallboard gathering sill 3b between Intermediate substrate 2 and prebasal plate 3.
Thus, each piece of the first wallboard 101 is slided into the end that the first wallboard gathering sill 3a is connected with the 6th wallboard 106, namely also when the 4th wallboard 104 slides into the end that the 4th wallboard gathering sill 3b is connected with the 5th wallboard 105 simultaneously, the first wallboard 101 and the 4th wallboard 104 and the combined formation lair 1 of all the other four pieces of wallboards; And each piece of the first wallboard 101 is slided into the end that the first wallboard gathering sill 3a is positioned at adjacent lair 1 inside, namely also the 4th wallboard 104 slides into the 4th wallboard gathering sill 3b when being positioned at the end of adjacent lair 1 inside simultaneously, first wallboard 101 and the 4th wallboard 104 are separated with all the other four pieces of wallboards, all the other four pieces of wallboards i.e. the second wallboard 102, the 3rd wallboard 103, the 5th wallboard 105 and the 6th wallboard 106 form the trickling passage tilted from top to bottom, and the honey slurry in each lair 1 can be flowed out by corresponding trickling passage under gravity.
Above-mentioned housing is formed by left plate 5, right plate 6, top board 7 and base plate 8 and is provided with operating mechanism, left plate 5 arranges observation window 10 and the bottom position of left plate 5 is provided with honey tap hole 5a, the end face of top board 7 is provided with feed bunk 9, the end face of base plate 8 is provided with honey guiding gutter, and honey guiding gutter is connected with honey tap hole 5a, honey tap hole 5a is connected with and leads honey tube 11; Intermediate substrate 2, prebasal plate 3 and each lair 1 are arranged in the cavity of housing, wherein, prebasal plate 3 is relative with housing fixing, make the incline direction of the first wallboard 101 and the 4th wallboard 104 be in by left plate 5 direction that side plate 6 is downward gradually to the right, Intermediate substrate 2 be connected with operating mechanism and can under the control of operating mechanism with the bearing of trend relative sliding of prebasal plate 3 along the first wallboard gathering sill 3a and the 4th wallboard gathering sill 3b.
Thus, the honey slurry flowed out from each bar trickling passage is made to conflux to honey tap hole 5a from the right side wall of left plate 5 and the honey guiding gutter of base plate 8 end face respectively, flowed out outside automatic honey flow type honeycomb honeycomb by honey tap hole 5a again, and by leading honey tube 11 auto-guiding in the reservoir vessel of beekeeper.
Embodiment two
As shown in Fig. 6-1 to Fig. 6-3, the automatic honey flow type honeycomb honeycomb of the utility model embodiment two is substantially identical with embodiment one, their difference is: the automatic honey flow type honeycomb honeycomb of the present embodiment two is provided with the identical lair group of two groups of structures, each group lair group includes the lair 1 of multiple co-planar arrangement, the lair 1 of each co-planar arrangement all forms honeycomb, further, automatic honey flow type honeycomb honeycomb also comprises metacoxal plate 4, and this metacoxal plate 4 is also relative with above-mentioned housing fixing, first wallboard 101 and the 4th wallboard 104 of first group of each lair 1 of lair group are arranged on the front end face 2q of Intermediate substrate 2, and the first wallboard 101 and the 4th wallboard 104 of second group of each lair 1 of lair group are arranged on the rear end face 2h of Intermediate substrate 2, second wallboard 102 of first group of each lair 1 of lair group, the 3rd wallboard 103, the 5th wallboard 105 and the 6th wallboard 106 are arranged on the front end face 3q of prebasal plate 3, and each lair 1 of the corresponding first group of lair group of prebasal plate 3 is provided with the first wallboard gathering sill 3a and the 4th wallboard gathering sill 3b, second wallboard 102 of second group of each lair 1 of lair group, the 3rd wallboard 103, the 5th wallboard 105 and the 6th wallboard 106 are arranged on the rear end face 4h of metacoxal plate 4, and each lair 1 of the corresponding second group of lair group of metacoxal plate 4 is provided with the first wallboard gathering sill 3a and the 4th wallboard gathering sill 3b, Intermediate substrate 2, the mode that prebasal plate 3 and metacoxal plate 4 are affixed with end face is assembled together, wherein, the front end face 2q of the Intermediate substrate 2 and rear end face 3h of prebasal plate 3 is affixed, the front end face 4q of rear end face 2h and metacoxal plate 4 is affixed, make to be arranged on corresponding first wallboard gathering sill 3a and the 4th wallboard gathering sill 3b that each piece of first wallboard 101 of Intermediate substrate 2 front end face 2q and the 4th wallboard 104 are each passed through prebasal plate 3, be arranged on corresponding first wallboard gathering sill 3a and the 4th wallboard gathering sill 3b that each piece of first wallboard 101 of Intermediate substrate 2 rear end face 2h and the 4th wallboard 104 are each passed through metacoxal plate 4, and between Intermediate substrate 2 and prebasal plate 3, can the synchronous bearing of trend relative sliding along the first wallboard gathering sill 3a and the 4th wallboard gathering sill 3b between Intermediate substrate 2 with metacoxal plate 4.The operation principle of the present embodiment two is identical with embodiment one, does not repeat them here, and the present embodiment two can promote lair 1 quantity of one times relative to embodiment one.
The utility model is not limited to above-mentioned embodiment; according to foregoing; according to ordinary technical knowledge and the customary means of this area; do not departing under the utility model above-mentioned basic fundamental thought prerequisite; the utility model can also make the equivalent modifications of other various ways, replacement or change, all drops among protection domain of the present utility model.
Claims (6)
1. an automatic honey flow type honeycomb honeycomb, comprise the lair (1) of multiple co-planar arrangement, lair (1) the composition honeycomb of each co-planar arrangement described, that is: lair described in each (1) is all the hollow hexagonal prism surrounded that is connected by six pieces of wallboards, and adjacent two described lairs (1) share wherein one piece of described wallboard; Wherein, six pieces of wallboards of lair described in any one (1) are followed successively by the first to the 6th wallboard (101 ~ 106) in the direction of the clock, it is characterized in that: described automatic honey flow type honeycomb honeycomb also comprises Intermediate substrate (2) and prebasal plate (3); first wallboard (101) and the 4th wallboard (104) of lair described in each (1) are all obliquely installed from top to bottom with same direction, first wallboard (101) and the 4th wallboard (104) of described each lair (1) are arranged on the end face of Intermediate substrate (2), second wallboard (102) of described each lair (1), 3rd wallboard (103), 5th wallboard (105) and the 6th wallboard (106) are arranged on the end face of prebasal plate (3), and, the corresponding lair (1) described in each of prebasal plate (3) is provided with linearly extended first wallboard gathering sill (3a) and the 4th wallboard gathering sill (3b), one end of each article first wallboard gathering sill (3a) is all positioned at the link position of corresponding lair (1) the 6th wallboard (106) and the first wallboard (101), pars intermedia is all positioned at the link position of corresponding lair (1) first wallboard (101) and the second wallboard (102), the other end is all positioned at adjacent lair (1) interior location of shared corresponding lair (1) second wallboard (102), one end of each article the 4th wallboard gathering sill (3b) is all positioned at the link position of corresponding lair (1) the 5th wallboard (105) and the 4th wallboard (104), pars intermedia is all positioned at the link position of corresponding lair (1) the 4th wallboard (104) and the 3rd wallboard (103), the other end is all positioned at adjacent lair (1) interior location of shared corresponding lair (1) the 3rd wallboard (103), the mode that described Intermediate substrate (2) and prebasal plate (3) are affixed with end face is assembled together, each piece of the first wallboard (101) of described Intermediate substrate (2) and the 4th wallboard (104) is made to be each passed through corresponding first wallboard gathering sill (3a) and the 4th wallboard gathering sill (3b) of described prebasal plate (3), and can along the bearing of trend relative sliding of described first wallboard gathering sill (3a) and the 4th wallboard gathering sill (3b) between Intermediate substrate (2) and prebasal plate (3).
2. automatic honey flow type honeycomb honeycomb according to claim 1, it is characterized in that: described automatic honey flow type honeycomb honeycomb is provided with the identical lair group of two groups of structures, each group lair group includes the described lair (1) of multiple co-planar arrangement, the lair (1) of each co-planar arrangement described all forms honeycomb, further, described automatic honey flow type honeycomb honeycomb also comprises metacoxal plate (4); First wallboard (101) and the 4th wallboard (104) of described first group of each lair of lair group (1) are arranged on the front end face (2q) of described Intermediate substrate (2), and the first wallboard (101) and the 4th wallboard (104) of described second group of each lair of lair group (1) are arranged on the rear end face (2h) of described Intermediate substrate (2); Second wallboard (102) of described first group of each lair of lair group (1), the 3rd wallboard (103), the 5th wallboard (105) and the 6th wallboard (106) are arranged on the front end face (3q) of prebasal plate (3), and each lair (1) of the corresponding first group of lair group of described prebasal plate (3) is provided with described first wallboard gathering sill (3a) and the 4th wallboard gathering sill (3b); Second wallboard (102) of described second group of each lair of lair group (1), the 3rd wallboard (103), the 5th wallboard (105) and the 6th wallboard (106) are arranged on the rear end face (4h) of metacoxal plate (4), and each lair (1) of the corresponding second group of lair group of described metacoxal plate (4) is provided with described first wallboard gathering sill (3a) and the 4th wallboard gathering sill (3b); described Intermediate substrate (2), the mode that prebasal plate (3) and metacoxal plate (4) are affixed with end face is assembled together, wherein, the front end face (2q) of Intermediate substrate (2) and the rear end face (3h) of prebasal plate (3) are affixed, rear end face (2h) is affixed with the front end face (4q) of metacoxal plate (4), make to be arranged on corresponding first wallboard gathering sill (3a) and the 4th wallboard gathering sill (3b) that each piece of the first wallboard (101) of described Intermediate substrate (2) front end face (2q) and the 4th wallboard (104) are each passed through described prebasal plate (3), be arranged on corresponding first wallboard gathering sill (3a) and the 4th wallboard gathering sill (3b) that each piece of the first wallboard (101) of described Intermediate substrate (2) rear end face (2h) and the 4th wallboard (104) are each passed through described metacoxal plate (4), and between Intermediate substrate (2) and prebasal plate (3), can the synchronous bearing of trend relative sliding along described first wallboard gathering sill (3a) and the 4th wallboard gathering sill (3b) between Intermediate substrate (2) with metacoxal plate (4).
3. automatic honey flow type honeycomb honeycomb according to claim 1 and 2, is characterized in that: described automatic honey flow type honeycomb honeycomb also comprises housing, housing is formed by left plate (5), right plate (6), top board (7) and base plate (8) and is provided with operating mechanism, the bottom position of left plate (5) is provided with honey tap hole (5a), the end face of base plate (8) is provided with honey guiding gutter, and honey guiding gutter is connected with honey tap hole (5a), described Intermediate substrate (2), prebasal plate (3) and each lair (1) are arranged in the cavity of housing, wherein, described prebasal plate (3) is relative with housing fixing, the incline direction of described first wallboard (101) and the 4th wallboard (104) is made to be in by left plate (5) direction that side plate (6) is downward gradually to the right, described Intermediate substrate (2) be connected with operating mechanism and can under the control of operating mechanism with the bearing of trend relative sliding of described prebasal plate (3) along described first wallboard gathering sill (3a) and the 4th wallboard gathering sill (3b).
4. automatic honey flow type honeycomb honeycomb according to claim 3, is characterized in that: the end face of described top board (7) is provided with feed bunk (9).
5. automatic honey flow type honeycomb honeycomb according to claim 3, is characterized in that: described left plate (5) is provided with observation window (10).
6. automatic honey flow type honeycomb honeycomb according to claim 3, is characterized in that: described honey tap hole (5a) is connected with leads honey tube (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520518054.7U CN204907530U (en) | 2015-07-16 | 2015-07-16 | Automatic honey flow type honeycomb |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520518054.7U CN204907530U (en) | 2015-07-16 | 2015-07-16 | Automatic honey flow type honeycomb |
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| CN204907530U true CN204907530U (en) | 2015-12-30 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107360990A (en) * | 2017-08-10 | 2017-11-21 | 江西农业大学 | A kind of honey process units and the method for producing honey |
| CN107743897A (en) * | 2017-11-20 | 2018-03-02 | 重庆市春皇中华蜜蜂养殖专业合作社 | Can be extracted honey beehive and bee raising equipment |
| CN108739519A (en) * | 2018-06-15 | 2018-11-06 | 董海 | One kind taking bee box automatically |
| CN108782338A (en) * | 2018-06-26 | 2018-11-13 | 桐梓县宏星养蜂专业合作社 | Cultivate the special beehive of bee |
| CN110113939A (en) * | 2016-12-27 | 2019-08-09 | 丁爀 | Honeycomb spleen for bee-keeping and the beehive using the honeycomb spleen |
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2015
- 2015-07-16 CN CN201520518054.7U patent/CN204907530U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110113939A (en) * | 2016-12-27 | 2019-08-09 | 丁爀 | Honeycomb spleen for bee-keeping and the beehive using the honeycomb spleen |
| CN107360990A (en) * | 2017-08-10 | 2017-11-21 | 江西农业大学 | A kind of honey process units and the method for producing honey |
| CN107360990B (en) * | 2017-08-10 | 2023-04-07 | 江西农业大学 | Honey production device and honey production method |
| CN107743897A (en) * | 2017-11-20 | 2018-03-02 | 重庆市春皇中华蜜蜂养殖专业合作社 | Can be extracted honey beehive and bee raising equipment |
| CN107743897B (en) * | 2017-11-20 | 2023-05-26 | 重庆市春皇中华蜜蜂养殖专业合作社 | Can shake honey beehive and honeybee equipment of breeding |
| CN108739519A (en) * | 2018-06-15 | 2018-11-06 | 董海 | One kind taking bee box automatically |
| CN108782338A (en) * | 2018-06-26 | 2018-11-13 | 桐梓县宏星养蜂专业合作社 | Cultivate the special beehive of bee |
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